Open Forem: Evelyn Chen

Build Your Own AI Resume Parser Without Code

Evelyn Chen — Thu, 12 Feb 2026 07:08:20 +0000

If you’ve ever worked in recruitment or managed a growing team, you know the "Resume Black Hole." You receive dozens, maybe hundreds, of PDFs, and suddenly your afternoon is gone—spent squinting at different layouts just to find a candidate's name or their years of experience.

What if you could build a tool that "reads" those PDFs for you and instantly turns a messy document into a clean, organized database?

Usually, building something like this would require a team of developers and weeks of work. But today, we’re using Momen.

What is Momen?

Momen is a no-code web app builder that allows you to build fully functional, scalable applications just by dragging, dropping, and connecting logic. Unlike simple website builders, Momen gives you a real database and the ability to integrate powerful AI "agents" directly into your workflow. It’s the perfect playground for turning an "I wish I had a tool that..." idea into a reality in a single afternoon.

Today, we’re going to use Momen to build an AI Resume Parser.

The Goal: Turning Text into Data

This isn't just about saving time; it’s about making your data useful. Once a resume is "parsed" (which is just a fancy word for "broken down into parts"), you can:

Filter Instantly: Search for everyone with more than 5 years of experience without opening a single PDF.
Skill Mapping: Automatically group candidates who know "Python" or "Project Management."
Recruitment Dashboards: Build a live view of your candidate pipeline that updates the moment a file is uploaded.

Other Scenarios: This same logic works for Invoice Processing (extracting totals and dates), Contract Analysis (finding expiration dates), or even Medical Form Digitization.

The Logic: How it Works

Before we dive in, here is the high-level "brain" of the app we are building:

The Upload: A user selects a file. We store it temporarily in a Page Variable (think of this as a digital clipboard).
The Hand-off: A button click triggers an Actionflow (Momen’s automation engine).
The Analysis: The Actionflow hands the file to an AI Agent trained to look for names, skills, and dates.
The Storage: The AI returns the info, and Momen saves it neatly into your Database.

Step-by-Step Tutorial

Ready to build? You can follow the technical details in the or watch the .

Setup Your Database 🗄️

In Momen, create a table called candidate. You’ll need a few specific columns:

Resume: (File type) to keep the original PDF.
Full Name: (Text)
Core Skills: (Text)
Years of Experience: (Number)

Train Your AI Recruiter 🧠

Go to the AI tab and create an agent named agent_resume_parser.

Input: Set this to "File."
Prompt Template: Set up the agent's role, goals and constraints.
The "Structured" Secret: This is the most important part. Instead of the AI just "chatting" with you, we use Structured Output. We define the fields we want (Name, Skills, Experience). This ensures the AI fills out your database like a form.

Build the Workflow (Actionflow) 🔄

Create an Actionflow called AI Resume Parser. It follows three steps:

Save the File: Create the initial record in your database.
Call the AI: Pass that file to your AI Agent for analysis.
Update the Record: Take the "answers" from the AI and update the record with the candidate's actual details.

Design the UI 🖱️

On the canvas, drag and drop a Button. To hold the file before the AI processes it, create a Page Variable called resume. Set the button to first Upload File and then Run Actionflow.

See the Magic in Action

Click Preview, upload a sample resume, and wait a few seconds.

Now, head over to your Database tab. Instead of just seeing a "Resume.pdf" file, you’ll see the candidate’s name, their top skills, and exactly how many years they’ve been in the industry—all filled out automatically.

Ready to try?

🚀 Explore the project here
📖 More detail in Momen doc

Go Beyond: Build Exactly What You Need

The beauty of Momen is that you aren't stuck with a "Resume Parser." Because you own the logic, you can expand this to fit your exact business needs:

Add an "Auto-Reject" feature: Have the AI automatically flag candidates who don't meet a specific skill requirement.
Connect to Email: Use an Actionflow to automatically send a "Thank you" email the moment the AI finishes parsing.
Build a Full Portal: Add a login for your team to rate and comment on the parsed candidates.

With AI and no-code, the only limit is how you decide to connect the dots. What's the next manual task you want to get off your plate?

Stop the Noise: Build An AI-Powered Spam Detector in Minutes

Evelyn Chen — Thu, 12 Feb 2026 07:07:44 +0000

We’ve all seen it: you launch a beautiful blog, a community forum, or a feedback section, and within hours, it’s flooded. Between the "Get Rich Quick" links, repetitive gibberish, and random strings of characters like asdfgavcugsu, user-generated content can quickly turn into a moderation nightmare.

If you’re managing a platform, you don't want to spend your entire day playing "delete-a-mole." You need a gatekeeper—something that reads every submission and decides if it’s worth keeping before it even hits your screen.

Today, we’re going to build an AI Spam Detector. And the best part? We’re doing it without writing a single line of code.

Meet Momen: Your No-Code Command Center

To build this, we’re using Momen. Momen is a powerful no-code platform that goes beyond simple website builders. It allows you to build complex web applications with integrated databases and, most importantly, custom AI Agents.

With Momen, you don't just build a page; you build "logic." You can tell your app exactly how to think and act, making it the perfect tool for automating the boring stuff.

Where Can You Use a Spam Detector?

While we’re focusing on a comment section today, this logic can be applied to almost any digital interaction:

Customer Support: Filter out "test" tickets or junk emails so your team only sees real issues.
Marketplaces: Flag low-quality product descriptions or suspicious seller listings automatically.
Education Platforms: Keep student discussion boards clean and focused by filtering out off-topic chatter.
Contact Forms: Stop bot-generated leads from cluttering your CRM.

How to Build It: The Step-by-Step Guide

If you want to see the technical "under the hood" details, check out the or follow along with the .

Create Your Digital Archive (The Database) 🗄️

First, we need a place to store the comments. In Momen, you’ll create a table called comment. We’ll give it three specific fields:

Content: The original message the user typed.
Is_Spam: A simple "True/False" checkmark.
Reason: A text field where the AI can explain why it flagged something (e.g., "Contains gibberish").

Hire Your "AI Moderator" 🧠

Next, we head to the AI tab. We’re creating an agent called Agent_spam_detector. Instead of just a chatty robot, we give it a specific Role: "Anti-Spam Expert." We tell it exactly what to look for (repetitive text, low quality, or nonsense).

Pro Tip: Use Structured Output. This forces the AI to return a clean "True/False" and a specific reason, rather than a long paragraph. This makes it easy for your app to process the data.

Design the "Actionflow" 🔄

This is the heart of your automation. We create an Actionflow that acts as the middleman.

It takes the user's text.
It sends it to the AI Agent for a "verdict."
It saves both the text and the AI’s verdict (is it spam? why?) into your database.

Build the User Interface 🖱️

Finally, drag a Text Input and a Button onto your Momen canvas. Link the button to your Actionflow. That’s it! Your app is now smart enough to moderate itself.

Put it to the Test

Enter Preview Mode and try to fool your AI. Type something like "Click here for free money!!!" or just smash your keyboard. When you check your database, you’ll see the AI has already labeled it as spam and documented the reason.

Ready to try it yourself?

🚀 Explore how we build in Momen: https://editor.momen.app/tool/9G6nZlvlrrq/WEB?code=S6A5HygGoBLm3
📖 More detail in Momen Doc: https://docs.momen.app/tutorial/how_to_build_an_ai_spam_detector/

Go Beyond: What’s Next?

Once you’ve mastered the spam detector, you can build even more personalized features to fit your specific needs:

Auto-Delete: Set the logic to automatically delete any comment where is_spam is true.
Shadow Banning: Allow spam comments to be saved but make them invisible to other users.
Sentiment Analysis: Beyond just "spam," have the AI tag comments as "Happy," "Angry," or "Urgent" so you can prioritize your responses.

With Momen and AI, you’re not just building an app; you’re building a smarter way to work. What will you automate next?

How to build a Nano Banana Image Generator App using Momen's Nano Banana StyleBank Template

Evelyn Chen — Fri, 06 Feb 2026 09:50:57 +0000

Introduction

The Nano Banana StyleBank template allows users to generate AI images using built-in preset styles, making it easy to produce fast and consistent visual results. It supports both text-to-image and image-to-image workflows and uses a credit-based system, with the first two credits granted for free. Image generation is powered by Nano Banana Pro.

Here’s a walkthrough of the template: video

Basic Project Logic

This template follows a simple flow. Users sign up, receive free credits, and generate images using preset styles. Each image generation consumes credits. When credits run out, users can purchase more, and the system automatically handles payment, credit updates, and image history storage.

