AMITY SPACE MISSION

Biological payload for microgravity experimentation developed by Amity University Mumbai, successfully launched by aboard ISRO’s PSLV-C60 POEM-4. The demonstrator was designed to study the growth behavior of Spinacia oleracea (spinach) callus under microgravity conditions. It integrated onboard cameras and sensors to monitor color variation and lateral growth in real time, enabling in-orbit observation of plant tissue response in space.

AMITY SATELLITE SYSTEM: AMISAT is a 3U CubeSat mission aimed at developing a cost-effective miniature satellite in sun-synchronous low Earth orbit, powered by body-mounted solar panels. The mission objectives include satellite health monitoring via beacon signals, Earth observation imaging using an EOS camera, and gamma-ray detection through a radiation monitoring payload. AMISAT serves as a technology and scientific demonstrator for Earth observation, space environment studies, research, and educational applications.

Trajectory Analysis of a Swarm of 3U CubeSats in Sun-Synchronous Orbit with Varying RAAN and Non-Overlapping Revisit Time Orbital Parameters for a Sun-synchronous orbit at 600 km altitude: Semi-major axis (a): 6978.00 km, Eccentricity (e): 0.00, Inclination (i): 97.79 degrees

Divya Netra: Instant face recognition system offering high accuracy with minimal training time across diverse operational environments.

Intelligent Autonomous Unmanned Ground Vehicle (UGV): Cognitive all-terrain autonomous UGV with obstacle handling, secure communication, and adaptive decision-making capabilities.

Intelligent Satellite Image (Optical/ SAR) Analysis System: AI-powered analysis of Sentinel-1 and Sentinel-2 imagery for crop monitoring, yield assessment, and ship and aircraft detection.

Advanced Sonar Image Processing for Underwater Debris Detection: Deep-learning-driven sonar analytics transforming raw data into actionable insights for underwater debris detection and monitoring.