Open Forem: PHD Chamber

Innovation, Inclusion, and Infrastructure: The Three Pillars of India’s Growth Story

PHD Chamber — Tue, 31 Mar 2026 10:22:05 +0000

India stands at a pivotal moment in its economic journey. As the world’s fastest-growing major economy, the nation is projected to achieve 7.3% GDP growth in FY 2025-26, outpacing most global peers according to the International Monetary Fund. This momentum is not accidental but rests on three interconnected pillars: innovation, inclusion, and infrastructure. Together, they form the bedrock of India’s ambitious Viksit Bharat @2047 vision, transforming the country into a $5 trillion-plus economy while ensuring equitable and sustainable development.

For businesses, policymakers, and investors, these pillars represent unprecedented opportunities. Innovation unlocks new markets and technologies; inclusion expands the consumer base and talent pool; and infrastructure provides the physical and digital connectivity essential for scaling operations. The PHD Chamber of Commerce and Industry (PHDCCI), as a premier industry body, has long championed this integrated approach through policy advocacy, stakeholder dialogues, and strategic partnerships that bridge government intent with industry execution.

This article delves into each pillar and explores how their synergy is rewriting India’s growth narrative. It highlights actionable insights for businesses seeking to capitalize on this transformative era.

The Innovation Pillar: Fueling Tomorrow’s Economy

Innovation is the engine driving India’s ascent in the global knowledge economy. In the Global Innovation Index (GII) 2025, India secured the 38th position globally, maintaining its status as the top-performing lower-middle-income economy and an innovation overperformer for 15 consecutive years. It leads Central and Southern Asia while excelling in key indicators: 1st in ICT services exports, 4th in late-stage venture capital deals, 11th in unicorn valuation, and 9th in finance for startups and scale-ups.

These rankings reflect a robust ecosystem. India has emerged as the world’s 6th largest patent filer, with over 64,000 patents filed, more than 55% by resident Indian innovators- a sharp shift from reliance on foreign institutions. This domestic surge underscores the success of initiatives like Startup India, the National Education Policy 2020, and schemes such as INSPIRE and MANAK that nurture young talent.

The startup landscape exemplifies this dynamism. India ranks as the third-largest startup ecosystem globally, home to over 100 unicorns with strong representation in fintech, edtech, healthtech, and deep-tech sectors. Funding reached approximately $10.5–11 billion in 2025, with early-stage investments showing resilience despite selective investor focus. Bengaluru, Delhi-NCR, and Mumbai continue to anchor innovation clusters, contributing to high-tech exports and entrepreneurial intensity.

R&D remains a focus area, though Gross Expenditure on R&D (GERD) stands at 0.65% of GDP. Government efforts through public-private partnerships, such as INNOTECH events and the Vaibhav initiative linking overseas Indian researchers, are accelerating progress in AI, biotechnology, IoT, and quantum technologies. For businesses, this translates into immense potential: sectors like electric vehicles, semiconductors, and green hydrogen are witnessing policy support via Production-Linked Incentive (PLI) schemes, attracting FDI and fostering indigenous manufacturing.
PHDCCI actively facilitates this innovation ecosystem by organizing forums that connect startups with corporates and venture capitalists.
Its emphasis on deep-tech entrepreneurship and industry-academia collaboration positions member companies to co-create solutions that address global challenges while capturing domestic market share.
Yet, challenges persist. Scaling R&D investment and bridging the innovation gap in Tier-2/3 cities require sustained collaboration. Businesses that invest in intellectual property, skill upgradation, and collaborative R&D will lead the next wave of value creation.

The Inclusion Pillar: Empowering Every Citizen

True growth is measured not just by GDP but by how broadly its benefits are shared. Inclusion ensures that innovation and infrastructure reach every segment (rural, urban, women, MSMEs, and marginalized communities), creating a virtuous cycle of consumption, entrepreneurship, and social stability.

India’s financial inclusion journey is a global success story. The Reserve Bank of India’s Financial Inclusion Index (FI-Index) reached 67.0 for the year ending March 2025, marking a 24.3% rise since its 2021 launch. Growth across access, usage, and quality sub-indices reflects deepened penetration of banking, insurance, and digital services. Pradhan Mantri Jan Dhan Yojana (PMJDY) has onboarded over 55.98 crore beneficiaries as of August 2025, with more than 55% accounts held by women. Account ownership now stands at 89% among adults, per the World Bank’s Global Findex 2025.

MSMEs, contributing nearly 30% to GDP and employing over 110 million, are central to inclusion. Women’s participation in the workforce has risen to around 41.7% (FY24), with targeted policies aiming for 55% by 2030. This could add up to $700 billion to GDP through enhanced female labor force participation. Rural inclusion via watershed projects, skill development under PMKVY, and e-commerce platforms is bridging urban-rural divides.

For businesses, inclusion is both a responsibility and a strategic imperative. Companies investing in diverse talent, supplier diversity programs, and last-mile digital solutions tap into a massive aspirational market. PHDCCI supports this through advocacy for MSME-friendly policies, women entrepreneurship conclaves, and skill-mapping initiatives that align industry needs with government schemes.

Inclusion also mitigates risks: a broader base reduces inequality-driven volatility and builds resilient supply chains. As India pursues sustainable development goals, inclusive practices in hiring, procurement, and community engagement will differentiate market leaders.

The Infrastructure Pillar: Building the Backbone of Progress

World-class infrastructure is the enabler that connects innovation to markets and inclusion to opportunity. India has scaled public capital expenditure dramatically. The Union Budget 2025-26 allocated ₹11.21 lakh crore (3.1% of GDP) for infrastructure, with further increases proposed in subsequent outlays to support long-term growth.

The National Infrastructure Pipeline and PM Gati Shakti National Master Plan exemplify integrated planning. Key achievements include a targeted national highway network of 2 lakh km, expanded railway projects (seven shortlisted under Gati Shakti for challenging terrains), and airport connectivity plans adding capacity for four crore passengers. Renewable energy capacity has surged, reaching over 250 GW by late 2025, positioning India as a leader in solar and wind additions.

Logistics efficiency gains from dedicated freight corridors, multimodal hubs, and digital platforms like PM Gati Shakti’s data portal are reducing costs and boosting competitiveness. Private investment is rising through InVITs, REITs, and public-private partnerships, with projections of infrastructure spending reaching 6.5% of GDP by FY29.
These developments directly impact businesses: faster goods movement, reliable power, and digital connectivity lower operational costs and enable expansion into new geographies. Sectors like logistics, construction, renewables, and data centers are witnessing capex booms, creating multiplier effects across manufacturing and services.

PHDCCI plays a pivotal role here, advocating for policy predictability, faster clearances, and green infrastructure financing. Its forums on sustainable infrastructure and bilateral cooperation (such as India-Nepal Tech Forum) facilitate cross-border investment and knowledge exchange.

Challenges remain like urban congestion, climate resilience, and last-mile connectivity, but the trajectory is clear. Businesses that align with national priorities through ESG-compliant projects and technology adoption will secure long-term advantages.

Synergies Among the Three Pillars: A Multiplier Effect

The true power lies in their interplay. Innovation thrives when infrastructure provides testing grounds (e.g., smart cities, 5G networks) and inclusion ensures a skilled, diverse workforce. High-speed rail and digital highways accelerate technology diffusion to rural MSMEs. Financial inclusion via UPI powers startup funding and e-commerce, while renewable infrastructure supports green innovation.

This synergy is evident in success stories: EV manufacturing clusters combining PLI incentives, skilled labor from inclusion programs, and charging infrastructure. Or agritech startups leveraging rural banking and logistics networks for farmer income growth.
For PHDCCI members, this integrated lens offers strategic roadmaps- whether through industry-led skill academies, innovation hubs in industrial corridors, or inclusive supply chains.

PHDCCI’s Role in Advancing India’s Growth Agenda

As the voice of industry, PHDCCI has consistently championed these pillars. Through various strategic events, budget recommendations for innovation-driven manufacturing, and policy dialogues on MSME digitalization, it bridges gaps between stakeholders. Its focus on value, opportunities, innovation, collaboration, and engagement empowers businesses to contribute meaningfully to national goals.

Conclusion: Charting the Path to Viksit Bharat

Innovation, inclusion, and infrastructure are not isolated strategies but a unified framework propelling India toward developed-nation status. With 7.3% growth momentum, a vibrant startup ecosystem, deepening financial access, and massive capex commitments, the opportunities for businesses are immense.

Enterprises that embed these pillars into their strategies like investing in R&D, fostering diversity, and co-creating infrastructure solutions, will not only thrive but shape India’s global leadership. PHDCCI stands ready as a partner, facilitating collaborations that turn vision into reality.

The three pillars are more than a growth story; they are India’s promise of a prosperous, equitable, and resilient future. Now is the time for industry to act decisively.

https://www.phdcci.in/2025/10/10/innovation-green-energy-and-industry-partnership-will-power-indias-infrastructure-revolution-shri-nitin-gadkari/

Highlights from PHDCCI Events: Voices That Shape India’s Economic Future

PHD Chamber — Mon, 30 Mar 2026 06:15:20 +0000

In an era where India aims for Viksit Bharat@2047 and a $5 trillion economy, the role of platforms that bridge industry, government, and global partners has never been more critical. The PHD Chamber of Commerce and Industry (PHDCCI) stands out as the premier platform delivering PHDCCI events highlights that directly influence national policy, drive sustainable growth, and amplify business voices. From landmark annual sessions to high-powered international conclaves and sector-specific summits, PHDCCI 2025 events have emerged as powerful catalysts shaping India’s economic trajectory.

With over 841 conferences, seminars, webinars, and expos organised annually across the country, PHDCCI events bring together ministers, diplomats, industry captains, and thought leaders. These gatherings generate actionable policy recommendations, facilitate B2B deals, and align Indian businesses with national priorities like Atmanirbhar Bharat, net-zero goals, and export-led growth. Membership has grown to 2,564 (including 216 new members in FY 2024-25), with record membership revenue touching Rs. 10.26 crores — a testament to the tangible value delivered through these platforms.

This comprehensive article dives deep into the most impactful PHDCCI events highlights of 2024-25 and early 2026, spotlighting the voices that shape India’s economic future. Backed by official data, it showcases how participation in PHDCCI forums translates into policy wins, market access, and competitive advantage for Indian enterprises.

The Cornerstone: 119th Annual Session – Vision for Viksit Bharat@2047
The 119th Annual Session held on 10 October 2024 at Vigyan Bhawan, New Delhi, set the tone for the year under the theme “Viksit Bharat@2047 – Marching Towards the Peak of Progress”. Chief Guest Shri Amit Shah, Hon’ble Union Minister of Home Affairs & Cooperation, delivered a powerful address emphasising that “stability brings rigor to reforms fostering the development process.” He highlighted how consistent policies since 2014 have transformed India’s economic resilience, urging industry to leverage this stability for global leadership.

The session featured a star-studded valedictory by Shri Arjun Ram Meghwal, Hon’ble Minister of State for Law and Justice (Independent Charge), who declared, “The 21st century will be the century of Asia and India will lead.” Business Excellence Awards recognised trailblazers including Mr. Ashok Kajaria (Lifetime Achievement), Mr. Nikhil Chandra Gupta (Outstanding Entrepreneur – General Category), and Ms. Sujal Shah Sheth (Outstanding Businesswoman).

A standout Fireside Chat on “Vision to Venture” with Shri Sunil Kant Munjal (Chairman, Hero Enterprises) and Shri Sanjeev Bikhchandani (Founder, Info Edge) underscored technology and startups as enablers of inclusive growth. These PHDCCI events highlights from the flagship session directly fed into policy dialogues on infrastructure, innovation, and ease of doing business — proving how high-level networking at PHDCCI shapes national economic strategy.

Policy Advocacy at Its Best: Post-Budget Sessions and States’ Policy Conclaves
PHDCCI’s Post-Budget Session on Union Budget 2025-26 (6 February 2025) was hailed by President Shri Hemant Jain as “a sixer on a full-toss ball.” Finance Secretary and senior officials discussed how multiple PHDCCI recommendations — collateral-free loans up to ₹5 crore for MSMEs, flat 25% tax regime, faster government payments, and GST decriminalisation — found reflection in the Budget. Such sessions exemplify PHDCCI policy conclaves that convert industry feedback into actionable governance.

The 19th States’ Policy Conclave 2025 (11 December 2025, Hotel Le Meridien, New Delhi) continued the “Empowering States – Strong States Make a Strong Nation” mission. Chief Guest Dr. Jitendra Singh, Hon’ble Minister of State (IC) for Science & Technology and Earth Sciences, spotlighted marine resources, minerals, fisheries, and biodiversity as growth engines. Presentations on Chhattisgarh’s Industrial Policy 2024-2030 and other state initiatives attracted massive industry participation, reinforcing federal cooperation for Viksit Bharat.

These events generated over 50 policy reports and 450 analytical notes from the PHD Research Bureau, covering topics like “Agriculture Boosts Economic Resilience,” “Geopolitical Spillovers and Resilience of the Indian Economy,” and “Union Budget 2025-26 Analysis.” The Bureau’s collaboration with NITI Aayog on export-led growth further amplified state-level voices in national planning.

Global Diplomacy: Ambassadors’ Meets and International Delegations
PHDCCI’s 41st Ambassadors’ Meet (and its 2026 edition scheduled for 13 March) remains a diplomatic powerhouse, hosting 125 diplomats from 70 countries in 2025. President Hemant Jain highlighted opportunities for trade and investment, resulting in concrete B2B outcomes.