Data

This template uses 3 core business tables, along with system default tables that handle AI and payment logic.

Account: The Account table stores user login information such as email, password, and profile image. It also tracks how many credits each user currently has, which determines how many images the user can generate.
Image Generation History: This table stores every image generated by users. It records the refined prompt used for generation and links each image back to the user who created it, allowing users to review their generation history.
Order: The Order table represents each purchase request. It stores the order amount and status and connects the order to the user account and related payment records.

In addition to the core tables, the template relies on system default tables.

Payment-related tables store payment records, recurring payment data, and refund information.
AI-related tables store conversation data, message content, and tool usage records. These system tables work automatically and usually do not require modification.

The database is also used to store preset image styles.

Generation Style: This table stores preset and refined prompts used as image styles. Each record represents one style option that users can select when generating images. By managing this table, you can add new styles or adjust existing ones to control the visual output without changing any logic.

Design

The interface of this template focuses on 3 main pages.

Register page: This page is used for user sign up and sign in. Once a user successfully registers or logs in, an account record is created or retrieved automatically.
Generate page: This is the main image creation page. Users select a preset style, enter a text prompt or upload a reference image, and trigger image generation.
User Center page: This page displays the user’s image generation history and remaining credits. It also allows users to purchase additional credits when needed.

AI

This template uses 1 AI agent for image generation.

The Image Generation Agent takes a text prompt and an optional reference image as input and returns a generated image as output. Preset styles are applied by injecting refined prompts stored in the Generation Style table.

If you want to add more styles or adjust the visual direction, you can update these prompt records directly without changing the AI agent itself.

In the top-right corner of the AI configuration panel, you can select the AI model for this agent. In this template, Gemini 3 Pro Image (Nano Banana Pro) is used for image generation.

Actionflow

Actionflows handle all automated logic in this template, including credit management, image generation, and order creation.

Auto grant free credit: After a user signs up or logs in, the system automatically grants two free credits to the user account, allowing new users to try the product immediately.

Image generation flow: When a user submits a prompt, the system first checks whether the user has enough credits. If at least one credit is available, one credit is deducted, the AI image generation agent is called, the generated image and refined prompt are saved to the Image Generation History table, and the result is displayed to the user.

Create order: When a user chooses to buy credits, the system securely creates an order record with a fixed price. This ensures the payment amount cannot be modified on the client side and keeps the payment process safe and consistent.

How to Build an AI Smart Tagger Without Coding

Evelyn Chen — Fri, 06 Feb 2026 09:50:34 +0000

Have you ever uploaded a blog post or a product description and sat there scratching your head, trying to come up with the "perfect tags" for SEO?

Manual tagging is tedious. You read, you think, you type... then you realize you forgot a key term. Now, imagine a system where you simply paste your text, and an AI Agent instantly extracts the 3-5 most relevant keywords and saves them neatly into your database.

In this guide, we’re leveling up our no-code skills using Momen to build a Smart Tagger.

Beyond Blogging: Where Else Can This Work?

This logic isn't just for articles; it's a game-changer for any data-heavy business:

Legal & Finance: Paste a contract or report; let the AI extract "Key Parties," "Due Dates," or "Contract Type."
E-commerce: Feed in a product description; the AI automatically generates "Style," "Material," and "Occasion" tags.
Education: Teachers can paste lesson plans to automatically generate "Subject Area" and "Skill Level" tags for easy searching.
Project Management: Paste a meeting transcript; have the AI tag it with the "Department" or "Project Name" mentioned.

Step-by-Step: Turning Text into Data

To follow along with the technical details, check out the Official Documentation and the Step-by-Step Video Tutorial.

Step 1: The "Parent & Child" Setup (Data Model)

In the world of data, one article can have many tags. This is called a One-to-Many Relationship.

Table Name

Field Name

Type

Note

article

title

Text

The headline of the article.

content

Text

The main body of the article.

tag

name

Text

The keyword extracted by AI.

Create a table for Articles (Title and Content).
Create a table for Tags (Name).
The Connection: Link them so that every tag "knows" which article it belongs to.

Step 2: Training the Analyst (AI Agent)

We create an AI Agent named agent_smart_tagging.

We tell it: "You are a professional Content Assistant. Your goal is to extract 3-5 core keywords. Ignore the fluff."

Set the output to Structured and tell the AI to return an Array (a list) of strings. This allows our app to handle each tag individually.

Step 3: The "Magic Loop" (Actionflow)

This is where the magic happens. Since the AI is giving us a list of tags, we need a workflow that handles them one by one.

AI Node: Analyzes the title and content.
Save Article: Saves the main text first.
The Loop: This node looks at the AI's list. For each tag the AI found, it runs an "Insert" command into the Tag table.
Pro Tip: This ensures that whether the AI finds 3 tags or 5, your database handles it perfectly every time!

Step 4: The One-Click UI

Drag two text inputs onto your page (one for the title, one for the body) and add a "Get Started" button. Bind the button to your Actionflow. Now, when you click, the app talks to the AI, saves the article, and loops through the tags—all in a split second.

Put it to the Test!

Open your Preview Mode and paste a news article.

Hit "Get Started."

When you peek into your database, you’ll see your article in one table and the AI-generated tags in the other, perfectly linked and ready for your website!

Ready to build? You can play with the finished project template here: Project Access Link.

With tools like Momen, if you can imagine the logic, you can build the solution.

A Step-by-Step Guide to Automating Feedback with AI in Momen

Evelyn Chen — Fri, 06 Feb 2026 09:50:14 +0000

In today’s fast-paced digital world, we are drowning in information. Whether it’s customer reviews, support tickets, or social media comments, manually reading and sorting through every piece of text is a recipe for burnout.

What if you could build a "brain" that reads your data for you and organizes it instantly?

With no-code platforms like Momen, you don't need to be a software engineer to build sophisticated AI tools. In this tutorial, we will show you how to build an AI Content Classifier that automatically reads user feedback, determines the category, senses the urgency, and detects the sentiment—all in seconds.

What Can You Build With This?

While our example focuses on customer feedback, the logic we’re building today can be expanded to many other scenarios:

HR Departments: Automatically sort job applications by department and experience level.
E-commerce: Flag negative product reviews that require immediate follow-up.
Real Estate: Categorize incoming leads based on budget and preferred location.
Content Creators: Sort YouTube or blog comments into "Questions," "Praise," or "Spam."

Let's Get Started: A Step-by-Step Tutorial

Before we dive in, you can follow along with the Official Documentation and the Step-by-Step Video Tutorial.

Step 1: Preparing the "Digital Filing Cabinet" (Data Model)

First, we need a place to store the information. In Momen, we create a table (we’ll call it ticket). This table needs four columns:

Field Name

Type

Note

description

Text

Original feedback provided by the user.

Step 2: Training Your AI Agent

This is the "brain" of your app. Go to the AI tab in Momen and create an agent named Agent_feedback.

Structured Output: This is the secret sauce. Instead of the AI just "chatting" with you, we tell it to fill out a specific form (JSON). We define the fields for category, urgency, and sentiment. This ensures the AI always gives us clean data that fits perfectly into our table.

Step 3: Creating the Workflow (Actionflow)

Now we connect the dots using an Actionflow. This is like a flowchart that tells the app: "When the user clicks the button, do X, then Y."

Trigger: It starts when the user types something.
AI Node: It sends that text to our AI Agent.
Database Node: It takes the AI’s "answers" and saves them directly into our ticket table.

Step 4: Building the User Interface

You don't need a degree in design. On your page, simply drag and drop:

A Text Input box (for users to type their feedback).
A Button (to submit).
The Connection: Set the button to "Run Actionflow" and point it to the workflow we created in Step 3.

Testing Your Creation

Now for the fun part! Switch to Preview mode. Type something like: "I've been trying to log in for an hour and it keeps giving me an error!"

Click the button, then check your database. You should see a new entry:

Category: Technical Support
Urgency: High
Sentiment: False (Negative)

Ready to Try It Yourself?

You can explore the exact project we built here: Project Access Link.

Building with AI no longer requires years of coding knowledge.

With tools like Momen, if you can imagine the logic, you can build the solution.

The Non-Technical Hackathon Stack: How to Ship a Real App with Lovable and Momen

Evelyn Chen — Tue, 27 Jan 2026 02:50:39 +0000

Introduction: The “Hollow Demo” Problem

Have you ever watched a hackathon demo that looked impressive—until someone clicked “Next” or “Refresh,” and everything stopped working?

