From idea to working system

Projects.

Three connected directions.
Local inference, personal agents, and wireless human sensing.

Published NanoMind prototype photo showing camera and audio interfaces alongside the battery module.

01 / On-Device AI

NanoMind

A battery-powered multimodal inference system that coordinates model modules, heterogeneous accelerators, and shared memory to run a self-contained assistant locally.

Hardware prototypes, accelerator-aware runtimes, and efficient model execution. Related work includes PalmBench's measurements of compressed LLMs on mobile platforms.

Explore NanoMind
Concept illustration of a wearable visual assistant, with a person observing surroundings and rendered glasses connected to a small device.

02 / On-Device Agents

Virgile

A wearable visual-memory assistant built on NanoMind hardware, combining local vision-language inference with persistent object and face recognition.

Persistent visual memory on edge hardware. Re-Mind explores privacy-preserving personal memory; CPPO and EMBER provide related work on reasoning and memory policies.

Explore Virgile
Photograph of the MEDUSA radar motherboard with an array of RF modules and connectors.

03 / Wireless Sensing

Wireless human sensing

A distributed UWB MIMO radar system that combines wireless synchronization, multiple spatial views, and learned signal separation for contactless vital-sign sensing.

MEDUSA's distributed MIMO radar and mmPupil's glasses-mounted 60 GHz radar bring sensing into indoor, hospital, and everyday environments.

Explore MEDUSA

Within wireless sensing / Under review

mmPupil

Pupil sensing with a glasses-mounted mmWave radar and front-facing illumination context. The system separates light-driven pupil changes from cognitive signals. The paper is under review.

mmPupil wearable radar platform and illumination compensation pipeline
Wearable radar platform and illumination compensation pipeline.