High-impact delegations included:

Multi-sector mission to Japan (March 2025)
Defence seminars in Thailand (December 2024) and Abu Dhabi (February 2025)
Business delegations to UK, Mauritius, South Africa, Taiwan, and Netherlands
The Indo-Central America Trade & Investment Conclave (9 March 2026) and earlier Indo-South America events opened new export corridors. These PHDCCI international events have helped members secure technology transfers, joint ventures, and market access — directly contributing to India’s rising global trade footprint.

Sustainability Leadership: Climate Summits and ESG Initiatives

Sustainability took centre stage at the 5th International Climate Summit (ICS 2025) and Global Summit on Sustainability 2025 (22 August 2025, Le Meridien, New Delhi). Chief Guest Shri Nitin Gadkari championed the “Corn Revolution” for ethanol blending and decarbonisation of hard-to-abate sectors like steel, cement, and oil & gas.

Key voices included Mr. Narayanasa K. Bhandage, MP, who stated, “India’s Net-Zero cannot be achieved without bold, collaborative action from the hard-to-abate sectors.” The summits advanced PHDCCI’s Centre for Sustainability initiatives — water audits, ESG reporting, GHG inventory, and carbon markets — aligning Indian industry with national targets of 45% emissions intensity reduction by 2030 and 50% non-fossil power.

Workshops on Integrating Sustainability & ESG (upcoming March 2026 in Kerala) and earlier Net Zero Summit (November 2024) equipped MSMEs with practical roadmaps, making PHDCCI sustainability events essential for compliance and competitiveness in global supply chains.

Sector-Specific Powerhouses: Defence, Agri, Tourism & MSME Conclaves
Defence MSME Conclaves and India-Thailand Defence Seminars showcased indigenous manufacturing with participation from DCM Shriram, Tata Advanced Systems, Bharat Forge, and L&T. Chief Guest Lt. Gen. Amardeep Singh Aujla (Master General of Sustenance) stressed resilient supply chains — outcomes that strengthened Atmanirbhar defence goals.

National Agri Input Conclave (March 2025) with Shri Bhagirath Choudhary, Minister of State for Agriculture, focused on soil health and FPOs. Tourism events like the Wedding Tourism Summit & Expo (October 2024, inaugurated by Shri Gajendra Singh Shekhawat) and Global Spiritual Tourism Conclave highlighted India’s $50 billion wedding market and spiritual tourism’s 2.5% GDP contribution.

MSME Financing Conferences and Capital Market Conventions pushed for easier credit and capital access, while the 12th PHDCCI Global Rail & Metro Convention (scheduled March 2026) will further infrastructure momentum.

Why Businesses Must Engage with PHDCCI Events

Whether you are an MSME seeking financing solutions, a startup eyeing global markets, or an established player navigating ESG compliance, PHDCCI events provide unmatched access to policymakers and peers. Upcoming marquee gatherings like the Financial Planning Conclave 2026, AI Conclave 2026, and International Conference on Process Safety & Energy Transition offer immediate opportunities to align with national priorities.

https://www.phdcci.in/blog/highlights-from-phdcci-events-voices-that-shape-indias-economic-future/

How AI and Digital Transformation Are Reshaping Indian Industries

PHD Chamber — Fri, 06 Mar 2026 07:25:21 +0000

In an era where technology defines competitive advantage, AI and digital transformation in India are no longer optional enhancements but fundamental drivers of industrial growth, efficiency, and global leadership. As India marches toward its Viksit Bharat@2047 vision, AI and digital transformation are reshaping Indian industries in countless ways. They are unlocking unprecedented productivity gains, creating high-value jobs, and enabling MSMEs to compete on equal footing with global giants.

Understanding AI and Digital Transformation in the Indian Context

AI encompasses machine learning, generative AI, predictive analytics, and computer vision—technologies that mimic and augment human intelligence for data-driven decision-making. Digital transformation, on the other hand, involves the integration of digital technologies into all areas of business, fundamentally changing operations, customer experiences, and value delivery. In India, these converge under the umbrella of AI-driven digital transformation, fueled by affordable data, a young demographic (over 65% under 35), and policy support.

For businesses, this means shifting from reactive to proactive models. Predictive analytics, for instance, replaces gut-feel decisions with scientific foresight. Globally, 55% of businesses using predictive analytics report 48% productivity gains and 38% efficiency improvements- trends mirrored aggressively in India, where 74% of enterprises already leverage AI-powered predictive tools. PHDCCI emphasizes that for MSMEs, which form the backbone of Indian industry, AI adoption democratizes access to enterprise-grade intelligence, enabling 10-20% sales uplifts, 10-15% inventory cost reductions, and up to 50% fraud loss mitigation.

This synergy is not hype; it is delivering measurable ROI. Generative AI alone boosts overall productivity by 14% and by 34% for new or lower-skilled workers, directly addressing India’s skill gaps while accelerating digital transformation across Indian industries.

The Current Landscape: Explosive Growth and Widespread Adoption

India’s AI ecosystem is thriving. The country contributes 19.9% of global AI projects on GitHub (2024) and published 262,404 AI-related research articles from 2015–2025. AI skills penetration is 2.5 times the global average, and AI-focused roles command a 28% wage premium. Southern hubs like Bengaluru (11% of AI job listings), Hyderabad, and Chennai lead the charge.

Digital infrastructure underpins this: Optical Fiber Cable length has more than doubled to 42.36 lakh route km, supporting seamless AI deployment. Over 200,000 DPIIT-recognized startups, with 89% of recent ones AI-enabled, further amplify innovation. The services sector, contributing 55.3% of GVA (2024-25), employs over 6 million in tech and AI roles and stands to gain the most from scaled adoption.

PHDCCI’s November 2025 workshop, “AI Tools for Everyday Business,” attended by 50 delegates from diverse sectors, demonstrated tangible outcomes: manufacturing firms achieved up to 50% downtime reduction via predictive maintenance, while retailers optimized inventory turnaround. Such hands-on advocacy underscores how AI in Indian industries is moving from pilots to enterprise-wide transformation, with NASSCOM scoring India 2.45/4 on the AI Adoption Index.

Sector-Specific Transformations: Real-World Impact Across Key Industries

Manufacturing: From Automation to Intelligent Operations

AI reshaping Indian manufacturing is pivotal for Atmanirbhar Bharat. Predictive maintenance powered by AI cuts equipment downtime by up to 50%, while computer vision and IoT enable lights-out factories and supply-chain optimization, reducing costs by 25%. NITI Aayog estimates AI-led productivity improvements could generate USD 85–100 billion in incremental value for manufacturing by 2035.

Businesses adopting AI-driven quality control and demand forecasting report 10-15% efficiency gains and minimized production losses. For MSMEs, PHDCCI’s Centre of Excellence in AI and Robotics (in JV with AICRA) offers training and pilot projects, helping smaller players integrate these tools without massive capex. And the result is, enhanced global competitiveness, with India aiming to elevate its 3.3% share in world manufacturing through AI, robotics, and Industry 4.0.

Healthcare: Precision, Access, and Affordability

Healthcare leads AI adoption in India with over 40% penetration, surpassing FMCG and manufacturing. AI diagnostics reduce diagnosis times by 30% and improve accuracy, addressing the 1:900 doctor-patient ratio and rural-urban divides. Applications range from AI-powered imaging (Tata Elxsi) to diabetic retinopathy screening partnerships (Google with Forus Health).

Generative AI personalizes treatment plans, while predictive analytics forecasts disease outbreaks. The sector is projected to see massive job creation, up to 1 million new roles by 2030 per World Economic Forum estimates. Government-backed AI Centres of Excellence and Digital Health initiatives, supported by PHDCCI advocacy, are scaling these solutions, lowering out-of-pocket expenses and expanding access for 490 million informal workers. Businesses in medtech and hospitals adopting AI report higher patient satisfaction and operational margins.

Agriculture: Precision Farming for a Nation of Farmers

Supporting 42% of the workforce, AI in Indian agriculture is transforming traditional practices. The global (and India-aligned) AI agriculture market grows at 23.1% CAGR, from USD 1.7 billion (2023) to USD 4.7 billion (2028). Tools like drone-based crop monitoring, satellite imagery analysis, and AI chatbots (e.g., Kisan e-Mitra) optimize irrigation, fertilization, and pest control, boosting yields while cutting costs.

Neural networks detect diseases with 95% accuracy (e.g., apple scab, wheat yellow rust). Automated weed control and livestock monitoring (CattleEye) reduce chemical use and improve productivity. Initiatives like the National Pest Surveillance System and three AI CoEs (Ministry of Agriculture, Rs 990 crore outlay FY23-28) are empowering smallholders. For agribusinesses, this means resilient supply chains and higher farmer incomes which are key to food security and rural GDP growth.

Government Initiatives Fueling the Revolution

The “IndiaAI Mission” (approved March 2024, with expanded funding) rests on seven pillars: Innovation Centre, Compute Capacity (10,000+ GPUs), Datasets (AIKosh), FutureSkills, Startup Financing, Application Development, and Safe & Trusted AI. Complementary efforts include Digital India, BHASHINI (36+ languages), YUVAi, and India AI Governance Guidelines (November 2025) for responsible deployment. PHDCCI aligns closely with these, contributing to Viksit Bharat blueprints and organizing policy dialogues.

PHDCCI’s Leadership in Industry Adoption

PHDCCI’s Centre of Excellence in AI and Robotics, multiple workshops (including the landmark November 2025 event), and consulting services are bridging the awareness-to-implementation gap for MSMEs. By fostering academia-industry ties and ethical AI practices, PHDCCI ensures AI and digital transformation benefit all enterprise scales, aligning with national priorities.

Conclusion: Partnering for a Transformed Future

AI and digital transformation are not just reshaping Indian industries, they are redefining them for inclusive, sustainable prosperity. PHDCCI stands ready to support enterprises through knowledge-sharing, advocacy, and collaboration. Leaders must seize this moment: audit AI readiness, invest in talent, and engage with chambers like PHDCCI to co-create value. The future of Indian industry is intelligent, resilient, and globally dominant, starting today.

https://www.phdcci.in/blog/automation-to-augmentation-the-real-impact-of-ai-on-workforce-productivity/

The Future of Indian Textiles in a Sustainable World Economy

PHD Chamber — Thu, 26 Feb 2026 12:19:47 +0000

The Indian textile industry is a multifaceted ecosystem, encompassing everything from raw fiber production to finished apparel and home furnishings. As of 2024, the sector's market size stands at US$174 billion, making it the fifth-largest globally, with projections to reach US$350 billion by 2030. This growth is fueled by robust domestic demand, export prowess, and a diverse product range that includes technical textiles, which were valued at US$29 billion in 2024. India excels in cotton production, being the world's largest producer, and its apparel exports alone reached US$17.3 billion in FY 2023-24, marking a rise from the previous year.

Employment generation is a hallmark of the industry, supporting 45 million jobs, many in rural and semi-urban areas. The sector's contribution to industrial output is 7% in value terms, and it accounts for 12% of India's total exports. Foreign Direct Investment (FDI) has inflows of US$4.34 billion till September 2023, reflecting global confidence.

However, the industry is transitioning toward sustainability amid global pressures. Traditional practices, while culturally rich, often involve high resource consumption. For example, the technical textiles segment is expected to grow rapidly, with sports tech textiles projected to expand from $185.3 million in 2023 to US$830.3 million by 2030 at a CAGR of 23.9%. This shift highlights the need for sustainable Indian textiles that incorporate eco-friendly fabrics and circular models.

PHDCCI supports this evolution through initiatives like conferences on technical textiles, collaborating with the National Technical Textiles Mission (NTTM) to address MSME challenges and promote innovation. The organization's focus on skill-building and sustainability aligns with industry needs, ensuring that Indian textiles remain competitive in a green economy.
Sustainability Challenges in Indian Textiles: Navigating Environmental and Economic Hurdles
While the Indian textile industry thrives economically, it grapples with significant sustainability challenges that threaten its long-term viability in a global green economy. High waste generation is a primary issue: India produces 7,800 kilo tonnes of textile waste annually, contributing 8.5% to global textile waste and ranking third in dry municipal solid waste. Only 34% of this waste is reused, mostly informally, with 25% recycled, leading to substantial landfilling and incineration.

Water consumption exacerbates environmental strain. Textile units use 1.6 million liters per tonne of production, causing pollution and groundwater depletion in clusters like Tiruppur. The industry is responsible for 20% of global industrial water pollution, with dyeing processes releasing toxic chemicals. Air and noise pollution, along with workplace safety issues, further complicate matters.

Fragmented supply chains and high costs for sustainable materials pose economic barriers, particularly for MSMEs, which dominate the sector. Lack of modern technology, transportation obstacles, and infrastructural gaps hinder adoption of green practices. Regulatory and skill gaps, including a shortage of 500,000 trained workers, limit progress. Social challenges include fair wages and ethical labor, with ESG compliance gaps affecting global market access. Competition from synthetics and lack of trust among stakeholders add to the complexity.

Despite these hurdles, opportunities arise from traditional practices like handloom weaving, which has low energy usage and minimal waste. PHDCCI addresses these through summits advocating for recycling pilots and incentives. By tackling these challenges, Indian textiles can transition to sustainable models, reducing carbon footprints and enhancing resilience.

Global Trends in Sustainable Textiles

The global textile industry is undergoing a paradigm shift toward sustainability, with trends like circular economy adoption and bio-based materials setting the stage for future growth. By 2025, sustainability has evolved from a niche to a business imperative, influenced by regulations such as the EU's CBAM. The market emphasizes renewable synthetics, traceable chains, and material innovations.