This happens more often than people admit.

Today, AI tools make it very easy to design a beautiful interface. In a few minutes, you can create pages, buttons, and forms that look like a real product. The app feels finished.

But then a judge tries to sign up. Or save data. Or run an AI feature.

Nothing works.

This is the most common problem for non-technical teams in hackathons:

The app looks real, but it doesn’t actually do anything.

The reason is simple.

Building the look of an app is fast.
Building the logic of an app—where data is saved, rules run, and AI actually works—is still hard for non-coders.

That’s why many “vibe coded” projects become hollow demos.

In this guide, we’ll introduce a practical non-technical hackathon stack:

Lovable for the frontend (what users see)

Momen for the backend (how the app really works)

This combination helps you go beyond a demo and ship a working, data-persistent application in a weekend.

Chapter 1: What You Actually Need to Build in a Hackathon

In 2026, joining a hackathon without coding skills is no longer unusual. It’s normal.

You don’t need a full engineering team.

You need the right two building blocks.

No matter what your idea is—AI tool, community app, marketplace, or internal system—every working hackathon project has the same structure.

1. Frontend: The “Vibe” Layer

This is everything the user can see and touch:

Pages and layout
Buttons and forms
Login screens and dashboards

This is where tools like Lovable are very strong.

You describe what you want in plain language, and it generates a clean, modern interface. This is why Lovable is popular in vibe coding hackathons: it helps you create apps very quickly.

2. Backend: The “Brain” Layer

This is the part most non-technical teams underestimate.

The backend handles:

Saving users to a database
Handling login and permissions
Running workflows like “if user pays, unlock feature”
Powering AI with your own data

Without this layer, your project is not an app.

It’s a slideshow.

This is also where judges start to separate demos from real products.

Chapter 2: Why Lovable + Momen Is a Good Stack for Non-Coders

Many teams try to use one tool to do everything.

That usually leads to two problems:

The UI is fast, but the logic is fragile
Or the backend is powerful, but hard to control without code

Lovable and Momen work well together because each focuses on one clear role.

The Lovable Edge: Fast AI App Generation

Lovable is an AI-powered app builder.

You describe what you want, such as:

“A clean dashboard with user profiles and a chat page.”

Lovable generates the app for you, especially the frontend, very quickly.

For non-technical founders, this matters because:

You don’t need design skills
You can generate a working app very quickly
You can reach a presentable demo on day one

This gives you the “wow” factor in a hackathon.

However, there is an important trade-off to understand.

What it actually gives you is code.

Lovable’s backend is generated as code too. When you want to change behavior, you usually need to talk to the AI again and ask it to rewrite or update that code.

For non-coders, this means:

You cannot clearly see the logic step by step
You don’t know exactly what is happening behind the scenes
Debugging often feels like re-prompting and hoping it works

The app runs, but the backend is not very visual or transparent.

That’s where Momen comes in.

The Momen Advantage: A Visual Backend You Can Control

Momen is a full-stack no-code platform, but in this stack, you mainly use it as a backend service.

In simple terms, Momen handles everything behind the scenes:

Where your data is stored
How users are authenticated
How logic workflows run
How AI agents work

The key difference for non-technical users is this:

In Momen, almost everything is configured visually.

Workflows look like a flowchart, so you can see how each step runs from start to finish.
AI agents let you visually set input, context, output, and tools, so you know exactly how the agent makes decisions and triggers actions.
The database looks like an Excel-style relational table, so you understand how data is connected.

Because everything is visible, building, customizing, and debugging your product is much clearer and more controllable for non-coders.

With this foundation in place, the roles become clear:

Lovable creates the frontend users love.
Momen runs the backend your app depends on.

Chapter 3: A Simple Step-by-Step Workflow for Hackathons

This workflow is designed for non-technical teams working under time pressure.

The goal is not to build everything.

The goal is to build one working path from UI to database.

Phase 1: Clarify What You Are Building (Before Any Design)

Before you design anything, the first step is to clarify your product idea.

Before you worry about "features," you must define the core problem. Start with these three questions to anchor your project:

Who is the user? (Identify your audience).
What is the one main action they take? (Identify the "Superpower" your app gives them).
What data must be saved? (Identify the memory of your app).

Example User Story:

“As a freelance designer (Who), I want to upload a sketch (Action) so that the AI can render it into a 3D model (Value), and I need to save it to my portfolio (Data).”

Now that you know who you are building for, you use a tool like a Requirement Analyzer (Actually built on Momen) to turn that human need into a technical blueprint. This helps you map out:

What the product should do: The high-level goals.
What core features are needed: The specific buttons and tools (e.g., "Upload button," "Processing bar").
How the system should be structured: The "plumbing"—how the frontend talks to the database and AI.

And now, you can start building.

Phase 2: Build the Backend in Momen

Before designing the UI, build the core logic first.

In Momen, this usually means setting up four foundations:

Design the data model (your app’s memory). Use the AI Data Copilot to create your main tables. A clear data model is the foundation of everything that follows.
Build the core logic. Use Action Flows (Momen’s visual workflow editor) to define how your app behaves step by step.
Set up AI agents. Configure what each agent receives as input, what tools it can use, and what output it should return.
Configure system basics. Add login, permissions, and payments if your product needs them.

At this stage, you are not chasing a perfect product.

You are making sure one complete path works:

User action → backend logic → database → result.

If this path runs, your backend foundation is ready.

You can follow a detailed step-by-step guide here: how to use Momen during a hackathon.

Phase 3: Connect Lovable to Your Momen Backend

After the backend is setup, you can connect Momen and vibe ur frontend design with Lovable. a detail guide:https://github.com/privateJiangyaokai/momen-lovable-integration

Step 1: Start with an Empty Lovable Project

When Lovable asks what to build, type:

DO NOTHING

This gives you a clean project with no assumptions.

Step 2: Teach Lovable About Your Backend

In the Knowledge tab:

Paste the Momen integration knowledge file
This teaches Lovable how Momen’s API and authentication work

This prevents random guesses later.

Step 3: Import Your Real Schema

From Momen:

Download the simplified schema
Paste it into Lovable with:

“Here is the schema for my Momen backend. Please analyze it.”

Now Lovable knows your real tables and fields.

Step 4: Build with Clear Prompts

For example:

Build a task app connected to my Momen backend.

Use email login.

Users can create projects and tasks.

From here, Lovable generates the UI and connects it to your real backend.

Chapter 4: Debugging Like a Builder, Not a Demo Maker

In hackathons, most failures happen during debugging.

Here are a few practical tips.

In Lovable

Use “Try to Fix” for small UI errors
Revert quickly if a change breaks the app
Check the console for clear error messages

Be specific in your prompts:

Bad: “It’s broken.”
Good: “Login works, but createTask returns 403.”

In Momen

After changing backend logic, always click Sync Backend
Use Logs to see where a workflow failed
Use Mirror Preview to test permissions, payments, and AI end-to-end

This is how you turn a fragile demo into a stable app.

Don’t Just Demo. Ship Something That Works.

Hackathons reward clarity, speed, and working demos more than big ideas.

Judges don’t ask how ambitious your roadmap is.

They ask one simple question:

Does it actually run?

That’s why the best teams do three things well:

Limit the scope. Build one clear use case, not ten half-finished features.
Finish the full loop. From UI → logic → database → result.
Test the real path. Login, save data, run one workflow, end to end.

When you work this way, you move beyond the surface.

You’re not just showing screens.

You’re showing a real solution to a real problem.

With the Lovable + Momen stack, many non-technical teams can go from idea to a working app in days, not months.

If you’re planning to join a hackathon without coding skills, this kind of stack is a practical place to start.

Explore Momen now for more possibility at momen.app

If you’re a student or teacher, you can also apply for Momen’s Education Program to get more benefits and support while building.

A Non-Technical's Guide to Building with Momen in Hackathons

Evelyn Chen — Tue, 27 Jan 2026 02:40:47 +0000

https://www.youtube.com/watch?v=yMgNj36QHJg

Participating in a hackathon as a non-technical beginner can feel like being invited to a high-speed race without a car. You have the vision, but the "building" part feels like an insurmountable wall of code.

The truth is, you don’t need to be a coder to win. With full-stack no-code platforms like Momen, building a functional AI application is no longer about writing lines of code—it's about defining logic and user experience.

