Future-Forward Innovation in AI, Web3 & Blockchain
A modern, responsive, and feature-rich showcase website for Corax CoLAB - an independent research & engineering studio focused on building innovative solutions at the intersection of AI, IT, Web3 and Blockchain. We develop both open-source projects and advanced proprietary systems like GAP and GAPbot.
Visit: https://coraxgs.github.io
- Futuristic dark theme with gradient accents and glassmorphism effects
- Responsive design that works perfectly on all devices
- Smooth animations and micro-interactions throughout
- Light/dark theme toggle for user preference
- Mobile-first navigation with hamburger menu and overlay
- Progressive Web App (PWA) - installable on mobile devices
- Service Worker for offline functionality and caching
- Critical CSS loading for optimal performance
- Lazy loading and intersection observers for smooth scrolling
- Preloaded resources for faster initial load
- Dynamic repository loading from GitHub API
- Smart filtering - excludes forks and prioritizes active repos
- Intelligent sorting based on stars, activity, and content quality
- Language-specific colors and technology tags
- Rate limiting and caching for optimal API usage
- Comprehensive error handling with fallback states
- Privacy-friendly analytics with Plausible integration
- Performance monitoring and error tracking
- User interaction tracking for continuous improvement
- PWA installation prompts and usage analytics
- Structured data (JSON-LD) for better search engine understanding
- Comprehensive meta tags for social media sharing
- Semantic HTML structure for screen readers
- Keyboard navigation support throughout
- Focus management and ARIA labels
- Sitemap and robots.txt for search engine optimization
- HTML5 - Semantic structure with accessibility in mind
- CSS3 - Modern features including CSS Grid, Flexbox, and Custom Properties
- Vanilla JavaScript - No frameworks, optimized for performance
- Web APIs - Service Workers, Intersection Observer, Local Storage
- GitHub Pages - Static hosting with HTTPS
- GitHub API - Dynamic repository data
- Plausible Analytics - Privacy-focused analytics
- Google Fonts - Inter font family for modern typography
- Critical CSS inlining for above-the-fold content
- Resource preloading for faster navigation
- Image optimization through SVG icons and data URIs
- Efficient caching strategies via Service Worker
coraxgs.github.io/
├── index.html # Main HTML file with semantic structure
├── styles.css # Comprehensive CSS with modern features
├── app.js # Enhanced JavaScript application
├── manifest.json # PWA manifest for installation
├── sw.js # Service Worker for offline functionality
├── robots.txt # Search engine crawling instructions
├── sitemap.xml # Site structure for SEO
└── README.md # This documentation
class GitHubAPI {
// Smart caching with 5-minute TTL
// Rate limiting protection
// Comprehensive error handling
// Repository scoring algorithm
}const CoraxAnalytics = {
// Load time tracking
// Error monitoring
// User interaction analytics
// Performance insights
}- Offline functionality via Service Worker
- Install prompts for mobile and desktop
- App-like experience when installed
- Background sync for future enhancements
Corax CoLAB develops practical, production-ready applications that combine AI-driven automation with Web3 and blockchain infrastructure — from garden-automation and sensor systems to autonomous robotics, decentralized apps (dApps) and developer tooling. We offer both open-source solutions for community benefit and advanced proprietary systems like GAP and GAPbot for commercial applications.
Our mission is to accelerate adoption of responsible automation and decentralization by delivering high-quality, auditable, and resource-efficient software and hardware integrations. We aim to make advanced technologies accessible and useful for real-world problems — with sustainability, transparency and innovation as core values. We balance open-source community contributions with proprietary solutions for specialized commercial needs.
We focus on four complementary domains:
- AI & Machine Learning — Edge-friendly models and pipelines for computer vision, predictive control and resource optimization (low-power inference on Raspberry Pi and similar hardware).
- Automation & GreenTech — Systems and controllers for gardens, small farms and industrial processes that reduce energy, water and nutrient usage.
- Web3 & Blockchain — Decentralized applications, smart-contract tooling, wallets and integration layers for trust-minimized services and tokenized incentives.
- Developer Tooling & Infrastructure — CLI tools, dashboards, deployment scripts and CI/CD patterns that make it easier to run reproducible systems and nodes (Cardano, Polkadot, etc.).
- Balanced approach: we develop both open-source projects for community benefit and proprietary solutions for advanced commercial applications.
- Open-source contribution: when possible, we share code publicly for community benefit, using permissive licenses to maximize adoption.
- Practical decentralization: apply blockchain where it adds trust, ownership or incentives — not as an end in itself.
- Resource efficiency: prioritize low-power and cost-effective deployments across all our solutions.
- Interoperability: design software to play well with existing ecosystems (APIs, MQTT, Grafana, Prometheus, container runtimes).
- Privacy and safety: treat sensitive data carefully and maintain appropriate security levels for both open and proprietary systems.
- GAP (Green Automated Process) — our flagship modular automation stack for irrigation, nutrient control and energy optimisation (commercial license).
- GAPbot — advanced AI-powered automation companion for GAP systems with machine learning capabilities (commercial license).
These are examples of our open-source contributions available on GitHub:
- CryptoP_AI_TA_Strategy — hybrid trading strategy combining technical analysis with AI predictions for algorithmic trading (Freqtrade).
- CoraxHexa — hexapod robotics platform with on-device vision for plant-health monitoring.
- PlantWatcher — lightweight PlantCV-based image classification + MudPi integration for garden notifications.
- ChainGuardian — simplified tooling for running Cardano/Polkadot nodes and monitoring staking rewards.
(Tip: include a short screenshot and a README excerpt for each featured project on your web showcase to increase conversions.)
Typical technologies we use:
- Languages: Python, JavaScript/TypeScript, Go (occasionally Rust)
- ML: TensorFlow Lite, ONNX, PlantDoc, PestNet, custom image pipelines
- Infrastructure: Docker, systemd, Raspberry Pi, ARM devices, cloud for heavier workloads
- Web: Static sites (GitHub Pages), React (for dashboards), Grafana/Prometheus for monitoring
- Blockchain: Cardano, Polkadot, smart-contract tooling and node automation
- CI/CD: GitHub Actions, automated builds and release artifacts
We welcome contributions — be it bug reports, code, docs or ideas.
- Browse the repos: start at
https://github.com/coraxgs. - Find an issue or feature: look for issues labeled
good first issue,help wantedordocumentation. - Fork the repository you want to contribute to.
- Create a branch for your changes:
git checkout -b feat/your-short-description
