World's Largest AI × Crypto Hacker House Goa, India · 2026
A central repository containing my projects, experiments, task submissions, prototypes, and deployments built for Hacker House Goa 2026.
Hacker House Goa is a 4-day builder residency bringing together developers, designers, marketers, AI-native creators, mentors, VCs, ecosystem leaders, and builders to create and ship real products across AI × Crypto × Multichain.
Hacker House Goa 2026 is a builder residency powered by 2:47PM Studio, bringing 247 selected builders together at a private beach resort in Goa.
- 247 builders selected from 10,000+ registrations
- 4 days of structured building
- 50+ speakers, mentors, and judges
- $50,000+ in bounties
- VCs and ecosystem leaders on-site
- Daily product reviews
- Public demo day
- On-chain community voting
- AI × Crypto focus
- Multichain ecosystem
The goal is simple:
Don't just hack. Ship.
This repository is my central workspace for Hacker House Goa 2026.
Instead of maintaining separate repositories for every task, projects and experiments are organized into dedicated folders inside this repository.
Each task folder can contain its own:
- Source code
- Documentation
- Assets
- Configuration
- Demo instructions
- Deployment information
- Screenshots
- Project-specific README
The main README acts as the index for the entire repository.
Hacker_House_Goa_2026/
│
├── README.md
│
├── task-01/
│ ├── README.md
│ ├── src/
│ ├── public/
│ └── ...
│
├── task-02/
│ ├── README.md
│ ├── src/
│ └── ...
│
├── task-03/
│ ├── README.md
│ └── ...
│
├── task-04/
│ └── ...
│
├── shared/
│ ├── assets/
│ ├── components/
│ └── utilities/
│
└── docs/
├── notes/
├── research/
└── architecture/
The exact folder structure will evolve as new tasks and challenges are released.
| Task | Description | Status | Demo | Source |
|---|---|---|---|---|
| Task 01 | Docs | ✅ Pending | Website | Github |
| Task 02 | TBD | 🔲 Pending | — | — |
| Task 03 | TBD | 🔲 Pending | — | — |
| Task 04 | TBD | 🔲 Pending | — | — |
Task entries will be updated as challenges are released.
The repository will be used to build and submit projects across areas such as:
- AI-native applications
- AI agents
- LLM-powered products
- Computer vision
- Automation
- AI infrastructure
- Developer tools
- Smart contracts
- Wallet integrations
- On-chain applications
- Tokenization
- DeFi
- DAOs
- On-chain identity
- Blockchain infrastructure
The primary focus is exploring the intersection between:
AI
/ \
/ \
/ \
/ \
/ AI × \
/ CRYPTO \
/ \
/ \
CRYPTO -------- MULTICHAIN
The objective is not simply to demonstrate technology, but to build products that can realistically be used, deployed, and extended beyond the hackathon.
This repository follows a simple principle:
Build → Test → Deploy → Document → Ship
Every task should ideally move through the following lifecycle:
Idea
↓
Research
↓
Architecture
↓
Implementation
↓
Testing
↓
Deployment
↓
Documentation
↓
Demo
↓
Submission
The emphasis is on working software rather than unfinished prototypes.
The technology stack will vary depending on the task.
Potential technologies include:
- React
- Next.js
- TypeScript
- JavaScript
- Tailwind CSS
- Node.js
- Express
- Python
- Flask
- FastAPI
- MongoDB
- PostgreSQL
- Redis
- SQLite
- Python
- LLM APIs
- AI agents
- Embeddings
- Vector databases
- Computer vision
- Machine learning
- Solidity
- Ethereum
- EVM-compatible chains
- Wallet integrations
- Smart contracts
- Web3 SDKs
- Docker
- GitHub Actions
- Cloud deployment platforms
- REST APIs
- WebSockets
- Serverless infrastructure
The stack will be selected based on the requirements of each individual challenge.
Each task should contain its own README.md.
A typical task README should document:
# Project Name
## Problem
## Solution
## Features
## Architecture
## Tech Stack
## Installation
## Environment Variables
## Running Locally
## Deployment
## Demo
## Screenshots
## Challenges
## Future Improvements
This keeps the main repository clean while allowing every project to remain independently understandable.
Clone the repository:
git clone https://github.com/RamzanKhansLab/Hacker_House_Goa_2026.gitMove into the repository:
cd Hacker_House_Goa_2026Each task may have different installation and execution requirements.
Refer to the corresponding task's README.md before running a project.
Example:
cd task-01Then follow the project-specific setup instructions.
Environment variables should never be committed to the repository.
Use .env files locally:
.env
.env.local
and provide an example configuration:
.env.example
Example:
API_KEY=
DATABASE_URL=
WALLET_PRIVATE_KEY=
RPC_URL=Never commit:
- Private keys
- Seed phrases
- API secrets
- Database passwords
- Authentication secrets
- Production credentials
Every completed task should ideally have a publicly accessible deployment whenever the project permits it.
| Task | Platform | URL |
|---|---|---|
| Task 01 | TBD | — |
| Task 02 | TBD | — |
| Task 03 | TBD | — |
Deployment links will be added here as projects are shipped.
- Task 01
- Task 02
- Task 03
- Task 04
- Final project
- Final deployment
- Final documentation
- Demo preparation
Progress will be updated throughout Hacker House Goa 2026.
Each challenge should have its own directory and documentation.
A deployed working product is preferred over an unfinished ambitious idea.
Important technical decisions, architecture choices, and trade-offs should be documented.
Credentials and private keys must never enter version control.
Someone cloning the repository should be able to understand how a project works and reproduce it locally.
Every project should have a working demo whenever the challenge permits it.
For each completed task, the corresponding directory should contain:
task-X/
│
├── README.md
├── src/
├── public/
├── assets/
├── package.json
├── .env.example
└── ...
The task README should provide:
- Problem statement
- Solution overview
- Features
- Architecture
- Technology choices
- Setup instructions
- Deployment URL
- Demo information
- Screenshots
- Future improvements
Completed projects will be linked below.
| Project | Description | Live Demo |
|---|---|---|
| — | — | — |
| — | — | — |
| — | — | — |
Longer technical notes, experiments, architecture diagrams, and research material can be stored inside:
docs/
Suggested organization:
docs/
├── architecture/
├── research/
├── experiments/
├── notes/
└── decisions/
This separates implementation code from the reasoning and research behind it.
A lightweight record of progress can be maintained throughout the event.
Day 0
├── Research
├── Task analysis
└── Architecture
Day 1
├── Implementation
├── First prototype
└── Product review
Day 2
├── Core features
├── Testing
└── Iteration
Day 3
├── Deployment
├── UX improvements
└── Final testing
Day 4
├── Demo
├── Documentation
└── Submission
The goal of this repository is not to accumulate hackathon code.
It is to create a collection of real, documented, deployable products built during Hacker House Goa 2026.
Build something real.
Ship it.
Put it in the hands of users.
Hacker House Goa 2026
Focus: AI × Crypto Location: Goa, India Format: 4-day builder residency Builders: 247 Registrations: 10,000+ Bounties: $50,000+
Powered by 2:47PM Studio.
GitHub: https://github.com/RamzanKhansLab/Hacker_House_Goa_2026
Unless otherwise specified inside an individual task directory, the projects in this repository are provided for experimentation and demonstration purposes.
Individual projects may have their own licenses and terms. Refer to the corresponding project directory for details.
Hacker House Goa 2026 — Build. Ship. Repeat.