This guide will show you how to turn that vision into a working reality with Momen.

What You’re Building Today: The AI Image Transformer

To see this in action, imagine you are building a Magic Art Studio. In this app:

A user uploads a regular photo (like a selfie or a pet).
They choose a "vibe" (like Porcelain Statue, 3D Clay, or Bioluminescent).
The AI processes it and delivers a high-quality artistic transformation.
The app "remembers" every creation so the user can see their gallery later.

This guide will show you how to turn that vision into a working reality using "vibe coding"—a process where you provide the vision, and AI handles the technical "syntax."

Phase 1: Refining Your Vision (The Blueprint)

The biggest mistake beginners make is jumping straight into design before "distilling" the idea. If you don't define what the app actually does before you start building, you’ll likely get lost in the middle of the process.

Step 1: Distilling the Requirements

Before you touch the editor, you need a structured plan. To make this easy, you can use the Requirement Analyzer (a tool actually built on Momen). You simply type in your rough idea, and it turns your prompt into a professional project outline.

Step 2: Define Your "User Stories"

A User Story is a simple way to describe a feature from the user's perspective. It helps you stay focused on what is actually necessary.

Example: "As a user, I want to upload an image so that the AI can transform it into a 3D clay model style."

Step 3: Map Your Pages

For your first build or a hackathon project, keep it lean. You usually only need two screens:

The Workspace: Where the user uploads their photo and selects a style.
The Gallery: Where the user can view their past results.

Why it matters: Clarifying your vision prevents "scope creep"—the common trap of adding "just one more feature" until you run out of time and never actually launch.

Phase 2: Building the "Brain" (The Database)

Once you know what the app does, it needs a place to store information. In software, the database is the core. It’s where your app "remembers" user profiles, selected styles, and image history.

Plain English: Think of a Table like a tab in an Excel spreadsheet. One tab stores user emails, another stores the images they’ve created, and another stores the "prompts" the AI uses.

How to configure in the Momen Editor:

Open the AI Copilot: Look for the chat icon in the bottom-left of the Momen editor.
The Prompt: Paste your user stories into the chat.

-   _Example:_  "Build a database that supports users uploading photos, selecting styles, and saving their history."

Apply the Schema: The AI will generate a Schema (a blueprint). Click "Apply" to automatically create tables like User, Styles, and History.

Resources:

Video: Understanding data models

Video: Building the data model (manually)

Phase 3: Setting Up AI Agents

Now that your app has a "memory" (the database), it needs a "worker." An AI Agent is the part of your app that performs specific tasks, like generating text or transforming images.

Beginner Tip: Don't worry about the math or algorithms. Think of the agent as a specialized employee who takes an input (your photo) and delivers a result (the art).

How to configure in the Editor:

Create Agent: Go to the AI section in the sidebar and click "New Agent".
Select Model: Choose your "Engine." For high-quality image work, select Gemini Pro Image Preview.
Define Inputs: Click "Add Input" and create two: input_image (Type: Image) and style_prompt (Type: Text).
Test It: Use the "Debug" button. Upload a photo, type "Porcelain statue," and see if the AI delivers.

Resources:

Docs: AI agent overview

Video: Integrating AI into your app

Phase 4: Automating with Action Flows

You have a database and an AI worker, but they need to be connected. This is done through Action Flows. An Action Flow is a multi-step recipe that runs on the backend (the server). This ensures the process won't break if a user closes their browser while the AI is still "thinking."

How to configure the "Edit" Flow:

Create Flow: In the Action tab, name a new flow TransformImage.
Step 1 (Get Account): Add a node for "Get Account Info" so the app knows who is logged in.
Step 2 (Fetch Style): Add a node to grab the specific style the user selected from the database.
Step 3 (Call AI): Add a node for your AI Agent. Link the inputs to the image and style from the previous steps.
Step 4 (Save Result): Add a node to "Create Record" in your History table. This saves the AI's output back to the database automatically.

Resources:

Docs: Actionflow

Video: Set up Actionflow (from 14:30)

Phase 5: Creating and Binding the UI

The UI (User Interface) is the "face" of your app—the buttons and screens people see. "Binding" is simply connecting your visual buttons to the logic you built in Phase 4.

How to configure:

The Components: Drag an Image Picker (for uploads) and a Select/Dropdown (to pull styles from your database) onto your canvas.
The Button: Add a button labeled "Generate Magic."
The Connection: Select the button, go to the Events tab (lightning bolt icon), and set "On Click" to trigger your TransformImage Action Flow.
The Mirror Tool: Use the Mirror icon in the top right to test in real-time. If you change a button's color in the editor, it updates instantly on your phone!

Phase 6: Pro Level—Vibe Coding

Here we used Google AI Studio

If you want to win "Best Design" but lack professional design skills, you can download your Momen Project Schema. Give this file to an external AI (like Cursor or Lovable). Because the AI now understands your Momen backend, it can write custom front-end code that plugs perfectly into your app.

Tutorial:

Building frontend with Cursor: https://github.com/momen-tech-org/momen-cursor-rules

Building frontend with Lovable: https://github.com/momen-tech-org/momen-lovable-integration

Master the Build: Your Journey Starts Here

Building a product in 48 hours isn't about being a coding genius; it's about being a resourceful architect. By using Momen, you've bypassed the weeks of frustration usually required to set up servers and infrastructure.

What you’ve achieved:

Refined a raw idea into structured User Stories.
Built a Database and AI Agents using natural language.
Automated complex logic with Action Flows.

Ready to show off your work?

Now that you've got the basics down, the sky is the limit. Head over to Momen.app to start your project. If you are a student or a teacher, you can unlock more possibilities at Momen Education.

What is a Hackathon in 2026? And why You Should Join One even if You’ve Never Written a Line of Code

Evelyn Chen — Tue, 27 Jan 2026 02:37:46 +0000

You may think a hackathon is just for programmers who code all the time. In 2026, you can join even if you have never coded before. AI and vibe coding let you make apps by just talking about your ideas. You can help projects with your creativity, ideas, and skills. Hackathons are now places where your thoughts help create new things.

Key Takeaways

Hackathons in 2026 are open to everyone. You do not need to know how to code. You can help by sharing your ideas and being creative.
Vibe coding lets you make apps by talking about your ideas. AI tools do the hard tech work for you.
Joining hackathons helps you work with others and be creative. You can also meet new people from different backgrounds.
At a hackathon, you can try many jobs. You might be a designer or a project manager. These roles help your team do well.
Get ready for your first hackathon by practicing your ideas. Learn how to use no-code tools. Remember to work well with your team.

Hackathon Redefined for 2026

Image Source: pexels

What is a Hackathon Today

You might ask what hackathons are like now. Hackathons are not only for coders. Teams from many places work together to solve problems. Companies, schools, and nonprofits set up these events. They want new ideas and working models fast. You can join as a student or entrepreneur. You do not need coding skills. Teamwork and creativity matter most.

Here is a table that shows the different types of hackathons you might see:

Type of Hackathon	Description
Internal Hackathons	Events for employees to inspire creativity and collaboration.
External Hackathons	Open to everyone, designed to recruit talent and generate new ideas.
Online Hackathons	Run on digital platforms, welcoming global teams and remote participants.
Demographic-Focused Hackathons	Created for specific groups, such as students or women, to empower diverse talent.
Industry-Specific Hackathons	Focused on fields like healthcare or finance, bringing experts together.
Application-Specific Hackathons	Centered on building apps or APIs, attracting specialized creators.
Language-Specific Hackathons	Targeted at certain programming languages, drawing experienced coders.

Hackathons can be global and hybrid. Teams join from many countries. The iSAFE Hackathon 2026, for example, aim to build trustworthy generative AI that defends truth, protects citizens, and promotes online peace. It helps make the internet safer. You can help with online safety. You do not need to write code.

The Rise of Vibe Coding

Vibe coding changed how people build things. You do not need to know programming. You use AI tools and talk about your idea. The AI makes your idea work. You focus on how your app looks and feels. The AI does the hard parts.

Tip: If you can explain your idea, you can build it. Vibe coding lets you skip the hard syntax and focus on your vision.

Many winners use vibe coding now. One team made an app for AI-powered rights attribution. They did not write any code. Another person used AI to export Google Calendar entries. They gave simple instructions and solved problems. You see apps for running races and travel. People build these by describing what they want.

Edward Ginis works in music technology. He says vibe coding helps anyone create. Your ideas and skills matter most. AI tools make it easier to build things.

