Digital BharatInch is a software platform uses an RTK system and GPS at centimeter level accuracy for precise positioning which is the major requirement fo rseveral applications. RTK is a satellite navigation technique that enhances GPS accuracy to c
AI-based underwater vehicle prototype capable of detecting, studying, and classifying marine flora and fauna in real ocean conditions. The system integrates deep learning algorithms for underwater image/video classification, along with intelligent co
The system uses a multi-robot aerial testbed to generate indoor radio maps for precise positioning in GPS-denied environments. The core system consists of Crazyflie 2.1 Brushless nano-quadcopters and the Loco Positioning System (LPS) operating in TDo
ARPTMS integrates advanced optical sensors, AI algorithms and edge computing to perform real-time passenger detection and counting. AI-driven object detection and a cloud-based visualization dashboard for monitoring vehicle occupancy, schedule adhere
AR-Powered Tirumala Darshan App involves using AR to overlay digital navigation markers along the Alipiri Mettu route, combined with an AI-powered ASR chatbot fine-tuned on a Tirumala-specific dataset to provide real-time voice-based guidance and inf
GeoMapper is an intelligent geospatial system that fuses linguistic, visual, and spatial data to extract and map insights from multilingual, unstructured information such as social media text, news, satellite imagery, and crowdsourced visuals. Powere
SDSS integrates VHR imagery-based field boundary delineation, time-series classification for crop identification, and crop simulation models for yield prediction under varying climatic conditions. The approach combines segmentation, classification, a
This system uses a drone with a multispectral camera to capture Red, Green, Red Edge, and NIR imagery, which is processed into vegetation indices like NDVI and NDRE to detect stress or pest-affected crop regions. Machine learning algorithms map these
This product is an integrated framework that combines NavIC-IR multipath signal analysis with vegetation-specific modeling to enhance soil moisture estimation and crop condition assessment. Key components include data pre-processing, vegetation segme
This is an intelligent underwater robotic platform for real-time exploration, data collection, and 3D mapping of marine environments. Equipped with advanced sensors like DVL, IMU, SONAR, and LiDAR, it uses Unscented Kalman Filter-based sensor fusion
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