Circular strategies could make the industry three times more circular, halving its environmental footprint. Bio-fabrication, including mycelium and algae-based yarns, is revolutionizing production. For India, these trends offer blueprints. Adopting recycled polyester and organic fibers can reduce emissions, aligning with global demands. Innovations like waterless dyeing and digital printing minimize pollution.

PHDCCI's global collaborations at summits facilitate knowledge exchange, helping Indian textiles integrate into this sustainable framework.
Innovations and Technologies Driving Sustainability in Indian Textiles
Innovation is key to the future of sustainable Indian textiles. Organic and regenerative cotton farming reduces pesticide use, while recycled fabrics from plastic waste lower carbon footprints. Plant-based fibers like bamboo and hemp offer biodegradable alternatives. Smart textiles, including energy-harvesting fabrics, enhance functionality with minimal environmental impact.

AI and 3D printing will be utilized to optimize production, reducing waste. Companies are now opting for renewable energy and promoting resource-efficient processes. PHDCCI's initiatives, like the Atal Centre for Textile Recycling, foster such innovations and position Indian textiles as leaders in eco-friendly production.

Government Policies and Initiatives Supporting Sustainable Textiles in India

Government policies are instrumental in shaping sustainable Indian textiles. The Integrated Programme for the Textile Sector includes the National Fibre Scheme for self-reliance in fibers and the Tex-Eco Initiative for eco-friendly manufacturing. PM MITRA Parks, with INR 4,445 crore investment, create integrated value chains. The PLI Scheme promotes MMF and technical textiles, Samarth 2.0 focuses on skilling, The National Textile Policy (2019) and state policies like Maharashtra's Integrated and Sustainable Textile Policy 2023-2028 emphasize green practices. Kasturi Cotton in the country ensures traceability. These initiatives, supported by PHDCCI's advocacy, drive the sector toward sustainability.

PHDCCI's Role and Initiatives in Advancing Sustainable Textiles
PHDCCI is a catalyst for sustainable growth in Indian textiles. Their 4th Sustainable Textile Summit in 2025, themed "Innovating Towards a Sustainable Future," gathered experts to discuss green policies and circularity.

Conferences on technical textiles with NTTM address MSME challenges and innovation. Initiatives like the Atal Centre for Textile Recycling promote upcycling. In Panipat, PHDCCI launched programs for recycling and technical textiles. Their efforts in policy advocacy and partnerships ensure the industry's alignment with global sustainability goals.

Future Outlook Indian Textiles in a Sustainable Economy

The future of Indian textiles is bright, with the market expected to grow at 6.84% CAGR to $475.7 billion by 2033. There will be a growing demand for eco-friendly products that can boost exports to $350 billion by 2030. Circular models will offer new revenue streams. Government support and global trends like bio-fibers will create jobs and better market access. Recommendations include investing in R&D, strengthening regulations, and enhancing skills. Collaborations between industry, government, and PHDCCI will be crucial for achieving net-zero goals.

Conclusion

In conclusion, the future of Indian textiles in a sustainable world economy hinge on innovation, policy support, and collaborative efforts led by organizations like PHDCCI. By addressing challenges and seizing opportunities, India can lead globally in eco-friendly textiles, ensuring economic prosperity and environmental harmony.

https://www.phdcci.in/2025/09/19/phdccis-4th-sustainable-textile-summit-2025-lights-the-path-towards-a-greener-future/

Green Corridors: Policy and Infrastructure for Low-Carbon Transport

PHD Chamber — Mon, 23 Feb 2026 12:33:22 +0000

Transport is one of the largest sources of carbon emissions across the world. Ships, trucks, trains, and city traffic move goods and people every day, but they also consume large amounts of fuel and pollute the air. As trade grows and cities expand, cutting emissions from transport has become a priority for governments and planners.

Green corridors address this challenge by focusing on specific, high-traffic routes where cleaner fuels, better infrastructure, and clear policies are applied together. This article explains what green corridors are, how policy and infrastructure support them, and why they matter for future transport systems.

What Are Green Corridors in Low-Carbon Transport?

Green corridors are planned transport routes designed to reduce carbon emissions by combining clean fuels, efficient infrastructure, and supportive policies. These corridors focus on routes where traffic volume is high, such as major trade lanes, freight routes, and busy urban stretches.

Green Shipping Corridors

Green shipping corridors are specific sea routes between major ports where ships use low or zero-emission fuels. These corridors support fuels such as green ammonia or green methanol and rely on coordination between ports, shipping companies, and fuel suppliers. Since shipping handles a large share of global trade, reducing emissions on these routes delivers a significant climate impact.

Green Freight Corridors

Green freight corridors focus on road and rail routes used for moving goods. They include electric truck charging hubs, hydrogen refuelling stations, and electrified rail lines. These corridors help cut emissions from heavy vehicles while keeping logistics efficient and reliable.

Urban Green Transport Corridors

Urban green corridors are designed within cities to support cleaner mobility. They prioritise electric buses, cycling, walking, and low-emission last-mile delivery. These corridors also improve air quality, reduce noise, and ease congestion in dense urban areas.

Global Policy Frameworks Supporting Green Corridors

Global policies play a key role in turning green corridors from ideas into working transport systems. These frameworks reduce risk for investors, guide infrastructure planning, and push countries to move faster toward low-carbon transport.

International Climate Commitments

Many countries have committed to reducing transport emissions as part of their climate targets. Green corridors help meet these goals by focusing on routes where emission cuts can be measured clearly. By linking corridors to climate commitments, governments can justify long-term investment in clean fuels and infrastructure.

The Clydebank Declaration

The Clydebank Declaration was launched at COP26 to promote zero-emission maritime routes. Countries signing this declaration agreed to support the creation of specific shipping corridors where clean fuels and low-emission ships are prioritised. It encourages early action in shipping, one of the hardest sectors to decarbonise.

IMO Net-Zero Transport Framework

The International Maritime Organisation has set clear emission reduction targets for global shipping. Its net-zero framework aims to cut emissions by 2030 and reach net-zero by 2050. Incentives and reward mechanisms under this framework support early adoption of cleaner fuels along green shipping corridors.

EU Global Gateway and Cross-Border Funding

Large infrastructure projects often need international funding. The EU Global Gateway supports green corridor development across regions by funding clean energy supply chains and port infrastructure. Cross-border coordination under such programs ensures that green corridors work smoothly across countries rather than stopping at borders.

India’s Policy Roadmap for Green Corridors

India has placed green corridors at the centre of its transport and logistics planning. The focus is on reducing emissions on high-traffic routes while improving fuel efficiency, port operations, and city logistics. This approach links climate goals with trade growth and infrastructure modernisation.

Green and Digital Shipping Corridors

India is developing green and digital shipping corridors in partnership with countries such as Singapore and the Netherlands. These corridors aim to run zero-emission ships on selected international routes using cleaner fuels and digital monitoring to cut fuel use and waiting time at ports.

National Green Hydrogen Mission and Port Hubs

Under the National Green Hydrogen Mission, key ports like VOC Port, Paradip Port, and Deendayal Port have been identified as green hydrogen hubs. These ports will produce and supply clean fuels for shipping and export, supporting low-carbon maritime corridors.

Coastal and Inland Green Shipping Routes

India is also developing coastal green shipping routes such as the Kandla–Tuticorin corridor. These routes focus on energy-efficient vessels, cleaner fuels, and digital tracking systems to reduce emissions along domestic sea transport lanes.

City-Level Green Freight Planning

At the city level, green corridor planning focuses on freight-heavy routes. These include low-emission zones, cleaner last-mile delivery systems, and better traffic management. The goal is to reduce pollution in urban areas while keeping goods movement smooth and reliable.

Core Infrastructure Pillars of Green Corridors

Green corridors depend on strong infrastructure that supports low-carbon transport at every stage of the journey. These pillars work together to reduce fuel use, cut emissions, and improve efficiency on busy routes.

Alternative Fuel Infrastructure

Clean fuels are the foundation of green corridors. This includes electric vehicle charging stations, hydrogen refuelling hubs, and storage facilities for fuels like green ammonia and methanol. These facilities are placed along key routes and at ports so vehicles and ships can refuel without long delays. Reliable fuel access helps operators shift away from diesel and heavy fuel oil.

Shore Power and Port Electrification

Shore power allows ships to plug into the electricity grid while docked instead of running diesel generators. This cuts emissions and noise at ports. Electrified ports also support cleaner cargo handling equipment and reduce fuel use during loading and unloading operations.

Digital and Smart Transport Systems

Digital tools help reduce wasted time and fuel. Real-time tracking, smart traffic signals, and route optimisation systems improve flow and reduce congestion. In India, satellite platforms supported by the Indian Space Research Organisation help monitor movement and support just-in-time arrivals, which lower idle time and emissions.

Multimodal Transport Integration

Green corridors work best when road, rail, waterways, and ports are connected smoothly. Multimodal hubs allow goods to shift to the cleanest transport option at each stage. This reduces long road journeys, lowers emissions, and improves overall logistics efficiency.

Green National Highways Corridor Project in India

The Green National Highways Corridor Project is a major step in reducing emissions from road transport while improving highway quality. It focuses on building and upgrading highways using climate-friendly methods rather than only expanding road length.

Project Scope and Geographic Coverage

The project covers about 781 km of national highways across Himachal Pradesh, Rajasthan, Uttar Pradesh, and Andhra Pradesh. It is supported by funding from the World Bank along with government investment. These corridors were selected to test green technologies across different terrains and climate zones in India.

Use of Green Construction Technologies

Green construction methods are a core part of the project. These include cement-treated sub-bases, reclaimed asphalt pavement, and the use of local materials such as fly ash, lime, and waste plastic. Bio-engineering methods like hydroseeding and jute or coco fibre are used for slope protection, reducing erosion and material waste.

Plantation and Ecological Restoration Measures

The project follows India’s Green Highways Policy, which focuses on plantation and ecological balance along highways. Large-scale tree planting within the right of way helps offset emissions, improve roadside ecology, and reduce heat and dust. These measures ensure highways contribute to environmental recovery, not just mobility.

Measured Climate and Fuel-Saving Outcomes

Green corridors are designed to deliver clear and measurable results. Studies on India’s improved highway corridors show how better road design, traffic flow, and green practices reduce fuel use and emissions over time.

Fuel Consumption Reduction on Improved Corridors

When highways are upgraded with smoother surfaces and better alignment, vehicles use less fuel. Compared to a business-as-usual scenario, improved corridors are estimated to reduce total fuel consumption by about 19% over a 20-year period. This saving comes mainly from lower diesel use by medium and heavy commercial vehicles, which travel long distances on these routes.

CO₂ Emission Avoidance per Kilometre

New and improved highways help avoid large amounts of carbon emissions during operation. On average, each kilometre of upgraded highway can avoid over 10,000 tonnes of CO₂ over 20 years. Brownfield highway improvements show slightly higher emission savings than new greenfield routes due to smoother traffic flow and reduced congestion.

Impact of Road Quality and Traffic Flow

Better road width, surface quality, and reduced stop-and-go traffic lower fuel burn. Vehicles maintain steady speeds, which cuts emissions. Higher traffic volumes benefit the most, as small efficiency gains add up across thousands of daily trips.

Carbon Sequestration Through Green Cover

Tree plantations and compensatory afforestation along highways also absorb carbon over time. These green measures add long-term climate benefits by storing carbon and improving roadside environmental quality.

Economic and Strategic Benefits of Green Corridors

Green corridors are not only about cutting emissions. They also deliver strong economic and strategic value by improving transport efficiency, reducing long-term costs, and strengthening national competitiveness.

Emission Reduction at Scale

By focusing on busy routes with high traffic, green corridors reduce emissions where it matters most. Concentrating clean fuels and efficient infrastructure on these routes delivers a larger impact than scattered small changes. This approach helps governments achieve climate targets faster and in a measurable way.

Energy Security and Fuel Savings

Green corridors reduce dependence on imported fossil fuels by promoting electricity, hydrogen, and other clean alternatives. Lower fuel consumption over time also means cost savings for transport operators. These savings become more important as fuel prices remain uncertain.

Trade and Logistics Competitiveness

Countries that build green corridors early gain an advantage in global trade. Clean ports, efficient highways, and low-emission freight routes attract international shipping lines and logistics companies. This strengthens the country’s role as a reliable and future-ready trade hub.

Conclusion

Green corridors show how transport systems can reduce emissions without slowing economic activity. By combining clear policy, modern infrastructure, and measurable outcomes, these corridors turn climate goals into real action on the ground.

India’s progress across shipping, highways, and urban routes highlights the value of focused, route-based planning. As clean fuels and digital systems scale up, green corridors will play a central role in building efficient, low-carbon transport networks for the future.

FAQs

Do Green Corridors Support Only Electric Vehicles?

No. Green corridors support multiple low-carbon options. These include electric vehicles, hydrogen-powered trucks, cleaner shipping fuels like green ammonia or methanol, and electrified rail. The idea is to use the most suitable clean technology for each transport mode rather than relying on a single solution.

Why Are Ports So Important In Green Corridor Development?

Ports act as major fuel, trade, and logistics hubs. They are ideal locations for clean fuel production, storage, and distribution. Electrified ports and shore power systems also cut emissions from ships while docked, making ports a critical starting point for green shipping corridors.

How Do Green Highways Reduce Emissions After Construction?