Why Hackathons Matter Now

Hackathons are important in 2026. You join to create and compete. You learn new things and meet people. You work on real problems like health or climate change. You help make digital spaces safer.

Here are some reasons why hackathons are important today:

Foster innovation and rapid prototyping.
Encourage collaborative learning among diverse teams.
Offer networking opportunities with industry leaders.
Help you develop both technical and non-technical skills.
Focus on solving real challenges for social impact.
Give you access to new technologies and AI tools.
Promote diversity and inclusion by welcoming everyone.

Hackathons break down walls. You work with people from many places. You share ideas and build together. You feel part of a group. You see your ideas become real, even if you never coded before.

Why You Belong There even if You Don't Know How to Code

Image Source: pexels

Roles for Non-Coders

You do not need to write code to join a hackathon. Teams need many skills to succeed. You can help as a designer, project manager, researcher, or storyteller. Each role brings something special to the team.

Skill	Contribution to Project Success
Design	Turns ideas into real products and makes them easy to use and nice to look at.
Project Management	Keeps everyone on track, sets goals, and helps finish tasks on time.
Research	Finds important facts and data so the team solves real problems.
Pitching	Shares the project story and gets people excited about the idea.

You can also help with testing, marketing, or even leading the team. Many teams win because non-coders bring fresh ideas and clear vision.

"We have people from all over the country... There’s a focus on making the event as open as possible to new coders, including students that don’t study computer science. A lot of people here are beginners who haven’t been to a hackathon before so we try to encourage [finishing a product] by having a beginner track and having mentors… Speakers do workshops to help people gain the skills necessary," Rao said.

Benefits of Attending a Hackathon

You gain many benefits when you join a hackathon, even if you do not code. You learn by doing and meet people from different backgrounds. You get to work in a creative space and try new things.

Benefit Description
Encourages cross-team collaboration, leading to innovative ideas.
Facilitates hands-on learning, enhancing skills in a dynamic environment.
Promotes an inclusive and experimental atmosphere focused on creativity and teamwork.
Fosters faster learning and deeper collaboration among participants.

You also build confidence and make new friends. Many non-coders say they feel proud after helping their team finish a project.

You can join brainstorming sessions.
You can network and make valuable connections.
You can help with pitching and presenting.
You can even serve as a judge or volunteer to learn how hackathons work.

Typical Hackathon Flow

A hackathon has a simple flow. You start by learning the rules and the main challenge. You join a team and share ideas. You help plan and build the project. You get support from mentors and use tools like AI to make things easier. At the end, you show your work to judges and other teams.

Here is what usually happens:

Define the purpose and theme.
Choose the format and gather a diverse group.
Build a schedule with time for ideas, building, mentoring, and pitching.
Get resources and support ready.
Share your project with others.

You can focus on your strengths, design user-friendly screens, or tell a great story during the pitch. You do not need to write code to make a big impact.

The Secret Weapon for Success

In the past, the first twelve hours of a hackathon were usually wasted on the "boring stuff"—installing libraries, configuring environments, and fixing broken dependencies. In 2026, that "startup tax" has vanished.

The secret weapon for the modern non-coder is a suite of AI tools that handle everything from the first "What if?" to the final "Click here." While Vibe Coding lets you build the app, other AI partners ensure that what you’re building is actually beautiful, functional, and wanted by users.

The AI Power-User’s Toolkit

To win, you need to know which tool to use for each phase of the project:

For Research & Validation: Don't guess; validate. Use Perplexity AI Pro or Miro Assist to scrape forums, synthesize user pain points, and cluster qualitative data instantly. Tools like LeanSpark can even act as an "AI Co-founder" to run systematic validation sprints before you write a single line of code.
For Design & UI/UX: Stop wrestling with CSS. Use v0.dev or Uizard Autodesigner for Generative UI. If you describe the "vibe"—say, "A minimalist dark-mode dashboard for tracking carbon offsets"—the AI builds the interface instantly. For high-fidelity assets, Adobe Firefly 3 and Nano Banana let you generate brand-consistent images and edits in seconds.
For Logic & Functionality (Vibe Coding): Tools like Cursor or Replit Agent act as your AI pair programmers. You don't write syntax; you write instructions. Want a button that pulls live weather data? Just type: "Add a toggle that fetches local UV indexes and shifts the background color based on the risk level."
For Quality & Testing: Use TestSprite or Applitools to autonomously test your app. These "AI testers" hunt for bugs and visual glitches so your demo doesn't crash in front of the judges.

By shifting your focus from syntax to architecture, design, and intent, you win by having the best "Product Sense," not the fastest typing speed.

Building with Momen

While "Vibe Coding" is great for quick features, a winning hackathon project needs a backbone. That’s where Momen comes in.

Momen is a full-stack, visual app builder that handles the "scary" stuff—like Backend-as-a-Service (BaaS)—without you needing to understand complex database sharding or API authentication. Think of it as your safety net: if the AI chat isn't giving you exactly what you want, you can just step in and build it yourself visually.

Your 48-Hour Strategy with Momen

Instant Data Architecture: Instead of sketching tables on a napkin, tell Momen’s AI: "I’m building a peer-to-peer tool rental app." It will automatically generate your database tables for Users, Listings, and Transactions.
Visual Logic Flows: Use the Visual Action Editor to connect the dots. Want a user to get an SMS when their rental is approved? Just drag a "Send Notification" block and snap it onto the "Payment Success" trigger.
Plug-and-Play AI: Momen lets you "plug in" heavy hitters like GPT-5.2 or Gemini 3-pro or nano banana directly. You can build a custom AI agent for your project with visual configuration and drag an AI Node into your workflow make it agentic.

The Winning Edge: Production-Ready Apps

The real pro-tip? Combine your tools. Use Cursor or Lovable to generate sleek components, then host the logic and data on Momen.

By the time the final buzzer sounds, you won't just be showing the judges a clickable prototype or a "Figma slide." You’ll be handing them a working, production-ready app with real accounts and real data. That is how you stand out from the crowd.

How to Join Your First Hackathon

If you’ve spent your life thinking hackathons were just for people who live in dark rooms drinking energy drinks and typing green text, 2026 is here to prove you wrong. Finding your place in the hackathon circuit is easier than ever, but you need a game plan.

Finding the Right Event

Not all hackathons are built the same. As a beginner, you want to look for events that value innovation over infrastructure.

Where to look: General platforms like Devfolio, Unstop, and Hackathons.top are great starting points. If you want a more specialized vibe, check Devpost or DoraHacks.
For Students: If you’re currently in school, HackAmerica and Next Byte Hacks are gold mines for beginner-friendly, online events.
Pro Tip: Look for "Beginner Tracks." These events usually offer dedicated workshops and technical mentors to help you bridge the gap between an idea and a working product.

Preparing Without Writing Code

You don't need to learn Python overnight to be the MVP of your team. In fact, a team of four "pure coders" often loses to a balanced team that includes a researcher, a designer, and a visionary.

To prepare, focus on your Product Sense. Practice brainstorming a "Minimum Viable Product" (MVP)—the simplest version of an idea that still solves a problem. Study past winning projects to see how they told their story.

If you’re worried about the actual "building" part, don't be. Platforms like Momen allow you to build real, high-performance apps by describing your vision. If you’re a student, check out the Momen Education Program; it gives you the professional-grade tools you need to build a winning project for your next school event. For a deeper dive into the logistics, check out this comprehensive hackathon survival guide to ensure you’re ready for the 48-hour sprint.

Making the Most of the Experience

A hackathon is a marathon, not a sprint. Success isn't just about the trophy; it’s about the connections and the "aha!" moments.

Form Your Team Early: Don't wait until the opening ceremony. Use Discord or Slack to find people whose skills complement yours (e.g., if you're a designer, find a data person).
Define Roles: Who is the "Product Owner"? Who is handling the "Vibe Coding"? Clear roles prevent mid-event burnout.
Use a Step-by-Step Framework: Don't wing it. Follow a structured approach, like this step-by-step guide on using Momen during a hackathon, to move from database setup to the final pitch without getting stuck.
The Pitch is Everything: Spend at least 4 hours on your presentation. A great app with a bad pitch will lose every time.

Tip: Start your journey on Momen.app. You belong in this new world of building. Your ideas can shape the future—the code is now just a detail.

FAQ

What is a hackathon in 2026?

A hackathon in 2026 is a creative event where you solve problems with a team. You do not need to code. You use AI and no-code tools to turn your ideas into real projects.

