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A camera becomes a vibration sensor. HumSight uses OpenCV 5 and agentic vision to separate machine faults from camera shake, investigate suspicious motion, and explain when evidence is inconclusive.
OxyRep is a low-cost NIRS + IMU wearable that tracks muscle reoxygenation between sets to investigate whether physiological recovery predicts strength-training performance.
AI-powered neuroscience research using NVIDIA Nemotron and Nebius to analyze synthetic EEG signals and deliver transparent, numerically verified, non-diagnostic insights.
RhetorIQ: AI-powered speech analytics that transforms delivery into measurable insights through real-time acoustic analysis and reference-based comparison.
Turning speech flaws into measurable insights for smarter communication feedback.
SvaraTrace compares reference and candidate speech, analyzes acoustic features, identifies potential delivery flaws, and explains measurable differences with actionable feedback.
Every flaw has a timestamp. SpeechLens AI compares reference and test recordings to detect speech-delivery differences and provide evidence-based, timestamped acoustic feedback.
A low-cost wearable device running a quantized 1D-CNN onboard an ESP32 for real-time kinematic screening of Parkinsonian tremors and continuous, privacy-safe biometric tracking.
“Understanding and Mitigating Single Interference in Wireless Communication.” “Improving Wireless Signal Quality by Reducing . “A Study of Single Interference and Its Impact on Wireless
Embedded biomedical system for epileptic seizure prediction
Wavvy brings mmWave sensing to robotic manipulation, giving robots reliable pre-touch perception of distance, geometry, and subtle motion where vision and tactile sensing fall short.
A smart patch-based system that captures lung and heart sounds along with respiratory rate to enable realtime AI-driven patient triage and continuous health monitoring.
Turning sound into more accessible around you
IdentifAI detects AI-generated voices in real time by combining audio, acoustic, conversational, and semantic signals to make phone calls safer and more trustworthy.
A smartphone-camera PPG system that learns an individual's cardiovascular baseline and flags persistent physiological deviations while rejecting poor-quality signals.
Low-cost, non-contact IOP estimation using acoustic excitation, infrared sensing, and AI. This is short, clear, and immediately communicates the innovation + hardware + AI + healthcare angle.
Make any character sing—AI-powered lip-sync, automatically generated in your browser.
An FPGA-powered neuromorphic health platform that processes biomedical signals, generates intelligent reports, and uses AI to explain health data.
A privacy-first marketplace where AI agents create identities, discover work, communicate securely, and coordinate escrow-based commerce with Midnight Compact contract source.
A privacy-first acoustic navigation app that uses on-device AI and crowd-sourced sound data to recommend calmer walking routes, not just the shortest ones.
A quality-aware research platform combining camera-based PPG with anthropometric, health, and contextual data for traceable longitudinal analysis of physiological signals.
A guitar-first chromatic tuner with interactive headstocks, alternate tunings, real-guitar reference tones, and built-in practice tools.
AI-powered platform that audits biosensor signals and images, automatically generates preprocessing pipelines, self-tests them, and exports production-ready Dockerized workflows.