space-tech

Yantrix is a space-tech collaboration platform for datasets, AI/ML models, satellite challenges, research, and engineering innovation.

Fixing TFLite INT8 quantization for small objects in satellite imagery. A drop-in wrapper for focus-based calibration.

🔭 Autonomous satellite anomaly detection using time-series telemetry with onboard AI. Developed and presented at ActInSpace 2026 hackathon.

Real-time space debris monitoring dashboard using Flask, React, Socket.IO and Three.js

Open-source satellite constellation management and AI-assisted operations platform. Unified control plane for fleet visualization, pass scheduling, data routing, and intelligent operations assistance.

Open-source robotic Mars mission control platform for fleet ops, build configuration, and mission planning with React, TypeScript, Express, and Neon.

On-board Hyperspectral Data Processing using 3D-CNN for Satellite Earth Observation (Edge AI).

AI-powered exoplanet detection web application using Kepler light curves, Box Least Squares transit detection, and machine learning.

Enterprise orbital infrastructure platform concept with real-time telemetry visualization and defense-grade system architecture.

LunaPSR is a scientific image-enhancement and analysis platform for studying the Moon’s Permanently Shadowed Regions using Chandrayaan-2 OHRC imagery, with noise-aware enhancement and physics-based analysis.

Deep-tech funding & valuation tracker for Indian startups — semiconductors, space, aerospace, eVTOL, biotech. Sector/quarter analytics, investor leaderboard.

Real-time rocket telemetry anomaly detection — Isolation Forest + Autoencoder ensemble, 95% accuracy. Built for ISRO PSLV PS3 stage failure prevention.

A Brilliant-style learning platform for hard-tech frontiers.

Real-Time Predictive Spacecraft Telemetry & Mission Assurance Platform

Next-generation orbital radio-coverage analysis. Visualize, interact, and optimize satellite communication patterns with high precision.

AI system that processes telescope imagery to track space debris, predict collisions, and optimize satellite trajectories using reinforcement learning.

🛰️ Test your knowledge of aerospace concepts with this command-line quiz, designed to enhance learning about rocket engines and orbital mechanics.

Automated maritime vessel detection and classification using Synthetic Aperture Radar (SAR) logic and Computer Vision

satellite RF + security + starlink + starlink analysis tool

A high-performance orbital debris tracking system featuring a Go-based SGP4 compute engine, FastAPI backend, and a 3D WebGL React visualization dashboard.