Can I join a hackathon if I cannot code?

Yes! You can join as a designer, storyteller, or project leader. Many teams need your vision and creativity. AI tools help you build without writing code.

What is vibe coding?

Vibe coding means you describe your idea in plain language. AI turns your vision into a working app. You focus on the look, feel, and purpose. The AI handles the technical parts.

How do I prepare for my first hackathon?

Tip: Practice sharing your ideas. Learn basic no-code tools like Momen. Join workshops or watch tutorials. Bring your curiosity and teamwork skills.

What can I build at a hackathon without coding?

You can build apps, websites, or AI tools. You can create solutions for health, art, or education. Your team can launch real products using no-code platforms.

Build with Nano Banana Pro -2K / 4K on Momen

Evelyn Chen — Fri, 23 Jan 2026 02:53:13 +0000

New Projects Get Millions of Free Tokens — Limited Time Offer

Momen now supports Google’s top-tier image generation model, Nano Banana Pro-2K / 4K (Gemini 3 Pro).

🎁 Every new project receives 100,000 AI Points.

Equivalent to approximately 6 million Nano Banana Pro input tokens

Switch models with one click and start generating high-quality images instantly — no extra setup required.

How to Use It in Momen

Open Momen and go to the AI Agent Builder
![](https://statics.mylandingpages.co/static/aaai2zwevf3xuzqz/image/e8e229b384cd46a8ad914b52291396bd.png)
Create a new AI agent or open an existing one
![](https://statics.mylandingpages.co/static/aaai2zwevf3xuzqz/image/cd7307792a0248a680b41f338293b207.png)
In the Agent Editor, select Gemini-3-pro-image-preview-2K or 4K from the model menu in the upper-right corner

The model is pre-integrated in Momen — no configuration needed.
It will automatically consume your Momen AI Points.
![](https://statics.mylandingpages.co/static/aaai2zwevf3xuzqz/image/78958076e9a840fcbb6602ff0015dbb8.png)
Each new project receives 100,000 AI Points.

For Nano Banana Pro-2K / 4K, this is approximately:
1. 6 million input tokens, or
2. 100,000 output tokens
Check the calculator in the dashboard for exact usage.
![](https://statics.mylandingpages.co/static/aaai2zwevf3xuzqz/image/21c75253647c417bbddfff79275bb6e3.png)

🚀 Build and Monetize Image Generation Apps Faster

Momen is a full-stack platform with built-in Stripe integration.

You can build, deploy, and launch your app directly on Momen.

Use Momen to quickly build, launch, and monetize your own image generation web AI apps — all in one place.

🔌 Bring Your Own Model (BYOM)

You can also connect your own cloud-hosted AI models to Momen and use them directly in your applications.

Just enter your cloud provider’s API endpoint to embed your model into your AI workflow.

This lets you use your own API keys for greater flexibility and better cost control.

For example, you can integrate high-performance models via BYOM through OpenRouter, including popular models such as Grok and Claude.

![](https://statics.mylandingpages.co/static/aaai2zwevf3xuzqz/image/a62de79ac0be4c2eb489dae441d49f80.png)

What Can You Build with Momen AI Builder?

1️⃣ No-Code Access to Multimodal Models

No complex integrations required.

Momen comes with built-in access to mainstream models such as Nano Banana Pro, GPT-5.2, and Gemini 3.

New users receive 100,000 AI Points for testing and production.

2️⃣ RAG-Based Multi-Turn Conversational Agents

Flexibly configure conversation depth in the Agent Editor and seamlessly connect your knowledge base with model reasoning.

For example:

Use conversation history to better understand user intent
Dynamically adjust retrieval strategies based on user questions

Deliver more efficient and accurate interactions.

3️⃣ Backend API Integrations

Unlimited extensibility.

Connect to third-party services such as weather, maps, and payments to expand your agent’s capabilities and support more use cases.

4️⃣ AI-Orchestrated Decision Flows

For example:

Use OpenAI GPT-5.2 to structure outputs from DeepSeek
Use Gemini’s multimodal capabilities to parse videos and PDFs, then send them to GPT for reasoning

Improve response quality while optimizing overall cost.

See more Momen builds here: https://www.youtube.com/@Momen_HQ

Explore Momen now: https://momen.app/

Momen at NUS: Startup Ideas, Hackers, and Student Builders

Evelyn Chen — Wed, 21 Jan 2026 08:25:17 +0000

Introduction

The National University of Singapore (NUS) has long been known for its strong student-led builder culture. Across campus, students from business, engineering, and design backgrounds are constantly exploring how to turn ideas into real products—through startups, hackathons, and self-initiated projects. What connects many of them is not a single discipline, but a shared desire to build something tangible.

In January 2026, the Momen team visited NUS to work directly with this community of student builders. Over the course of the visit, Momen collaborated with different student groups in two formats: a hands-on startup workshop co-hosted with StartIT, and participation as a tool partner at Hack&Roll 2026, Singapore's largest student-run hackathon organized by NUS students.

StartIT Workshop — Working with Students on Early-Stage Startup Ideas

The workshop was co-hosted with StartIT – NUS Computing Technopreneurship Society, a student organization that serves as a central platform for students interested in IT and technopreneurship. StartIT brings together students who want to explore the intersection of technology and entrepreneurship, guided by its vision: Today's Thinkers, Tomorrow's Technopreneurs.

The StartIT workshop was framed around a simple question many students raised early on: "We can prototype fast with AI tools—but how do we turn this into something real?"

Instead of walking through slides, the workshop moved quickly into building. Students worked through a live example together: an AI-powered image generation app designed as a small, monetizable product rather than a throwaway demo. As the app took shape, the discussion naturally shifted from "how do we generate this?" to "how does this actually work as a product?"

Using Momen, the group explored the app piece by piece:

AI: image generation powered by Momen’s built-in Gemini 2.5 and 3 flash model, with different output quality for free and pro users
Database: storing generated images so users can view their history inside the app
Actionflows:
- separate workflows for free and paid users
- an additional flow triggered after payment to issue credits
Stripe payment: a simple paywall and membership setup, connected to Stripe via Momen’s system payment flow

To support continued experimentation, every participant received $100 in Momen credits, unlocking the Pro plan in the session. The workshop wasn't positioned as a one-off build, but as a starting point—something students could take, remix, and evolve into their own projects.

Hack&Roll 2026 — Supporting Student Hackers as a Tool Partner

Hack&Roll 2026 is one of the largest student-run hackathons in Singapore, organized entirely by NUS students. In 2026, the event brought together over 800 participants and 150+ judges, filling the venue with fast-moving teams, half-finished ideas, and a constant flow of demos and discussions.

Momen joined Hack&Roll 2026 as a credit partner, alongside tools such as Cursor, Google DeepMind, Manus, and OpenAI. The goal wasn’t to push a specific workflow, but to make full-stack and AI backend capabilities available to students who wanted to go beyond a surface-level prototype.

All participants received $100 in Momen credits, unlocking the Pro plan for the duration of the hackathon. To help teams get started quickly, Momen also shared a short “How to use Momen in a hackathon” walkthrough, focused on common needs under time pressure—setting up data models, handling logic with Actionflows, and connecting backend workflows to AI-powered front ends.

Conclusion

The time at NUS was less about individual events and more about how students build when given the right environment—whether in a focused workshop or a high-energy hackathon. From early startup ideas to late-night hacking, the common thread was experimentation, iteration, and a strong desire to ship something real.

Momen continues to work closely with universities and student-led communities through workshops, hackathons, and longer-term collaborations.

If you’re part of a university, student organization, or education program interested in building similar experiences, you can reach out at hello@momen.app, or apply for the Momen Education Plan with 50% off for eligible programs.

Hackathon Survival Guide: What Actually Matters

Evelyn Chen — Wed, 21 Jan 2026 08:20:48 +0000

Learning Hackathons From the Judge's Table

Yaokai sharing his perspective on startups and no-code AI development

Over the past year, Yaokai Jiang has participated in hackathons from multiple perspectives: as a backend engineer, a startup founder, a mentor, and a judge. He has worked with student teams across universities, including Cambridge, Stanford, and Duke Kunshan University, and has also served as a startup mentor in university incubator programs.

What makes Yaokai's perspective distinctive is not just his technical background—14 years as a backend engineer—but his repeated exposure to how hackathon projects are actually evaluated under real constraints. Having reviewed hundreds of demos, debugged broken submissions minutes before deadlines, and sat through final judging deliberations, he has seen a consistent pattern: teams that win are rarely the most complex, but they are almost always the most clear, complete, and runnable.

