Engineering intelligencefor real-world systems.
Developing state-of-the-art computer vision models, medical diagnostics hardware, and automated manufacturing pipelines for industry and academia.
"We engineer intelligence for the physical world. Where pixels meet hardware, and algorithms drive real-world impact."
Ananta Labs India is a founder-led, deep-tech research and development laboratory based in Vadodara, Gujarat. We operate at the convergence of advanced software intelligence and high-precision physical hardware, rejecting speculative hype in favor of deployed, verifiable solutions.
Our research team specializes in building lightweight, state-of-the-art computer vision models, medical diagnostics hardware, embedded control modules, and mechanical automation systems. We collaborate closely with premier academic institutions and manufacturing leaders to deploy production-ready technology directly to the field.
From automated healthcare fluidics and computerized pulse diagnostics (Prakriti Parikshan) to high-speed visual inspection pipelines, our focus is absolute: engineering robust intelligence that works under noisy, variable real-world conditions.
LAB SHEET // SPECIFICATIONS
- BASE LOCATION
- VADODARA, GUJARAT, IN
- FOCUS AREAS
- AI, CV, MED-TECH, FLUIDICS
- ACADEMIC ALIGNMENT
- PARUL UNIVERSITY CO-AUTHORSHIP
- INTELLECTUAL PROPERTY
- ACTIVE INDIAN & INTERNATIONAL FILINGS
- INCUBATION HUB
- ICREATE ECOSYSTEM & LABS
AI-Based Spitting Detection & Prevention
An end-to-end edge-computed artificial intelligence system designed for sanitary compliance and real-world civic enforcement. Utilizing a custom-trained lightweight object detection architecture, the system operates on low-resource hardware to identify compliance violations in real time.
INSPECTION PIPELINE FLOW
Face Re-Identification: Robust tracking vectors are built under variable lighting conditions using spatial and facial feature mappings to match actors across camera fields.
Academic Partnership & Framework: Conducted in collaboration with Parul University, deployed as a field pilot within the national GATI 4.0 system guidelines.
AyurAI Veda: Prakriti Parikshan (Dosha)
An algorithmic diagnostics engine mapping physiological optical inputs to classical Ayurvedic constitutions (Doshas). Using structural landmark extractors and physical texture normalizers, the platform runs local inference to perform automated Prakriti Parikshan.
DIAGNOSTICS PROCESSING STEPS
Landmarking & Conversational Chatbot: Combines MediaPipe facial-mesh markers for physical taxonomy identification with a TF-IDF clinical chatbot trained on authentic Ayurvedic texts.
Shine-Normalization Correction: The team is integrating dynamic illumination correction vectors to counter varying shadow bias and skin reflectivity differences under natural sun vs artificial LED bulbs.
Production Engineering Systems
Commercial medical and scientific instruments available for direct institution procurement and clinical deployment.
Portable Clinical Embalming Machine
Industrial Grade Preservation Fluidics System
A compact, micro-regulated clinical preservation machine designed with dual-power AC/DC backup, vibration-damped laminar flow, and precise multi-chamber tank control for medical colleges, mortuaries, and research facilities.
- Compact laboratory footprint with carry handles
- Dual Power AC mains with seamless DC battery switch
- Multi-chamber chemical resistant fluid tank
SwachhVision Edge AI Sensor Hub
Compact Industrial CCTV AI Inference Unit
Edge computer equipped with optimized neural processing for real-world civic compliance monitoring, multi-stream RTSP processing, and instant automated alert triggering.
- Offline edge inference without cloud dependency
- Real-time event recording and relay trigger
- Tamper-proof encrypted local storage
Computer Vision
Custom edge object detection models, temporal violator tracking, face re-identification under noise, and illumination-insensitive structural mapping.
Medical & Health Technology
Automated diagnostics fluidics control, physiological landmark mesh mapping, dosha classification (Prakriti Parikshan), and optical skin normalizations.
Embedded Systems
Low-power firmware for microcontroller nodes, sensory aggregation, telemetry relays, and automated prevention hardware trigger relays.
Research & Publication
High-impact IEEE conference papers, co-authored clinical validation trials, GATI 4.0 methodology compliance, and open-source R&D datasets.
IN Patent Filings
Indian Patent Office (IPO)State-filed patents covering automated prevention hardware triggers, sanitization controllers, and edge neural networks.
PCT Filings
World Intellectual Property OrgInternational PCT patent filings extending local computer vision and diagnostic systems to global jurisdictions.
IEEE Publications
IEEE Xplore LibraryPeer-reviewed journals and conference papers in computer vision and health diagnostics, co-authored with Parul University.
iCreate Ecosystem
Technology Business IncubatorOfficial partnership and workspace incubation in Gujarat's premier deep-tech innovation catalyst environment.
Let's engineer the future of deep-tech.
Whether you want to deploy our edge visual prevention systems in your facilities, integrate clinical-grade diagnostics algorithms, or procure custom hardware — our team is ready.