Improved highways reduce fuel use by allowing smoother traffic flow and steady vehicle speeds. Better road quality lowers braking and acceleration, which cuts fuel burn. Over time, this leads to significant emission savings, especially for heavy vehicles that travel long distances.

Are Green Corridors Mainly A Climate Policy Or An Economic Strategy?

They are both. Green corridors help meet climate targets, but they also improve transport efficiency, reduce fuel costs, and strengthen trade competitiveness. By focusing on high-volume routes, they support economic growth while lowering environmental impact.

Empowering Indian Entrepreneurs through Policy Advocacy: The PHDCCI Approach

PHD Chamber — Thu, 19 Feb 2026 12:26:53 +0000

In the dynamic tapestry of India's evolving economy, the spirit of entrepreneurship serves as the primary engine of growth. As the nation marches toward the ambitious vision of Viksit Bharat @2047, the role of Micro, Small, and Medium Enterprises (MSMEs) and startups has transitioned from being mere participants to becoming the cornerstone of national self-reliance. However, the path to innovation is often paved with regulatory complexities and market uncertainties. This is where the PHD Chamber of Commerce and Industry (PHDCCI) steps in as a formidable catalyst.

Established in 1905, PHDCCI has spent over 120 years acting as the "Voice of Industry & Trade." By bridging the gap between the corridors of power and the grassroots entrepreneur, the Chamber has pioneered a research-based advocacy model that empowers Indian entrepreneurs to scale new heights.

The Strategic Vision: Aligning Entrepreneurship with National Goals

PHDCCI’s approach to policy advocacy is not merely reactive; it is a proactive strategy designed to align the aspirations of Indian businesses with the macroeconomic targets of the Government of India.
With India projected to become the world’s fourth-largest economy by 2026, surpassing Japan, the Chamber focuses on ensuring that this growth is both inclusive and sustainable.

Key Pillars of the PHDCCI Advocacy Framework:

Ease of Doing Business (EoDB): Reducing compliance burdens and simplifying official procedures.

Financial Inclusion: Facilitating credit access through innovative funding models and banking reforms.

Global Competitiveness: Strengthening the "Make in India" initiative to integrate Indian MSMEs into Global Value Chains (GVCs).

Technological Transformation: Driving the adoption of Industry 4.0, AI, and Green Technologies.

Influencing the Union Budget: A Case Study in Impactful Advocacy
One of the most significant windows for policy advocacy is the Union Budget. For the Financial Year 2025-26, PHDCCI’s recommendations were instrumental in shaping a "visionary and fiscally prudent" roadmap. The Chamber advocated for a balance between capital expenditure and social welfare, which was reflected in the total budget outlay of ₹50.65 lakh crores.

1 . Strengthening the MSME Lifeline
MSMEs contribute significantly to India's GDP and employment. Recognizing this, PHDCCI successfully advocated for:
Enhanced Credit Facilitation: The introduction of customized credit cards for MSMEs and a fresh Fund of Funds for startups to ensure liquidity.

Fiscal Prudence: The reduction of the fiscal deficit target to 4.4% of GDP for FY 2025-26, creating a stable macroeconomic environment that lowers borrowing costs for small entrepreneurs.

2 . Boosting Startups and Innovation
Through regular dialogues with the Ministry of Commerce and Industry, PHDCCI has pushed for faster approvals for company mergers and extended tax benefits. These reforms are crucial for entrepreneurs navigating the "valley of death" in their early stages.

Navigating Global Challenges: The States' Policy Conclave 2025

Entrepreneurship in India is not limited to metropolitan hubs. To foster a "cluster-based approach" to growth, PHDCCI organized the States' Policy Conclave 2025. The theme, "Navigating Global Challenges with Fast-Tracked Indian Economy," focused on strengthening the government-industry interface under a cooperative federalism framework.

Advocacy in Action:

Green Path for Development: The Chamber is advocating for policies that support clean energy access and climate-resilient infrastructure. This is vital for entrepreneurs in the renewable energy and sustainable manufacturing sectors.

Inclusive Growth: By creating an "Interactive & Action Platform" for policymakers and industry captains, PHDCCI ensures that the unique challenges of regional entrepreneurs are addressed at the highest levels.

Research-Based Advocacy: The Role of the PHD Research Bureau
What sets PHDCCI apart is its commitment to data-driven advocacy. The PHD Research Bureau acts as an internal think-tank, producing over 450 analytical notes annually on socio-economic developments.

Leading Economic Indicators:

The Chamber’s research suggests that India’s GDP growth is expected to rise by 7.8% in Q1 FY 2025-26. By forecasting such lead indicators, PHDCCI provides entrepreneurs with the "strategic compass" needed to make informed investment decisions. This research also forms the basis of the Chamber’s representations to the 130+ Central and State Advisory Bodies where it holds a seat.

Empowering the "Annadata": Agribusiness Entrepreneurship
Agriculture remains the backbone of the Indian economy, but for it to contribute to the USD 5 trillion economy goal, it needs an entrepreneurial overhaul. PHDCCI’s Agribusiness Committee is at the forefront of this transformation.

At the Agribusiness Summit 2025, the Chamber set a bold agenda: “Tripling the Agricultural GDP through Innovative Technologies” with the following parameters:

· Advocacy Focus: Encouraging the adoption of Kisan Drones, precision agriculture, and biologicals.
Entrepreneurial Opportunity: Creating a roadmap for 800+ climate-resilient products, opening doors for agritech startups to solve real-world farming challenges.

Globalisation and Trade Facilitation

For an Indian entrepreneur, the world is the market. PHDCCI facilitates this global leap through its Trade and Investment Facilitation Services (TIFS). By working with Embassies and High Commissions, the Chamber brings international best practices to Indian shores.

Recent Global Initiatives:

Export Promotion Mission: Facilitating "Bharat Trade Net" to enhance global competitiveness.

International Delegations: Planned business delegations to Japan (April 2026) and the USA (May 2026) allow Indian entrepreneurs to explore new markets and forge international partnerships.

Capacity Building: Beyond Policy Advocacy

While policy sets the stage, skills win the game. PHDCCI’s approach includes a robust focus on Capacity Building. In cooperation with the Konrad Adenauer Foundation (KAF) of Germany, the Chamber organizes focused entrepreneurial development training programs.

These programs cover:

Digital Transformation: Helping MSMEs navigate the pressures of a digital-first world.

Risk Management: Workshops like "Empowering MSMEs: Risk Ready to Navigate Market Uncertainty" provide entrepreneurs with tools to handle supply chain disruptions and geopolitical volatility.

The Road Ahead: Viksit Bharat @2047

As we look toward the future, the PHDCCI approach remains rooted in its motto: "In Community’s Life & Part of It." The Chamber’s advocacy is not just about fiscal incentives; it is about building an ecosystem of Trust, Innovation, and Resilience.

With inflation moderating to 4.2% and a revitalized manufacturing sector under the Make in India 2.0 initiative, the environment for entrepreneurship has never been more fertile. PHDCCI continues to lobby for:

Reduced Cost of Doing Business: Specifically focusing on logistics, energy, and compliance.
Labor-Intensive Manufacturing: To ensure that entrepreneurial growth translates into mass employment.

Conclusion

The PHDCCI approach to empowering Indian entrepreneurs is a masterclass in Collaborative Advocacy. By functioning as a partner in progress with the government and a mentor to the industry, the Chamber ensures that the entrepreneurial voice is not just heard but acted upon.
For the modern Indian entrepreneur, PHDCCI is more than a chamber of commerce; it is a strategic ally. As the nation scales toward its goal of becoming a global growth engine, the advocacy-led empowerment provided by PHDCCI will remain the catalyst that turns entrepreneurial dreams into national milestones.

https://www.phdcci.in/mobile-home/

How the Service Sector Is Driving India’s Economic Momentum?

PHD Chamber — Fri, 13 Feb 2026 12:44:00 +0000

Introduction

India’s services sector has become the strongest force behind the country’s economic growth. Over the years, it has moved beyond support roles and now leads in output, jobs, exports, and investment. From information technology and finance to healthcare, logistics, and digital services, this sector touches almost every part of the economy and daily life.

Today, services contribute more than half of India’s GDP and continue to grow faster than many other sectors. Strong domestic demand, rising exports, digital expansion, and steady policy support have kept momentum intact, even during global slowdowns. This article explains how the services sector is shaping India’s economic progress, which segments are driving growth, and why it remains central to the country’s future.

Evolution of India’s Services Sector

India’s services sector did not become dominant overnight. Its rise has been shaped by policy shifts, global demand, and structural changes in the economy over several decades. What started as a supporting segment gradually turned into the main engine of growth.

Growth Before Economic Liberalisation

Before the 1990s, services played a limited role in the economy. Growth was mainly driven by agriculture and public-sector industries. Services such as trade, transport, and government administration expanded slowly and remained largely domestic in nature, with minimal global integration.

Impact of the 1990s Economic Reforms

The economic reforms of the early 1990s marked a turning point. Liberalisation opened the economy to global markets, reduced trade barriers, and encouraged private investment. This created space for sectors like information technology, telecommunications, finance, and business services to scale rapidly and attract foreign clients.

Emergence as a Core Growth Driver

Over time, services moved ahead of agriculture and industry in terms of output contribution. Knowledge-based services, digital platforms, and professional services expanded across domestic and global markets. This shift helped stabilise growth, create skilled jobs, and position services as the backbone of India’s economic momentum.

Contribution of the Services Sector to GDP and GVA

The services sector plays the largest role in India’s economic output today. Its steady expansion over the years has made it the main contributor to both Gross Domestic Product (GDP) and Gross Value Added (GVA), placing it at the centre of India’s growth story.

Share in GDP

In recent years, the services sector has contributed more than half of India’s GDP. In 2023–24, it accounted for over 54% of total GDP, making it the single largest sector in the economy.

This dominance reflects strong performance across IT services, finance, real estate, transport, healthcare, and professional services. Even during periods of global uncertainty, services continued to support overall economic growth.

Contribution to Gross Value Added (GVA)

The share of services in Gross Value Added has increased steadily over the last decade. From just over 50% in the early 2010s, it rose to around 55% in recent years. This growth shows how services generate value across production, trade, and consumption activities within the economy.

Faster Growth Than Other Sectors

Services have consistently grown faster than agriculture and often outpaced industrial growth as well. This steady expansion has helped maintain economic momentum, especially during post-pandemic recovery, when contact-light and digital services drove demand and output.

Key Growth Drivers Within the Services Sector

Several segments within the services sector have pushed India’s economic momentum forward. These drivers are supported by strong demand, digital adoption, and steady investment.

Information Technology and Business Services

IT and business services remain the strongest growth engine. India continues to be a global outsourcing hub, serving international clients in software development, data management, and back-office operations. Stable export demand and a large skilled workforce have kept growth steady, even during global slowdowns.

Financial Services and Fintech

Banks, insurance firms, and fintech platforms have expanded rapidly due to higher digital payments, credit access, and financial inclusion. Strong adoption of online banking and payment systems has improved service reach and boosted economic activity.

Healthcare and Digital Health Services

Healthcare services have grown due to rising demand, urbanisation, and technology use. Telemedicine, diagnostics, and digital health platforms now support wider access and efficiency, contributing to both employment and service output.

Logistics, Transport, and Urban Services

Growth in e-commerce, trade, and urbanisation has increased demand for logistics, transport, warehousing, and professional urban services, further strengthening the services sector’s role in the economy.

Employment Generation and Workforce Impact

The services sector has become the largest source of jobs in India. Its ability to create work across skill levels and regions has made it a key pillar of employment growth and income stability.

Services as the Largest Job Creator

In recent years, the services sector has generated more jobs than any other part of the economy. For every job created in manufacturing, services have added multiple roles across trade, transport, finance, education, healthcare, and business services. This steady hiring has helped absorb workers entering the labour market each year.

Growth of Skilled and Knowledge-Based Employment

A large share of services jobs comes from knowledge-driven areas such as IT, finance, professional services, and healthcare. These roles offer higher productivity and wages, which supports household income growth and boosts consumption across the economy.

Rise of the Gig and Platform Workforce

Digital platforms have changed how services are delivered. App-based work in transport, delivery, freelance tech services, and online marketplaces has expanded quickly. The gig workforce continues to grow due to flexible work options, digital connectivity, and rising urban demand.

Services Supporting Workforce Stability

Compared to agriculture and some industrial segments, services offer more stable employment with less dependence on seasonal factors. This stability helps reduce income volatility and strengthens long-term economic momentum.

Services Sector and India’s Export Strength

India’s services sector plays a central role in strengthening the country’s position in global trade. Over the years, services exports have grown steadily and now form a major share of India’s total export earnings, helping support foreign exchange inflows and economic stability.

Growth in Services Exports

Services exports have maintained strong momentum in the post-pandemic period. In recent years, they have accounted for around 44% of India’s total exports. This growth reflects rising global demand for professional, digital, and knowledge-based services, with India ranking among the top service exporters worldwide.

Strength in IT and Digitally Delivered Services

Digitally delivered services such as software development, IT support, and business process services remain India’s biggest export strength. India’s share in global digitally delivered services exports has increased steadily, supported by Global Capability Centres set up by multinational firms. These centres have expanded exports while creating high-value jobs.

Impact on Trade Balance and External Stability

Strong services exports have helped offset higher imports of goods. The consistent services trade surplus has cushioned India’s current account position, reduced external pressure, and added resilience during global economic uncertainty. This makes services a stabilising force for India’s external trade performance.