This guide distills those observations into practical advice for beginners—especially those without a traditional coding background—who want to make the most of a time-limited hackathon.

Hackathons Sound Fun —

But I Don't Know How to Code.

Now What?

From here on, I'll speak from my own experience.

Hackathons today look very different from what they were ten years ago. Yes, there are still hardcore engineering competitions focused on low-level systems or hardware. But increasingly, hackathons are open to students from any background—business, design, law, medicine, social science—especially with AI lowering the barrier to building software.

You'll see hackathons hosted by universities, companies, and communities across almost every region. Platforms like Devpost aggregate many of these events, and you'll notice that a growing number explicitly state that no computer science background is required.

This article focuses on a very specific situation:

You are building a software MVP
The hackathon time is limited (8–48 hours)
Your team may not have a strong coder—or you are a solo participant
You want something that actually runs, not just slides

If that's you, here's what actually matters.

First,

Know What a Hackathon Really Is

A hackathon is not a startup. It is not a research project. And it is not a design showcase.

A hackathon is a compressed execution exercise.

Most hackathons follow a similar flow:

You choose a challenge or track
You build within a fixed time window
You submit a demo (often a live URL)
You present to judges

What many first-time participants underestimate is how much end-to-end completeness matters. Judges are not just asking "Is this idea interesting?" They are asking:

Can I click through it?
Does it break?
Do I understand who it's for?

You don't win by doing more. You win by finishing enough.

Know Your Strength Before You Touch Any Tool

2025 LLM x Law Hackathon, Cambridge

If you're not a coder, that's okay. A hackathon is not a test of who can write the most code.

In fact, in many hackathons I've judged, the most valuable contributions came from people who:

Knew a specific industry deeply
Understood a real user pain point
Could clearly explain why something mattered

Some people are strong at problem framing.

Some are good storytellers.

Some understand workflows from lived experience.

Your job is not to pretend to be an engineer. Your job is to anchor the project in reality.

That said, you still need a minimum level of technical understanding.

The Bare Minimum Technical Knowledge You Actually Need

You don't need to know how to write code. But you do need to understand where effort goes.

At a high level, software has three parts:

Frontend (what users see)
Backend (data, logic, permissions)
Infrastructure (deployment, URLs, stability)

Most failures I see come from teams spending too much time on the frontend, and too little time making sure:

Data can be saved
Logic is consistent
The demo doesn't error halfway through

You should also know that today, there are many no-code and AI-assisted tools that can cover parts of this stack. But none of them magically solve everything.

Which brings us to "vibe coding."

Can Vibe Coding Solve Everything?

Short answer: it solves part of the problem, not all of it.

There are broadly two categories of tools people mean when they say "vibe coding."

The first category includes tools like Lovable or Base44. These are prompt-driven tools that can generate visually polished interfaces very quickly. They're great for demos that need to look impressive. However, they are usually frontend-focused. Once you need to store data, manage users, or connect real logic, things often become fragile. Backend integrations—commonly via services like Supabase—can break in ways that are hard to debug if you don't understand what's happening underneath.

The second category includes AI coding IDEs like Cursor. These are much more powerful and stable, but they assume you understand concepts like project structure, APIs, and deployment. For non-coders, the learning curve can be steep—especially when hackathon submissions require a publicly accessible URL, not something running on localhost.

This is why, if you only have 8 hours, I usually recommend a hybrid approach.

If You Only Have 8 Hours, This Is What I'd Do

My strongest recommendation is:

Use AI-assisted or vibe coding for the frontend, and pair it with a controlled no-code backend.

This gives you:

Low learning cost
Real data and logic
Much higher demo stability

This is also the context in which many teams use Momen during hackathons.

Rather than trying to learn everything, focus on:

A narrow scope
A working flow
A demo that doesn't break

I've recorded a step-by-step video specifically about using Momen in a hackathon setting, based on what I've seen work repeatedly in real competitions. I strongly recommend watching it before you start building.

What Judges Actually Care About (A Real Example)

In a recent Momen-hosted hackathon, we used the following scoring rubric (100 points total):

Category	Weight	Points	What Judges Look For
Functional Completeness	25	/25	Does it work? Can they demo end-to-end without errors?
Technical Implementation	35	/35	Quality of momen.app feature usage, proper data modeling, good workflow
User Experience	15	/15	Is it intuitive? Would a customer understand how to use it?
Demo Quality	25	/25	Clear storytelling, smooth presentation, good problem framing

As a technically trained judge, I can usually tell when something is over-engineered. And when judging alongside industry experts, I've noticed something interesting:

even when judges disagree on how good the idea is, they almost always agree on whether the product is usable.

This is why I believe storytelling is secondary to execution. A good product explains itself.

Using Momen in a Hackathon (High-Level Workflow)

Momen is a full-stack no-code platform. It is not a vibe coding tool. I think of it as visual programming: a drag-and-drop UI paired with a structured, controllable backend.

Teams typically use Momen in two ways during hackathons.

Some build everything inside Momen—frontend and backend. This is powerful, but UI building can take longer under tight time constraints.

More commonly, teams use Momen as the backend only, and pair it with an external frontend built using tools like Cursor or Lovable. In this setup, Momen handles data, logic, AI agents, permissions, and payments, while the external tool focuses on UI.

Both approaches work. The key is choosing one and committing early.

Final Advice for First-Time Hackathon Participants

If there's one thing I want you to remember, it's this:

Hackathons reward clarity, speed, and working demos more than ambition.

Limit your scope. Finish something real. Make sure it runs.

If you want a concrete walkthrough of how to do this with Momen—step by step, from idea to demo—watch the video below. It's designed specifically for hackathon settings and based on real mentoring and judging experience.

👉 Watch on YouTube: How to Use Momen During a Hackathon (Step by Step)

For any questions, feedback, or collaboration inquiries, feel free to reach out at hello@momen.app.

8 Power Tools to Win Your Next Hackathon: The 2026 AI-First Tech Stack

Evelyn Chen — Tue, 20 Jan 2026 05:35:40 +0000

Hackathons are intense. You have limited time, mixed skill levels on the team, and judges who care more about working demos and clear ideas than big promises.

This guide focuses on specific tools that help with real hackathon problems:

coming up with strong ideas
building something functional fast
showing clear visuals and workflows
presenting your project clearly

All tools below are explained in plain language, with practical use cases for beginners and non-technical founders.

1. Gemini (Idea & Strategy Brainstorming)

Image Source: unsplash

Description

Understanding the hackathon prompt and generating strong project ideas.

Gemini is useful at the very beginning of a hackathon, when teams are still confused about what to build. You can paste the full hackathon prompt, judging criteria, and even competitor ideas into Gemini. It helps you analyze everything together and suggest directions that judges are likely to care about.

Because Gemini can handle a large amount of text at once, it’s especially helpful when rules and constraints are long or complex.

Key Features

Accepts large inputs like prompts, rules, and competitor lists
Suggests project ideas based on constraints and judging criteria
Helps draft simple business models or value propositions
Useful for team discussions and quick feedback

Note on context size: Gemini supports very large inputs compared to most AI tools, which makes it better for reading full hackathon briefs at once.

Did you know? Gemini 3’s context window is much bigger than other AI models:

Gemini 3: 2 million tokens

GPT-5.1: 256k tokens

Claude 3.7 Opus: 1 million tokens

Use Cases in Hackathon

Turn a long prompt into 3–5 realistic project directions
Compare your idea with likely competitors
Draft a simple business model canvas before coding starts

2. Nano Banana Pro (Visuals & Branding)

Description

Making your project look polished without a designer.

Nano Banana Pro focuses on visual consistency. Instead of spending hours searching for images or fixing slide styles, your team can quickly generate logos, mockups, and visuals that all match.

This matters because judges often associate visual clarity with product maturity, even in early prototypes.

Key Features

Generates high-resolution visuals quickly
Keeps characters and styles consistent across images
Allows fast edits (text, lighting, outfits, layout)
Turns rough sketches into presentable scenes

Here is how Nano Banana Pro is different from old design tools:

Feature

Nano Banana Pro

Traditional Design Tools

Character Consistency

Yes

High-Resolution Output

Varies

Real-Time Data Integration

Yes

Visual Consistency Across Campaigns

Yes

Limited

Creative Production Time Reduction

60-70% faster

N/A

Use Cases in Hackathon

You want your team to be noticed. Use Nano Banana Pro to:

Make a mood board that fits your AI app’s style.
Design a logo that judges will remember.
Change a rough sketch into a finished scene for your demo.
Fix photos and add cool lighting for your pitch deck.
Build a manga comic generator to show your team’s skills and creativity.

