By Science, for science.
We developed Nexus to streamline our own neural engineering research and development work, and to empower researchers dedicated to improving the lives of people with debilitating medical conditions.
Nexus is fully compatible with Synapse, leveraging a single API to integrate a wide range of hardware into your experimental workflow. From neural interfaces to behavioral sensors, Nexus makes it easy to bring all your devices and data into view.
Easily detect configured Synapse devices on your network.
Your experimental data stays on your hardware.
Easily configure Synapse signal chains for on-device processing.
Nexus organizes all your experimental data on a single timeline making it easy to navigate your research. Zoom into millisecond-level events with precision timestamps or out to week-long trends. Filter experimental conditions and metadata with a few simple clicks, ensuring you can focus on what matters most: your research.
Receive precision timestamps from every external signal source to ensure your data is always in sync.
Quickly scrub through the timeline to find the trials or sessions your analysis requires.
Browse by rich metadata to reach into the data and find the specific events you need.
From mazes to center out to Mario Kart, Nexus allows you to build any experiment for any interface devices. Control tasks dynamically via point-and-click or via API.
Nexus ensures that your data is secure at every stage. Data is encrypted both on-disk and in-transit to keep sensitive media secure. All cloud integrations are optional, and your experimental data never leaves your hardware without your explicit consent and opt-in.
We developed Nexus to streamline our own neural engineering research and development work, and to empower researchers dedicated to improving the lives of people with debilitating medical conditions.
Intuitive and comprehensive suite of tools to design, program, and run neuroscience experiments.
Electronics that process, store, and transmit signals between probes and the network.
Tissue-contacting elements designed for high precision detection and stimulation of neural signals.
Manufacturing, assembly and packaging of micro scale MEMS and IC devices.