Investment Flows Supporting Services Sector Expansion

Strong investment inflows have played a major role in sustaining growth across India’s services sector. Both domestic and global capital have supported expansion, innovation, and capacity building in key service industries.

Foreign Direct Investment in Services

The services sector has consistently attracted the highest share of foreign direct investment in India. Sectors such as financial services, IT, business services, telecom, and real estate have drawn long-term foreign capital due to stable demand and scalable business models. These inflows have supported technology upgrades, job creation, and global integration.

Rising Credit Flow from Domestic Banks

Domestic banks and financial institutions have steadily increased lending to service-based activities. Credit growth to the services sector has remained strong in recent years, reflecting confidence in cash flows and lower default risk compared to some other sectors. This financing supports expansion in trade, logistics, hospitality, healthcare, and professional services.

Role of Private Equity and Venture Capital

Private equity and venture capital investments have grown rapidly, especially in fintech, digital platforms, health-tech, and software services. These investments fuel innovation, support startups, and help service firms scale faster, strengthening the sector’s contribution to overall economic momentum.

Government Policies Supporting the Services Sector

Government policy has played a key role in strengthening the services sector and supporting its long-term growth. Reforms, infrastructure spending, and targeted initiatives have created a favourable environment for domestic expansion and global integration.

Liberalisation, FDI, and Trade Policies

India has progressively liberalised the services sector by easing foreign investment rules and allowing 100% FDI in many regulated service activities under the automatic route. Trade agreements and market access arrangements have helped Indian service providers expand overseas, especially in IT, professional services, and telecom.

Digital and Infrastructure-Led Initiatives

Public investment in digital infrastructure has supported service delivery across regions. Programs focused on broadband expansion, mobile connectivity, and digital public platforms have enabled growth in digital payments, e-commerce, telemedicine, and online education. Improved logistics and transport infrastructure have also strengthened trade and urban services.

Sector-Specific Support Programs

The government has introduced focused initiatives for healthcare, tourism, logistics, education, and financial services. Programs supporting digital health, fintech, tourism promotion, and champion service sectors aim to improve service quality, boost exports, and create skilled employment across the economy.

Conclusion

India’s services sector has emerged as the backbone of the economy, driving growth in output, employment, exports, and investment. Its ability to adapt to global shifts, supported by digital expansion and policy reforms, has kept economic momentum steady.

As demand for knowledge-based, digital, and professional services continues to rise, the sector will play a central role in shaping India’s long-term growth path and strengthening its position in the global economy.

FAQs

Why Does The Services Sector Contribute More To GDP Than Other Sectors?
The services sector contributes more to GDP because it covers a wide range of high-value activities such as IT, finance, healthcare, transport, and professional services. These activities generate higher output with lower dependence on physical resources, allowing faster and more consistent growth compared to agriculture and some industrial segments.

How Does The Services Sector Support India’s Export Growth?

Services support export growth through IT services, business process management, financial services, and other digitally delivered offerings. These exports earn foreign exchange, create skilled jobs, and help balance higher goods imports. Strong global demand for Indian services has made this sector a key pillar of external trade stability.

Which Services Sub-Sectors Are Growing The Fastest In India?

Information technology, digital services, fintech, healthcare, logistics, and professional services are among the fastest-growing segments. Growth is driven by digital adoption, rising domestic demand, global outsourcing needs, and improved infrastructure, making these sub-sectors important contributors to economic momentum.

How Does Digital Infrastructure Influence Services Sector Growth?

Digital infrastructure improves access, efficiency, and scale in service delivery. Better internet connectivity and mobile coverage support online payments, e-commerce, telemedicine, education platforms, and remote work. This expansion allows services to reach wider markets and operate more efficiently across regions.

Can A Services-Led Economy Sustain Long-Term Growth?

Yes, a services-led economy can sustain long-term growth when supported by skill development, digital infrastructure, and policy reforms. Services generate steady employment, support exports, and improve productivity across other sectors, making them a reliable driver of economic expansion over time.

https://www.phdcci.in/2025/01/17/new-year-economics-phdcci-economic-outlook-2025/

From Soil to Software: How Technology Is Redefining Indian Agriculture?

PHD Chamber — Wed, 21 Jan 2026 12:03:59 +0000

Across farms in India, decisions that once depended only on experience now rely on data, sensors, and software. More than 50% of India’s workforce still depends on agriculture, yet farmers face erratic rainfall, rising input costs, and labour shortages. To manage these pressures, technology is stepping in at the field level. Tools powered by AI, satellites, and mobile apps now help farmers track soil health, predict weather patterns, and manage crops with greater accuracy.

This shift from soil-based intuition to software-led insight is already showing results. Studies and pilot programs indicate yield improvements of 15–20% in crops like rice, wheat, and sugarcane, along with major savings in water and fertilizer use. From drones in fields to digital platforms linking markets, technology is redefining how food is grown, managed, and sold in India. Through this article you will understand how technology is redefining Indian agriculture.

The Shift from Traditional Farming to Tech-Enabled Agriculture

Indian farming has long relied on experience, local knowledge, and seasonal patterns. While this approach worked for generations, it struggles to handle today’s challenges such as unpredictable weather, soil stress, and rising costs. Technology is now helping farmers make decisions based on data rather than guesswork, bringing consistency and control into daily farm operations.

Role of Data in Modern Farming Decisions

Farms generate large amounts of data through soil tests, weather records, and past yield results. Technology tools collect and analyse this data to guide farmers on when to sow, how much to irrigate, and which inputs to use. This reduces uncertainty and helps farmers respond quickly to changing field conditions.

Precision Agriculture as a Core Change

Precision farming replaces blanket use of water, fertilisers, and pesticides with targeted application. Sensors, satellite images, and AI models identify exact field needs, cutting waste and improving output. This approach lowers costs while protecting soil and crop health.

Importance of This Shift

With small landholdings and growing food demand, India needs higher productivity without overusing resources. Tech-enabled farming supports food security, improves farmer income, and promotes sustainable use of land and water.

Digital Foundations Powering Indian Agriculture

Behind modern farming tools lies a growing digital backbone that connects land records, crop data, weather systems, and farmer services. This foundation allows technology to move from pilots to everyday use across fields and regions.

Farmer Digital Identity and Data Integration

Digital farmer records link land ownership, crop details, and livestock information under a single identity. This makes it easier to access subsidies, crop insurance, and credit without repeated paperwork. Unified data also helps reduce delays and errors in government support delivery.

AI-Powered Advisory Systems

AI-based platforms analyse weather data, soil health, and crop patterns to give timely advice. Farmers receive alerts on sowing windows, pest risks, and nutrient needs through mobile apps. These advisories are increasingly localised, improving accuracy and usefulness at the field level.

Government-Led Digital Platforms

Centralised digital systems combine satellite imagery, climate data, and crop reports. These platforms help monitor crop conditions, assess risks, and plan interventions. Policymakers and farmers both benefit from better visibility and faster decision-making driven by real-time data.

On-Field Technologies Transforming Farm Operations

Technology is no longer limited to offices or research labs. It is now working directly on farms, helping farmers manage crops, water, and labour more efficiently. These on-field tools turn real-time conditions into clear actions, improving both productivity and resource use.

Drone Technology in Crop Monitoring and Spraying

Drones are being used to scan fields, identify crop stress, and apply pesticides or fertilisers only where needed. This targeted spraying reduces chemical use, lowers input costs, and protects soil quality. Drones also help assess crop damage after extreme weather events.

IoT Sensors and Smart Irrigation Systems

Soil moisture sensors placed in fields measure water levels in real time. Based on this data, irrigation systems supply only the required amount of water. This avoids overwatering, saves groundwater, and improves crop growth, especially in water-stressed regions.

Automation and Machinery Support

Automated tools and semi-robotic machines support tasks like planting, spraying, and harvesting. These technologies help address labour shortages and reduce dependence on manual work. They also improve timing and consistency, which are critical for crop health and yield.

AI and Data Science for Yield and Profit Improvement

AI and data science help farmers turn daily farm data into clear actions that improve output and income. By analysing patterns across weather, soil, and crops, these tools support better planning and reduce avoidable losses.

Predictive Crop and Yield Modelling

AI models study past yield data, weather trends, and soil conditions to forecast crop performance. These predictions help farmers choose the right sowing time, plan harvest windows, and estimate output in advance. Better planning reduces uncertainty and improves market readiness.

Pest, Disease, and Nutrient Management

Images from smartphones, drones, and satellites help AI detect early signs of pest attacks, diseases, or nutrient gaps. Farmers receive alerts before problems spread, allowing targeted treatment. This lowers pesticide use, protects crops, and cuts input costs.

Crop-Specific Optimisation for Higher Returns

High-value crops benefit strongly from AI-led optimisation. For example, data-driven advice on irrigation, spacing, and fertiliser timing improves quality and yield. Better crop quality also leads to improved pricing and higher profits across the supply chain.

Generative AI and Farmer-Friendly Interfaces

Advanced tech only creates impact when farmers can use it easily. Generative AI and simple digital interfaces are closing this gap by turning complex data into clear, local, and actionable guidance that fits everyday farming needs.

Local-Language AI Chatbots for Farmers

AI-powered chatbots allow farmers to ask questions in regional languages using voice or text. These tools explain issues like nutrient deficiency, pest risk, or weather impact in simple terms. This removes language and literacy barriers and improves access to expert guidance.

Computer Vision for Crop Health Detection

Generative vision models analyse photos taken through smartphones or drones to identify crop stress, pest attacks, or disease symptoms. Early detection helps farmers act quickly, reduce crop loss, and avoid unnecessary chemical use.

Simplifying Decisions Through AI Guidance

Generative AI summarises large datasets into clear recommendations. Instead of reading reports, farmers receive direct suggestions on irrigation timing, input use, or harvest planning. This saves time and supports confident decision-making at the field level.

Technology-Driven Market and Supply Chain Integration

Technology is not only improving how crops are grown, but also how they are sold, tracked, and financed. Digital tools are helping farmers connect directly with markets, reduce dependency on middle layers, and gain better visibility across the supply chain.

Digital Marketplaces and Price Transparency

Online agricultural marketplaces allow farmers to check prices across regions and sell produce beyond local markets. Digital mandis and trading platforms improve price discovery and reduce information gaps. This transparency helps farmers make informed selling decisions and avoid distress sales.

Blockchain for Traceability and Quality Assurance

Blockchain records each stage of a crop’s journey, from farm to buyer. This traceability builds trust by proving origin, quality, and production practices. Farmers producing organic or sustainably grown crops can use this data to access premium buyers and better pricing.

Fintech and Credit Access Through Farm Data

Financial platforms use crop health data, satellite images, and transaction records to assess creditworthiness. This allows farmers, including those without traditional collateral, to access loans and insurance. Faster credit access supports timely input purchases and smoother farm operations.

Sustainability and Resource Efficiency Through Technology

Technology is helping agriculture grow without putting extra pressure on land, water, and natural resources. By using data and automation, farmers can produce more while using fewer inputs, which supports long-term sustainability and farm profitability.

Improving Water Use Efficiency

Smart irrigation systems use soil moisture data and weather forecasts to deliver the right amount of water at the right time. This reduces water waste and prevents over-irrigation. In many regions, tech-led irrigation has helped save large volumes of groundwater while maintaining stable yields.

Protecting Soil Health and Nutrient Balance

AI tools guide farmers on precise fertilizer use based on soil condition and crop needs. This avoids overuse of chemicals that damage soil quality. Balanced nutrient application helps maintain soil fertility and supports consistent crop growth over multiple seasons.

Reducing Environmental Impact of Farming

Targeted spraying, better input planning, and energy-efficient machinery reduce pollution and emissions. Lower chemical runoff protects nearby water bodies and ecosystems. These practices make farming more resilient to climate stress while keeping production environmentally responsible.

The Road Ahead for Tech-Driven Indian Agriculture

The future of Indian agriculture depends on how well technology adoption is scaled beyond pilot projects and early adopters. For tech-driven farming to create long-term impact, support systems, affordability, and farmer trust must grow together.

Strengthening Government and Policy Support

Government programs will play a key role in expanding access to digital tools. Continued investment in digital agriculture missions, training through local centres, and data-sharing frameworks can help farmers use technology confidently and consistently.

Expanding Shared and Service-Based Models

High-cost tools like drones, sensors, and advanced machinery cannot be owned by every farmer. Custom hiring centres and farming-as-a-service models allow farmers to use these technologies when needed without heavy investment, improving reach among small and marginal landholders.

Balancing Technology with Farmer Experience

Technology works best when combined with on-ground knowledge. Farmer experience helps interpret digital advice in real conditions. The road ahead lies in using software as a support system that respects local practices while improving efficiency, resilience, and sustainability.

Conclusion

Technology is reshaping Indian agriculture by combining field knowledge with data-driven tools. From soil sensors and drones to AI advisory and digital markets, farmers now have better control over crops, costs, and risks. These tools do not replace farming skills. They strengthen decision-making, improve resource use, and support steady incomes.

While challenges like cost and digital access remain, shared platforms and training are helping bridge the gap. As technology continues to spread from soil to software, Indian agriculture is moving toward a more productive, resilient, and sustainable future.

FAQs
How Can Small Farmers Use Technology Without High Investment?
Small farmers can access technology through shared models such as custom hiring centres, service-based platforms, and mobile apps. Many tools work on smartphones and do not require owning expensive equipment. Government programs and startups also offer pay-per-use services, which lowers upfront cost and makes technology more affordable.