Nano Banana Pro helps your team work fast and wow judges with great pictures. You can focus on your best idea and let AI do the design. That is how you win a hackathon.

3. Cursor (Fast Coding with Control)

Description

Turning ideas into real code quickly.

Cursor is an AI-powered code editor. You describe what you want in plain English, and it helps generate or modify the code. This is useful when your team wants a working demo, not just slides.

Cursor is more hands-on than no-code tools. It’s ideal when someone on the team wants control over logic or structure.

Cursor vs. Lovable (Quick Comparison)

Lovable: best for instant UI deployment with minimal setup
Cursor: better when you want to customize behavior or logic

Many teams switch between both depending on speed vs. control.

Key Features

AI-generated code from natural language
Easy code editing based on feedback
Works well for rapid prototypes

Use Cases in Hackathon

Build a working frontend quickly
Adjust features based on judge or mentor feedback
Connect your frontend to a backend service (for example, Momen)

4. Momen (Backend Without Backend Complexity)

Description

Adding real backend functionality without heavy engineering.

Many hackathon projects fail because they only show mockups. Momen helps teams add real backend features—like user accounts, data storage, and APIs—without setting up servers.

For non-technical teams, this means you can still demo something that feels “real.”

Tip: Momen is full-stack web app builder. But you can choose it to build your hackathon backend. You will save hours and impress judges with a real, working app.

Key Features

Visual database builder for storing your project data.
User authentication that works out of the box.
Workflow automation with built-in AI agents.
API logic you can set up with a few clicks.
Seamless integration with vibe-coding tools for fast prototyping.

Momen’s Backend-as-a-Service cuts down setup time. You can add user login, data storage, and APIs in minutes. Traditional backend solutions take much longer and slow your team down. With Momen, you get more time to develop features and test your idea.

Use Cases in Hackathon

Add login and user data to your demo
Store and retrieve real project data
Connect AI-generated frontends to a working backend

Your team can use Momen to power any AI app. At an AI Bootcamp, teams built working prototypes fast. They created smart agents like a Sales Prospect Agent and an AirBnB Finder. One team even built Smooth Operator, an AI tool that helps people move by automating tasks like finding movers and negotiating prices. These projects show how Momen makes workflow automation easy.

If you want to win, connect your ideas to a real backend. Momen is the shortcut for hacker-founders who want to demo a full-stack AI app. Build your hackathon backend on Momen and show judges what your team can do.

5. Figma AI (Rapid Prototyping)

Image Source: unsplash

Description

You want your team to work fast at a hackathon. Figma AI helps you turn ideas into designs quickly. You can sketch your app and make mockups fast. Your team can show judges your vision in minutes. Figma AI uses smart tools to help you build and fix prototypes. You do not need to be a design expert. Your team can focus on the best idea. AI takes care of the small details.

“Making and changing prototypes quickly helped us test ideas fast,” says Kossnick.

Key Features

Figma AI gives your team an easy way to make great designs. Here are some features you will like:

Make detailed mockups with just a few clicks.
Use "Make Design" to create UI parts for your AI app.
Work with your team at the same time and get feedback fast.
Try new ideas and change your design quickly.
Share your work with judges so they notice your team.

“A prototype is now the best way to test ideas before starting big projects,” Kossnick says.

Use Cases in Hackathon

Your team can use Figma AI for many winning ideas. Look at these cool examples:

Use Case Description

Benefits

Dashboard for patient info gathering

Time cut from hours to minutes

Pharmacy AI copilot

Safer medicine advice

Telemedicine tool

Connects online visits with follow-up care

Real-time insurance portals

Better agent tracking and claims

Psychology tools

Scores patients during sessions

Designer onboarding tool

Helps new designers learn faster

Digital wellness monitoring

Checks eye health well

You can make a working prototype, test your idea, and show judges your skills. Figma AI helps your team stand out and get ready for demo day.

Flying manual saved more time and computer power. AI kept thinking too long and gave the wrong answer.

6. n8n (Automation & Integrations)

Description

You want your team to work fast at a hackathon. n8n is your helper for automation. This tool lets you connect your AI app to over 400 services. You do not need to write long code. You can make smart workflows that link APIs, send messages, or update data right away. n8n helps your team focus on the best ideas. You do not get stuck on boring setup. Judges like projects that work from start to finish. n8n makes this easy.

Key Features

Drag-and-drop builder makes automation simple.
Connects to many apps like Slack, Discord, and Gmail.
Handles webhooks so your AI app can react to events.
Lets your team test and change workflows quickly.
Works for both easy and hard ideas.

Use Cases in Hackathon

Your team can use n8n to automate tasks and show real demos. At one hackathon, a team made a customer support agent. It handled tickets and wrote draft replies. You can also:

Sync WooCommerce orders with custom fields to Mautic.
Send emails when special things happen.
Make clear workflows using webhooks instead of database triggers.

n8n helps your team turn AI ideas into real products. You get more time for your main idea and less time fixing connections. That is how you win a hackathon.

7. Miro (Team Thinking & Planning)

Description

You want your team to be organized and creative at a hackathon. Miro gives you a digital space for sharing ideas and planning. You do not need paper sticky notes or whiteboards anymore. Miro lets your team brainstorm and plan together online. You can work from anywhere and still stay connected. Your team can try new ideas and show judges how you work.

Key Features

Digital sticky notes help your team share and sort ideas.
Everyone can add thoughts and feedback at the same time.
Visual boards make it simple to map out user steps and plans.
You can work together even if you are far apart.
Using digital notes saves trees and helps the planet.

Teams using Miro made over 70 million digital sticky notes in one year. This saved more than 1,100 trees. You help nature while building your AI app.

Use Case

Description

Collaboration

Teams from different places can work together easily.

Customer-Centric Focus

Projects focus on what users want, making things better for them.

Iteration and Learning

You can test ideas, get feedback, and make your project better.

Diverse Team Roles

Everyone can try new jobs, so your team learns more skills.

Passion-Driven Innovation

Your team can solve real problems that matter to judges and users.

Use Cases in Hackathon

You can use Miro to plan your AI app’s user journey and organize tasks. Many teams say Miro helps them think of new ideas together. You can focus on making your app easy to use or improve search features. Judges like seeing a clear plan and good teamwork. Miro helps your team show your best idea and work together for a great demo.

8. Gamma (Fast Pitch Decks)

Description

Gamma helps you turn your project notes into a stunning pitch deck in seconds. You do not need to start with a blank slide. You paste your summary, and Gamma builds a clean, professional deck for you. This tool uses AI to organize your ideas and highlight what matters most. You can focus on your story and let Gamma handle the design. Your team saves time and shows judges a polished presentation.

You want your project to stand out. Gamma makes your pitch look sharp and easy to follow.

Key Features

AI-powered slide generation from simple notes.
Smart layouts that make your ideas clear.
Instant design updates for quick changes.
Easy sharing with judges and teammates.
Built-in templates for different project types.

You can use Gamma to create decks for demos, business models, or user journeys. The tool helps you keep your message focused and your slides consistent.

Use Cases in Hackathon

You want to communicate your project fast and clearly. Gamma helps you do that. Teams using Gamma report big improvements in communication skills. You work together better and share ideas easily. The structured setup helps you pick the best ideas and show them in order.

Build a 10-slide deck in under a minute.
Turn your Momen project summary into a visual story.
Highlight your AI app’s features and workflow.
Share your deck with judges for instant feedback.

Gamma gives your team a shortcut to a winning pitch. You spend less time designing and more time building your demo.

Hackathons are not about using every tool. They are about choosing the right tools for your problem.

AI and no-code tools help teams:

move faster
reduce technical blockers
focus on ideas that matter

The best teams don’t just make demos—they build something believable in a short time.

FAQ

How do I pick the best tool for my team?

Think about your project goal. Try a few tools. See which one helps you build faster. Ask your team what feels easy and fun.

Can I use these tools if I am new to hackathons?

Yes! You can start with simple features. Most tools have guides and tips. You will learn as you build your first hackathon project.

Do I need to know how to code to use these tools?

No, you do not. Many tools work with simple clicks or words. You can build and test ideas without writing code.