We develop brain-computer interfaces and neural technologies that improve healthcare and enhance human capabilities. Our work includes brain monitoring, neurostimulation, and assistive devices.
BCIEEGNeurostimulationAssistive devices
We design connected systems that integrate devices and data. Our solutions enable smarter homes, healthcare, cities, and industries.
EmbeddedWirelessSensorsEdge compute
See BI-EINK and BI-VL53L9CX-DM.
We use data to solve complex problems. Through machine learning and advanced analytics, we turn data into insights that drive better decisions.
Machine learningTime seriesStatisticsModelling
See FablePool, our crowdfunded AI-built software experiment.
We take ideas from concept to working prototype. Whether it’s a medical device, wearable, or custom electronics, we design and build solutions ready for testing and deployment.
Industrial designPCB layoutEnclosuresMedical devices
See BI-VL53L9CX-DM.
Open-source evaluation board for ST’s VL53L9CX. MIPI CSI-2, I3C and I2C. Bring your own host.
Battery-powered 7.5″ e-paper display that joins your Wi-Fi and updates from one dashboard. Holds its image at zero watts.
People pool credits behind a software idea; when the pool fills, AI builds it in public, spend and logs included.
If it can be imagined, we can build it.
Neurotechnology, IoT, data science and design under one roof — signal, silicon, software and the enclosure it ships in.