Does Technology Replace Traditional Farming Knowledge?
No, technology supports farming knowledge rather than replacing it. Digital tools analyse weather, soil, and crop data to improve timing and accuracy. Farmers still decide what works best for their land. Technology helps reduce guesswork and strengthens decisions based on real field conditions.

Is Internet Access Mandatory for Using Farm Technology?
Basic internet access improves usage, but it is not always mandatory. Many tools work with low data usage or offline support. Assisted models through local centres, field agents, and community services also help farmers use technology even in areas with limited connectivity.

How Does Technology Help Farmers Handle Climate Risk?
Technology provides early warnings for weather changes, pests, and crop stress. AI-based forecasts and satellite data help farmers plan irrigation, sowing, and harvesting better. This reduces losses caused by unexpected rainfall, heat stress, or pest outbreaks and improves overall farm resilience.

https://www.phdcci.in/blog/from-soil-to-software-how-technology-is-redefining-indian-agriculture/

AgriTech and AI: How Smart Farming Is Contributing to India’s GDP Growth?

PHD Chamber — Wed, 21 Jan 2026 10:37:23 +0000

Introduction

India’s agriculture continues to be one of the strongest legs for its economy. It provides a living to nearly 60% of the rural population and contributes approximately 18-20 percent to India’s GDP, but around 35-43% of the workforce is dependent on agriculture for their sustenance. What this wedge between work and output demonstrates is at least one obvious problem: productivity has failed to match effort.

Here’s where AgriTech and AI are transforming the equation. Drones, soil sensors AI-powered crop planning and digital platforms are among the tools aiding farmers to improve yields and reduce input waste in addition to making smarter decisions. With smart farming set to increase yields by up to 30% and AgriTech estimated to contribute $600 billion towards GDP growth by 2030, this article explains the role of AI in AgriTech.

What Is Smart Farming in India?

Smart Farming in India is the use of Precision Agriculture technology targeting farm productivity, innovation and rational use of resources by optimizing management values. Among other things, it involves AI-driven crop planning, drones, soil sensors and mobile platforms that help farmers use water and inputs more efficiently while reducing labour. The objective is to increase yields, cut risk and boost income without expanding land use.

Role of Agriculture in India’s Economy

Agriculture plays a foundational role in India’s economic structure. Even as industry and services expand, farming continues to support livelihoods, food security, and rural demand. Its performance has a direct impact on income levels, consumption patterns, and overall economic stability.

Contribution to GDP and National Output

Agriculture contributes around 18–20% of India’s GDP, making it one of the largest individual sectors in the economy. While this share has reduced over time due to growth in other sectors, agriculture remains critical for domestic demand and price stability. Improvements in farm productivity directly influence national output and inflation control.

Employment and Rural Dependence

The sector employs nearly 35–43% of India’s workforce and supports close to 60% of the rural population. Women account for about 41% of agricultural workers, highlighting the sector’s role in inclusive employment. Any productivity gain in agriculture has a wide ripple effect on rural incomes and spending.

Why Indian Agriculture Needs AgriTech and AI?

Indian agriculture faces structural and economic limits that traditional methods alone can no longer solve. AgriTech and AI address these gaps by improving efficiency, managing risk, and raising productivity without increasing land or water use.

Land Fragmentation and Small Holdings

A major challenge is fragmented land ownership. About 86.2% of operational holdings are smaller than 2 hectares, with the average farm size at 1.08 hectares. Such small plots make mechanisation and efficient input use difficult. AI-driven planning and shared technology models help farmers get better output from limited land.

Climate Risk and Water Stress

Only around 55% of cultivated land is irrigated, leaving the rest dependent on erratic monsoons. India also faces one of the highest rates of groundwater depletion globally. AI-based weather prediction, soil moisture sensors, and precision irrigation help farmers plan irrigation better and reduce water wastage.

Income Pressure and Market Inefficiency

The average farm household earns roughly ₹8,931 per month, while post-harvest losses range between 20% and 40% due to weak storage and logistics. AI tools support better crop selection, timing, and market linkage, helping farmers reduce losses and improve price realisation.

Productivity Gap with Global Benchmarks

India’s cereal yield stands at 2.88 tonnes per hectare, well below the global average of 3.67 tonnes and Europe’s 6.65 tonnes. Smart farming technologies enable precision input use and timely decision-making, which are critical to closing this productivity gap and improving GDP contribution.

Core AgriTech and AI Technologies Transforming Farming

AgriTech and AI are reshaping farming by shifting decisions from guesswork to data-backed planning. These technologies help farmers manage crops more precisely, reduce resource waste, and respond faster to risks such as pests, weather changes, and market volatility.

AI and Machine Learning Decision Platforms

AI-driven platforms analyse large volumes of data related to soil conditions, weather patterns, crop health, and historical yield trends. Based on this analysis, they offer crop recommendations, sowing schedules, pest alerts, and price forecasts. This helps farmers plan each stage of cultivation more accurately and avoid avoidable losses caused by late or incorrect decisions.

Drones and Remote Sensing Tools

Drones and satellite imagery provide real-time visibility into crop conditions. They help detect stress, disease, or nutrient deficiencies early, even before visible damage appears. These tools also support targeted spraying and monitoring, which reduces manual effort and improves precision across large and small farms alike.

IoT Sensors and Precision Input Systems

IoT-based sensors track soil moisture, temperature, and nutrient levels directly from the field. This data allows farmers to apply water, fertilisers, and pesticides only where needed. Precision input systems reduce overuse, improve crop health, and support consistent yields while lowering input-related costs.

Digital Advisory and Mobile Platforms

Mobile-based platforms connect farmers to advisory services, weather updates, and market information in real time. These tools improve access to knowledge, especially for smallholders, and help bridge gaps caused by limited on-ground extension services.

Contribution of Smart Farming to GDP Growth

Smart farming is strengthening agriculture’s role in India’s economic growth by improving productivity, reducing losses, and increasing income from the same land and resources. These gains directly influence output levels and value creation across the farm sector.

Yield Improvement and Higher Output

Precision farming techniques allow farmers to manage crops based on actual field conditions rather than estimates. Better planning, timely input application, and early problem detection help improve overall farm output. As yields rise without expanding cultivated land, agriculture contributes more efficiently to national production levels.

Cost Efficiency and Income Growth

Smart farming reduces unnecessary spending on water, fertilisers, pesticides, and labour. Lower input costs improve profit margins for farmers, which increases disposable income in rural areas. Higher farm income supports consumption, savings, and reinvestment, creating a positive impact on the wider economy.

Long-Term Economic Impact

AgriTech-driven farming is expected to play a major role in India’s future growth. With technology-led improvements across productivity, logistics, and market access, the sector is projected to add $600 billion to India’s GDP by 2030. This positions agriculture as a modern growth engine rather than a low-productivity sector.

Government Push Accelerating Smart Farming Adoption

Government policy has played a major role in speeding up the use of AgriTech and AI across Indian agriculture. By combining digital systems, subsidies, and institutional support, public initiatives are helping farmers adopt technology at scale rather than in isolated pockets.

Digital Public Infrastructure for Agriculture

The government is building a national digital backbone for agriculture through platforms like AgriStack. This system aims to create digital identities for crores of farmers and link land records, crop data, and scheme benefits. With better data flow, farmers receive timely advisories, targeted subsidies, and faster access to services, improving decision-making at the ground level.

Liberalisation and Support for Drone Technology

Policy changes have made it easier to use drones in farming. Relaxed rules, training support, and financial assistance have encouraged the use of drones for spraying, crop monitoring, and field surveys. Support through Farmer Producer Organisations allows small farmers to access drone services without owning the equipment themselves.

Strengthening FPOs and Farm Mechanisation

Government programs are actively promoting Farmer Producer Organisations to help small farmers pool resources and adopt technology collectively. Alongside this, support for Custom Hiring Centres makes modern machinery available on a pay-per-use basis. These measures reduce cost barriers and allow even small holdings to benefit from mechanisation and smart farming tools.

AgriTech Startups and Innovation Ecosystem

India’s AgriTech startup ecosystem has become a key driver of smart farming adoption. These startups bridge gaps in knowledge, technology access, and market connectivity, making advanced tools usable for small and marginal farmers.

Rapid Growth of AgriTech Startups

India has emerged as one of the fastest-growing AgriTech markets globally. As of late 2023, nearly 2,800 AgriTech startups were officially recognised under Startup India. Over the last four years, these startups have collectively raised around ₹6,600 crore in funding, showing strong investor confidence in technology-led agriculture.

Focus Areas of Innovation

Most AgriTech startups focus on precision farming, digital advisory, input optimisation, and supply chain solutions. AI-based platforms help with crop planning and pest management, while IoT tools improve irrigation and soil health monitoring. Others work on post-harvest management, traceability, and direct market access to reduce wastage and price gaps.

Key Barriers to Scaling Smart Farming in India

While AgriTech and AI offer strong potential, scaling smart farming across India remains uneven. Several structural and operational barriers continue to slow adoption, especially among small and marginal farmers.

Digital Literacy and Skill Gaps

A major constraint is limited digital readiness at the ground level. A large section of the agricultural workforce lacks basic literacy and has received little or no technical training. This makes it difficult to use digital platforms, interpret data, or trust AI-based recommendations without on-ground support.

High Adoption Cost for Small Farmers

Many smart farming tools require upfront spending on devices, services, or subscriptions. For small landholders with limited cash flow, even affordable technology can feel risky. Without shared access models or financial support, adoption remains restricted to pockets.

Infrastructure and Connectivity Challenges

Reliable internet access, electricity, and service networks are still uneven in many rural areas. Weak digital infrastructure limits real-time data use, platform access, and continuous monitoring, reducing the effectiveness of smart farming tools.

Fragmented Landholdings

Small and scattered plots reduce the economic viability of advanced machinery and precision tools. Without collective models such as FPO-led adoption, scaling technology across fragmented farms remains difficult.

Limited Trust and Awareness

Many farmers remain cautious about new technology due to lack of exposure and unclear benefits. Without demonstrations and local success examples, adoption tends to remain slow despite availability.

Conclusion

AgriTech and AI are reshaping Indian agriculture by improving productivity, income, and resource use. Smart farming helps close the gap between effort and output while supporting long-term GDP growth. With the right support, technology can turn agriculture into a stronger and more resilient economic driver.

FAQs

Can Small Farmers Use AgriTech And AI Tools?

Yes, many AgriTech tools are designed for small farmers. Mobile advisory apps, shared drone services, and FPO-led technology access allow small holdings to benefit without owning expensive equipment. Collective models help reduce cost and risk while improving access.

What Role Do FPOs Play In Smart Farming Adoption?

FPOs help farmers pool land, capital, and demand. This makes it easier to adopt machinery, digital tools, and advisory services. They also improve bargaining power, market access, and access to formal credit, which supports wider smart farming adoption.

Does Smart Farming Replace Traditional Farming Practices?

No, smart farming improves traditional practices rather than replacing them. It helps farmers make better decisions using data while continuing familiar cultivation methods. Technology acts as a support system that improves timing, efficiency, and risk management.

https://www.phdcci.in/2025/12/08/shri-shivraj-singh-chouhan-emphasizes-farmer-centric-growth-and-technological-innovation-to-triple-agricultural-gdp/

Smart Logistics: Building a Greener and More Efficient Supply Chain

PHD Chamber — Mon, 19 Jan 2026 12:34:52 +0000

Introduction

Logistics is no longer just about moving goods from one place to another. Rising fuel costs, labour shortages, faster delivery expectations, and pressure to reduce emissions have changed how supply chains operate. Businesses now need logistics systems that are faster, cleaner, and more reliable at the same time. Traditional methods built on manual tracking and fixed routes struggle to meet these demands.
This is where smart logistics comes in. By using data, automation, and connected technologies, logistics operations can cut waste, lower fuel use, and improve delivery reliability. Smart logistics helps supply chains become more efficient while also reducing environmental impact. This article explains what smart logistics looks like today, the technologies behind it, and how it supports greener and more efficient supply chains in a practical way.

What Smart Logistics Means in Today’s Supply Chains?

Smart logistics refers to the use of digital tools and data to manage logistics activities in a more efficient and controlled way. Instead of relying on manual tracking, fixed schedules, and delayed information, smart logistics uses real-time data to plan, monitor, and improve the movement of goods. The focus is not only on speed, but also on reducing waste, fuel use, errors, and unnecessary costs across the supply chain.

Role of Technology in Logistics Transformation

Technology is the foundation of smart logistics. Tools like sensors, tracking systems, and data platforms provide live information on vehicle location, cargo condition, inventory levels, and delivery status. This visibility helps logistics teams make quick decisions, respond to delays, and avoid disruptions before they affect production or customers.

Smart Logistics as a Competitive Advantage

Smart logistics allows supply chains to operate with better accuracy and predictability. Businesses can plan routes efficiently, reduce idle time, and improve delivery performance. This leads to lower operating costs, higher customer satisfaction, and a supply chain that can adapt quickly to changing demand and external pressures.

Why Smart Logistics Is Critical for a Greener Supply Chain?

Logistics activities contribute heavily to fuel consumption, emissions, and material waste across supply chains. Without better planning and visibility, vehicles travel longer routes, carry partial loads, and spend time idling in traffic. Smart logistics addresses these issues by improving how transport, storage, and delivery decisions are made.

Reducing Fuel Use and Emissions

Smart routing systems analyse traffic, distance, and vehicle capacity to choose the most efficient paths. This reduces unnecessary travel and fuel use. Better load planning also ensures vehicles operate closer to full capacity, cutting the total number of trips and lowering emissions.

Lowering Waste Across Transport and Storage

Real-time tracking helps prevent product damage, spoilage, and overstocking. Sensors monitor temperature and handling conditions, reducing losses during transit. Better inventory planning also reduces excess storage and disposal waste.

Aligning Sustainability with Profitability

Efficient logistics lowers fuel costs, reduces damage-related losses, and improves asset use. These savings show that greener logistics practices also support stronger margins and long-term business stability.

Core Technologies Powering Smart and Green Logistics

Smart and green logistics relies on a set of digital technologies that improve visibility, reduce waste, and support better decision-making. These tools help logistics operations become faster, cleaner, and more reliable without increasing manual effort.

Artificial Intelligence (AI) in Logistics Planning

AI helps analyse large volumes of data to improve planning and forecasting. It is used to optimise delivery routes, predict demand, and plan vehicle loads more efficiently. By reducing guesswork, AI lowers fuel use, avoids delays, and improves overall logistics performance.

Internet of Things (IoT) and Real-Time Visibility

IoT uses sensors placed on vehicles, containers, and packages to collect live data. These sensors track location, temperature, humidity, and movement. Real-time visibility helps prevent damage, manage delays early, and maintain product quality during transport and storage.

RFID and Digital Inventory Tracking

RFID tags allow multiple items to be scanned at once without manual handling. This improves inventory accuracy, speeds up warehouse operations, and reduces losses. RFID also supports traceability, making it easier to track goods across different stages of the supply chain.

5G and Edge Computing for Speed and Accuracy

5G enables fast and stable data transfer between devices, while edge computing processes data closer to where it is collected. Together, they support real-time decisions in routing, warehouse automation, and vehicle control, improving speed and reducing errors.

Smart Logistics Across Key Supply Chain Stages

Smart logistics improves efficiency and sustainability across every major stage of the supply chain. Instead of treating transport, warehousing, and delivery as separate activities, smart systems connect them through shared data and real-time coordination.

Route and Load Optimisation

Smart logistics platforms analyse traffic conditions, delivery schedules, and vehicle capacity before dispatch. This helps select shorter routes, avoid congestion, and reduce empty or partially loaded trips. Better route and load planning lowers fuel consumption, reduces emissions, and shortens delivery times.

Last-Mile Delivery Optimisation

The last mile is often the most expensive and polluting stage of logistics. Smart logistics uses electric delivery vehicles, delivery clustering, and micro-fulfilment hubs closer to customers. These methods reduce travel distance, cut emissions, and improve delivery speed in dense urban areas.

Green Warehousing and Automation

Warehouses play a major role in energy use. Smart logistics introduces solar-powered facilities, automated storage systems, and sensor-based lighting and cooling. Automation reduces manual handling errors, improves space use, and lowers electricity consumption while maintaining high throughput.

Benefits of Smart Logistics for MSMEs and Supply Chain Partners
Smart logistics creates value across the supply chain by improving efficiency, reliability, and transparency. For MSMEs and their partners, these benefits go beyond faster deliveries and directly support cost control, trust, and long-term collaboration.

Lower Operating Costs and Better Margins

Better route planning, reduced fuel use, and fewer delivery errors help lower daily logistics costs. Smart inventory tracking also reduces overstocking and damage, which improves margins without increasing sales volume.

Higher Supply Chain Trust and Credibility

Real-time tracking and clear performance data improve transparency. Buyers and partners can see delivery status, handling conditions, and compliance records, which builds confidence and strengthens long-term business relationships.

Better Workforce Utilisation and Safety

Automation and monitoring reduce repetitive manual work and human error. This improves productivity, lowers injury risk, and allows staff to focus on higher-value tasks, supporting a more stable and efficient logistics operation.

Key Challenges in Adopting Smart Logistics

While smart logistics offers clear benefits, adoption can be challenging, especially for smaller businesses. Most barriers are related to cost, infrastructure, and coordination rather than lack of interest.

High Initial Investment Costs

Technologies such as AI systems, sensors, automation tools, and electric vehicles require upfront spending. For MSMEs with tight cash flows, these costs can delay adoption even when long-term savings are clear.

Infrastructure and Connectivity Gaps

Smart logistics depends on reliable internet, charging facilities, and network coverage. In many areas, limited connectivity or lack of EV charging stations restrict the use of advanced logistics solutions.

Data Sharing and Security Concerns

Smart logistics requires data to be shared across supply chain partners. This raises concerns about data privacy, system compatibility, and cybersecurity. Without trust and clear safeguards, businesses may hesitate to adopt connected systems.

Smart Logistics and Circular Supply Chains

Smart logistics plays a key role in supporting circular supply chains, where products, materials, and resources are kept in use for as long as possible. By improving visibility and coordination, smart systems make it easier to reduce waste and recover value from returned or unused goods.

Blockchain for Traceability and Transparency

Blockchain creates a secure and tamper-proof record of a product’s movement across the supply chain. It helps track the origin of materials, handling conditions, and ownership changes. This transparency supports responsible sourcing and allows businesses to verify sustainability claims with confidence.

Reverse Logistics and Returns Management

Smart logistics simplifies the return process by tracking products in real time and directing them to the right location. Efficient reverse logistics helps repair, refurbish, or recycle goods instead of discarding them, reducing waste and recovery costs.

Supporting Circular Economy Models

With better data and planning, businesses can design logistics flows that support reuse, recycling, and remanufacturing. Smart logistics enables smoother movement of returned materials, helping supply chains shift from one-time use to circular operations.

Practical Adoption Path for MSMEs

Smart logistics works best when adopted step by step. MSMEs do not need to invest in every technology at once. A phased approach helps control costs, reduce risk, and show results early.

Step 1: Start with Visibility Tools

Begin by improving basic visibility. GPS vehicle tracking, simple shipment tracking software, or digital delivery logs help understand where delays, losses, or inefficiencies occur. Even basic dashboards give better control than manual tracking.

Step 2: Pilot Automation in High-Impact Areas

Focus automation on areas with frequent issues, such as inventory tracking or route planning. RFID for key products, basic route optimisation software, or warehouse sensors can deliver quick efficiency gains without major disruption.

Step 3: Scale Based on Proven Results

Once early pilots show cost savings or performance improvement, expand gradually. Add more vehicles, warehouses, or routes to the system. Scaling based on proven value helps MSMEs adopt smart logistics without financial strain.

Conclusion

Smart logistics is no longer only about improving delivery speed. It has become a key driver of cleaner, more efficient, and more reliable supply chains. By using data, automation, and connected systems, businesses can reduce fuel use, cut waste, and improve delivery performance at the same time. While adoption requires planning and investment, a phased approach allows even smaller businesses to benefit. As sustainability expectations rise, smart logistics will play a central role in building resilient and responsible supply chains.

FAQs

What Makes Logistics “Smart” Compared To Traditional Logistics?
Smart logistics uses real-time data, sensors, and automation to manage transport and storage more efficiently. Unlike traditional methods that rely on manual tracking and fixed plans, smart logistics adjusts routes, schedules, and inventory based on live conditions, reducing delays, errors, and unnecessary fuel use.

Can MSMEs Adopt Smart Logistics Without Large Budgets?

Yes, smart logistics can be adopted gradually. Many MSMEs start with basic tools like GPS tracking, digital inventory systems, or route planning software. Small pilots help prove value before scaling, allowing businesses to improve efficiency without heavy upfront investment.

How Does Smart Logistics Help Reduce Environmental Impact?

Smart logistics reduces emissions by optimising routes, cutting empty trips, and improving load planning. Real-time monitoring also prevents product damage and excess storage, which lowers waste. Together, these improvements reduce fuel use, material loss, and overall environmental footprint.

Which Smart Logistics Technology Should Be Adopted First?

The best starting point is visibility. Tools such as vehicle tracking, shipment monitoring, or simple dashboards help identify inefficiencies quickly. Once visibility improves, businesses can move to automation, predictive planning, or energy-efficient delivery options.

Does Smart Logistics Improve Delivery Reliability?

Yes, smart logistics improves reliability by detecting delays early and enabling quick adjustments. Live tracking, performance data, and predictive alerts help maintain on-time deliveries and improve consistency, which strengthens trust with customers and supply chain partners.

https://www.phdcci.in/blog/sustainable-supply-chains-msmes-as-the-backbone-of-responsible-production/

Reinventing India’s Cold Chain Network Through Renewable Energy Integration

PHD Chamber — Mon, 05 Jan 2026 10:42:43 +0000

India's cold chain infrastructure grapples with soaring energy costs and staggering post-harvest losses topping INR 92,000 crore annually. Yet, integrating renewable energy sources like solar power promises a game-changing, sustainable solution. The PHD Chamber of Commerce and Industry (PHDCCI) leads this charge, pushing green technologies to strengthen food security, slash emissions, and fuel economic growth in this vital sector. As India's agriculture evolves amid urbanization and e-commerce booms, renewable-powered cold chains could unlock a resilient future.

Current Challenges in India's Cold Chain Sector

India's cold chain market soared to USD 4,701 million in 2024, with projections hitting USD 12,192 million by 2030 at a robust 17.04% CAGR. This surge stems from rising demand for perishables—dairy products, fresh fruits, vegetables, and pharmaceuticals—that require precise temperature control from farm to fork. However, systemic gaps persist, particularly in rural areas where over 30% of fruits and vegetables, valued at US$13 billion, spoil due to insufficient storage and transportation near production hubs.

Energy-intensive refrigeration devours 40-50% of operational costs, burdening facilities reliant on expensive diesel generators and erratic grid power. Rural cold storages, often in remote districts, face frequent blackouts, exacerbating losses during peak harvest seasons. PHDCCI reports underscore how urbanization and e-commerce intensify these pressures, with annual post-harvest losses reaching Rs. 92,651 crore from fragmented logistics.

The nation's cold storage capacity stands at just 39.6 million metric tons (MT) across 8,689 facilities, woefully inadequate for peak-season influxes of produce like potatoes, onions, and mangoes. This shortfall triggers price volatility, farmer distress, and hampers agri-exports critical to India's Viksit Bharat vision. Without intervention, these challenges threaten food security for 1.4 billion people and undermine the sector's potential in global trade.

Renewable Energy Opportunities for Cold Chain Transformation

Solar power emerges as the frontrunner in renewable integration for cold chains, powering rooftop photovoltaic (PV) systems tailored for off-grid rural installations. Over 1,000 solar-powered cold rooms now dot India's landscape, delivering 50-70% reductions in energy bills while slashing carbon emissions. With India's solar capacity reaching 129 GW by 2025, hybrid models combining panels with battery storage ensure round-the-clock reliability, even during monsoons or night shifts.

Wind energy suits coastal and windy regions like Gujarat and Tamil Nadu, while biomass from agricultural waste powers digesters in Punjab's potato belts. Advanced AI-driven energy management systems optimize usage, cutting waste by 20-30% through predictive load balancing. PHDCCI champions these solutions for MSMEs, forecasting the cold chain market to balloon to USD 74.5 billion by 2033 with widespread green upgrades.

The PM Surya Ghar Muft Bijli Yojana, boasting 7 GW of rooftop solar installations by December 2025, perfectly aligns with warehouse retrofits. These systems not only lower costs but also enable energy surplus sales back to the grid, creating revenue streams for operators. Keywords like "solar cold storage solutions India" highlight the scalability, positioning renewables as a cornerstone for sustainable logistics.

Technological Innovations Driving Efficiency

Cutting-edge grid-interactive solar PV and thermal systems, paired with H2O-LiBr absorption refrigeration cycles, fully meet storage demands for staples like potatoes. Kolkata pilot projects generate a 36 MWh annual energy surplus, proving viability in humid climates. IoT sensors revolutionize monitoring, offering real-time temperature, humidity, and spoilage alerts that prevent 15-20% losses through predictive analytics.

Multi-temperature cold facilities now adopt eco-friendly refrigerants like R290 and solar-hybrid compressors, boosting overall efficiency by 25%. Blockchain integration ensures traceability, vital for exports of mangoes and spices to quality-conscious markets like the EU. These technologies reduce downtime and extend shelf life, transforming volatile supply chains into predictable operations.

Real-World Case Studies of Success

Snowman's July 2025 Kundli facility exemplifies innovation, adding 3,576 pallets with solar integration across 21 cities, optimizing space and energy use. Siddhi Cold Chain's rooftop panels power full operations, offsetting carbon footprints through digital paperless systems and real-time dashboards. In Odisha, Koel Fresh's Rourkela solar cold rooms support over 300 farmers, scaling to 150 MT capacity and cutting costs by 60%.

These cases, spotlighted by PHDCCI, demonstrate ROI within 3 years, with farmers gaining stable incomes from premium pricing on preserved produce. Such models inspire replication in high-loss crops like tomatoes and bananas, aligning with national sustainability drives.

Government Schemes and Incentives Boosting Adoption

The government supercharges this shift via targeted schemes. Pradhan Mantri Kisan SAMPADA Yojana provides 35-50% subsidies for integrated cold chains, capping at INR 10 crore per project, covering solar installations and reefer units. The INR 1 lakh crore Agricultural Infrastructure Fund offers low-interest loans with 3% interest subvention, easing capital access for MSMEs.

Mission for Integrated Development of Horticulture subsidizes reefer vehicles at 50% of costs, up to INR 50 lakh, enhancing last-mile delivery. PM Surya Ghar has disbursed INR 13,464 crore for 23.9 lakh installations by 2025, readily adaptable to commercial storages. GST exemptions on pre-cooling and packing services further sweeten the deal.

PHDCCI leverages these through advocacy, urging Farmer Producer Organizations (FPOs) and Self-Help Groups (SHGs) to develop cluster-based solar parks in Maharashtra, Gujarat, and Uttar Pradesh. Simplified approvals under the National Cold Chain Development (NCCD) program accelerate rural deployments.

PHDCCI's Strategic Role in Advocacy and Implementation

PHDCCI spearheads policy dialogues, convening forums that bridge industry with government schemes for green cold chains. Strategic partnerships empower MSMEs to achieve 25% renewable penetration by 2030, targeting massive emission reductions. The chamber's reports spotlight solar clusters, echoing Karnataka's floriculture export triumphs where preserved flowers fetched 30% higher premiums.

Workshops equip stakeholders with detailed ROI models: solar retrofits recover investments in 3-5 years, delivering 15-20% ongoing savings. PHDCCI pushes NCCD expansions for rural focus, syncing with India's net-zero by 2070 commitment. Their efforts foster public-private collaborations, amplifying impact.

Economic and Environmental Benefits Unveiled

Renewable integration slashes operational costs by 40%, boosts farmer incomes 20-30% through minimized losses, and generates 1 million green jobs in installation, maintenance, and tech. Environmentally, it averts 72 million tonnes of CO2 emissions from MSMEs by 2030, supporting Paris Agreement goals. Low-carbon, traceable produce elevates exports, tapping the USD 42.56 billion logistics market by 2032.

The INR 92,000 crore in annual loss savings could fund nationwide expansions, fortifying supply chains. PHDCCI envisions enhanced food security, reduced import dependency, and a competitive edge in global perishables trade.

Step-by-Step Implementation Roadmap

Assess Needs and Feasibility

Conduct energy audits to pinpoint high-loss sites; prioritize rural hubs with peak spoilage rates.

Design Hybrid Renewable Systems

Deploy 100-500 kW solar arrays with 200 kWh battery storage for 500 MT facilities, ensuring 24/7 uptime.

Secure Funding and Partnerships

Tap SAMPADA grants and AIF loans; collaborate with FPOs for shared infrastructure.

Deploy Advanced Technologies

Install IoT sensors and AI controls; train staff through PHDCCI programs for seamless operations.

Monitor, Optimize, and Scale

Use blockchain for tracking; replicate successes in clusters, measuring KPIs like energy savings and yield improvements.

Future Outlook: A Green Cold Chain Revolution

By 2035, renewables could power 50% of India's cold chains, propelling the market to INR 7,148 billion with zero-waste, AI-optimized models. PHDCCI anticipates solar dominance in Tier-II/III cities, multi-modal logistics hubs, and smart grids. This positions India as a global cold chain leader, blending tradition with innovation for Viksit Bharat.

https://www.phdcci.in/events/india-cold-chain-conclave/

Ethics and Governance in AI adoption for Indian Businesses

PHD Chamber — Tue, 30 Dec 2025 10:10:27 +0000

India stands at the threshold of an artificial intelligence revolution. With 59% of Indian organisations actively deploying AI—leading global markets like Singapore, the UAE, and China—the nation has positioned itself as a frontrunner in technological innovation. According to IBM’s Global AI Adoption Index, India ranks among the top three countries worldwide in AI implementation, surpassing traditional technology powerhouses.

The PHD Chamber of Commerce and Industry (PHDCCI), representing over 150,000 businesses across diverse sectors, recognizes that this rapid AI adoption brings both tremendous opportunities and significant ethical challenges. As India’s AI market accelerates toward a projected 25-35% CAGR through 2027, the imperative for robust ethics and governance frameworks has never been more critical.

The Current State of AI Adoption in Indian Businesses

Impressive Growth Trajectory

India’s AI landscape in 2024-2025 presents a compelling picture of technological transformation:

73% of Indian businesses plan to increase AI applications by 2025, significantly exceeding the global average of 52%
48% adoption rate across key industries in FY 2024, with expectations of an additional 5-7% growth in FY25
Over 80% of Indian organisations are exploring autonomous AI agents, indicating a shift toward more sophisticated AI implementations
67% of firms report that generative AI has positively impacted all phases of software development
According to NASSCOM’s AI Adoption Index 2.0, India’s aggregate AI maturity score stands at 2.47 on a 4-point scale, with 87% of companies positioned in the middle stages of AI adoption maturity. Manufacturing and telecom sectors have already progressed to the “Expert” stage, while other sectors are rapidly catching up.

Sectoral Leadership and Challenges

The Banking, Financial Services and Insurance (BFSI) sector, Consumer Packaged Goods (CPG), and retail industries are leading AI adoption efforts. However, 30% of organizations still face limited AI skills and expertise, while 27% find AI projects too complex to integrate and scale effectively. These challenges underscore the need for comprehensive governance frameworks that can guide businesses through the complexities of ethical AI implementation.

Understanding the Ethical Dimensions of AI
The Core Ethical Challenges
PHDCCI’s engagement with member enterprises reveals five critical ethical concerns that Indian businesses must address:

Algorithmic Bias and Discrimination

AI systems trained on historical data often perpetuate existing societal biases. Many industry experts have highlighted that most of the AI datasets originate in Western contexts, created predominantly by specific demographic groups, and are then applied to India’s diverse population. This creates a fundamental mismatch that can exacerbate social inequalities rather than reduce them. The Ministry of Electronics and Information Technology (MeitY) has explicitly required that AI models be stripped of bias and discrimination, yet implementation remains challenging.

Data Privacy and Security Vulnerabilities

With AI systems requiring massive datasets for training and operation, data privacy emerges as a paramount concern. The absence of a comprehensive AI-specific regulatory framework has intensified worries about privacy violations. According to recent data, Indians lost close to Rs 7,000 crore to online scams in the first five months of 2025 alone, demonstrating the urgent need for stronger protections.

Transparency and Explainability
Many AI algorithms operate as “black boxes,” making it difficult for users and even developers to understand decision-making processes. The lack of transparency becomes particularly concerning when personal data is involved or when AI systems make decisions affecting people’s livelihoods, creditworthiness, or legal standing.

Accountability and Liability

Determining accountability for AI-driven decisions presents complex challenges. When autonomous systems cause harm or make errors, questions arise: Who is responsible—the developer, the deployer, or the organization using the AI? India’s current legal framework doesn’t adequately address these accountability concerns.

Job Displacement and Workforce Transformation
The International Monetary Fund estimates that approximately 40% of jobs globally may be affected by AI, with India facing a relatively lower risk of 30% due to its predominantly agricultural economy. Nevertheless, the concern about AI-driven unemployment requires proactive workforce development and reskilling initiatives.

India’s Evolving AI Governance Framework
The Indian government has taken significant strides in establishing ethical AI governance:

IndiaAI Mission (2024)

Backed by over Rs 10,300 crore ($1.24 billion) in funding over five years, the IndiaAI Mission encompasses seven pillars, with “Safe and Trusted AI” as a central component. The mission emphasizes safety, accountability, and ethical practices in AI development and deployment.

India AI Governance Guidelines (November 2024)

Unveiled by the Ministry of Electronics and Information Technology, these comprehensive guidelines provide:

Seven guiding principles (Sutras) for ethical and responsible AI
Six pillars of AI governance with actionable recommendations
Short, medium, and long-term action plans
Practical guidelines for industry, developers, and regulators
The guidelines adopt a “Do No Harm” principle as their philosophical foundation, emphasizing human-centric AI development that safeguards individuals while promoting innovation.

Key Regulatory Approaches:

Risk-Based Classification: AI systems are categorized based on their potential impact, with high-risk applications in finance, healthcare, and hiring receiving stricter oversight
Voluntary Compliance Framework: The government favors industry-led compliance efforts over heavy-handed regulation during the nascent stage of ecosystem development
Transparency Requirements: Emphasis on making AI value chains more transparent, from data collection through deployment
Existing Law Application: Current regulations on information technology, data protection, and consumer protection are being leveraged to govern AI applications
International Collaboration and Standards
India’s participation in the Global Partnership on Artificial Intelligence (GPAI) demonstrates its commitment to ethical AI governance on the international stage. Partnerships with organizations like UNESCO have facilitated the AI Readiness Assessment Methodology, helping India develop robust frameworks that incorporate ethical considerations into national and state-level AI strategies.

The Chamber’s Commitment to Responsible Innovation
PHDCCI has consistently positioned itself as a catalyst for responsible AI adoption among Indian businesses. Our recent initiatives demonstrate this commitment:

Capacity Building Programs

In November 2024, PHDCCI organized an immersive workshop on “AI Tools for Everyday Business,” equipping 50 delegates from diverse sectors with practical skills for ethical AI implementation. The workshop emphasized that AI has evolved from an emerging trend to an essential business necessity, requiring businesses to adopt it responsibly.

Industry-Government Collaboration

PHDCCI’s conference on “Harnessing AI to Combat Frauds and Counterfeits in Retail & E-commerce” brought together government leaders, industry experts, and technology specialists. The event highlighted that with proper governance, AI can serve as a “first line of defense” against fraud, catching irregularities that human oversight might miss.

PHDCCI’s Framework for Ethical AI Adoption
Based on our engagement with over 150,000 member companies, PHDCCI recommends a comprehensive approach to ethical AI governance:

Establish Clear Governance Structures
Organizations must create cross-functional AI governance committees combining legal, technical, and ethical expertise. These committees should:

Define accountability frameworks for AI deployment
Establish ethical guidelines aligned with national standards
Monitor AI systems for bias, privacy violations, and security vulnerabilities
Ensure compliance with evolving regulations
Implement Privacy-by-Design Principles
Privacy considerations must be integrated from the earliest stages of AI development. This includes:

Robust data encryption and security measures
Transparent data usage policies
Regular privacy impact assessments
Mechanisms for user consent and control over personal data
Conduct Regular Audits and Bias Mitigation
Periodic audits of AI models are essential to detect biases, inefficiencies, and security vulnerabilities. Organisations should:

Invest in diverse, representative training datasets
Implement bias detection and mitigation techniques
Ensure AI models don’t reinforce social prejudices
Document and explain AI decision-making processes
Foster Transparency and Explainability
Businesses must prioritise transparent AI systems that stakeholders can understand and trust:

Develop clear documentation of AI system capabilities and limitations
Create mechanisms for explaining AI-driven decisions
Label under-tested or unreliable AI models appropriately
Maintain open communication with consumers about AI usage
Invest in Workforce Development
Organizations should adopt a hybrid approach to AI implementation:

Upskill existing workforce for AI-augmented roles
Focus on human-AI collaboration rather than complete automation
Provide training on AI ethics and responsible usage
Create new roles that leverage uniquely human capabilities

Implementation Roadmap for Indian Businesses
Short-Term Actions (0-12 Months)
Establish AI Ethics Committee: Form a dedicated team responsible for ethical AI oversight.
Conduct AI Inventory: Document all existing and planned AI systems
Risk Assessment: Classify AI applications based on potential impact and risk levels
Policy Development: Create internal AI ethics policies aligned with national guidelines
Employee Training: Initiate awareness programs on responsible AI usage
Medium-Term Initiatives (1-3 Years)
Implement Governance Tools: Deploy technical solutions for bias detection, privacy preservation, and content authentication.
Stakeholder Engagement: Create channels for consumer feedback on AI systems
Partnerships: Collaborate with industry associations, academic institutions, and technology providers
Certification: Pursue ethical AI certifications and compliance frameworks
Continuous Monitoring: Establish systems for ongoing AI performance and ethics auditing
Long-Term Strategic Goals (3-5 Years)
AI Center of Excellence: Build internal expertise in ethical AI development
Industry Leadership: Contribute to sector-specific ethical AI standards
Innovation for Good: Develop AI solutions addressing societal challenges
Global Alignment: Align practices with international ethical AI frameworks
Sustainable AI: Implement environmentally conscious AI infrastructure
Overcoming Implementation Challenges
For Strategy and Governance Gaps:

Leverage industry frameworks developed by NASSCOM, NITI Aayog, and MeitY
Participate in chamber-led knowledge-sharing initiatives
Engage with sector-specific working groups
For Skills Shortages:

Partner with educational institutions for talent development
Utilize government-funded skill development programs
Implement peer learning and mentorship programs within industry associations
For Data Complexity:

Adopt data standardization practices
Invest in modern IT infrastructure and cloud solutions
Collaborate with technology service providers for data management
For Ethical Concerns:

Follow the India AI Governance Guidelines
Implement industry best practices for bias mitigation
Maintain transparent communication with stakeholders
The Path Forward
As India accelerates its AI adoption journey, PHDCCI envisions a future where ethical considerations and governance frameworks are not compliance burdens but strategic advantages. Organisations that prioritise responsible AI will:

Build Consumer Trust: Transparent, ethical AI practices create lasting customer relationships
Gain Competitive Advantage: Early adopters of ethical frameworks will be better positioned for future regulations
Attract Global Partnerships: International collaborators increasingly require ethical AI commitments
Contribute to National Goals: Align with India’s vision of becoming a global leader in responsible AI
Drive Sustainable Innovation: Ethical AI ensures long-term business viability and social benefit
Conclusion
India’s leadership in AI adoption presents an extraordinary opportunity to demonstrate that technological innovation and ethical responsibility can coexist and reinforce each other. With 70% of firms reporting that AI integration met or surpassed ROI estimates, the business case for AI is clear. Now, the imperative is to ensure this growth is sustainable, inclusive, and ethically grounded.

https://www.phdcci.in/blog/ethics-and-governance-in-ai-adoption-for-indian-businesses/