Science Ecosystem
Full-stack neural engineering platform
The world's most advanced neural interfaces are built on the Science Ecosystem
Our clinical-grade neural engineering research and development platform offers a complete set of world-class plug-and-play software and hardware solutions built to meet the needs of the most rigorous brain-computer interface applications.
Powered by Synapse OS, the ecosystem enables on-device signal processing and compute in real-time, with over-the-air access to data streams from any position in the signal chain. Our modern, modular tooling accelerates development and lets your team focus on innovating where it matters most.
Collaborate with Science
Science Ecosystem's power and adaptability comes from its unique three-part architecture
By streamlining BCI systems into three parts, the headstage, the adapter, and the probe, the Science Ecosystem enables a modular approach to BCI development.
Probes directly contact with the brain to record and stimulate neural activity
Adapters convey data and power between the probe and the headstage
Headstages provide ultra-low latency data processing for on-device signal processing and real-time compute
Headstages
On-device compute for ultra-low latency data processing
Our headstages serve as the intelligent hub of your signal chain. Whether running complex lab models or delivering real-time clinical data, this edge-first architecture puts processing exactly where it’s needed.
SciFi
SciFi handles high-bandwidth data acquisition and compute, configurable signal chains, data streaming over WiFi 6, plug-and-play discovery, with onboard storage and power. Explore SciFi
Overear
Overear is the next generation of wearable BCI technology, packaging signal processing and compute into a compact, comfortable form factor designed for continuous daily use.
Glasses
Glasses are the powerful eye-tracking and projection device illuminating the breakthrough PRIMA retinal implant. Explore Glasses
All powered by the Synapse OS
The standard API for Science devices. Define on-device signal chains, stream neural data over the network, and control hardware with client libraries. Explore Synapse
Adapters
Bridge the gap to future innovation with Axon probe adapters
Designed to support standard legacy probe connectors as well as next-generation, fully implantable recording and stimulation probes.
Via Thru-Skin Transceiver
Modular high-bandwidth wireless data and power, through-skin, enables flexibility in probe design without the need for implanted batteries or major electronics.
Legacy Probe Adapters
Plug-and-play support for existing probe interface standards to turn your SciFi into a drop-in replacement for legacy acquisition systems.
Probes
Build your probe with us, or bring your own
We'll meet you where you are, with full-service fabrication, open documentation for custom probe development, and support for your specific application.
Science Foundry
Our commercial MEMS foundry with 80+ advanced tools, supports projects from early-stage process development through volume production. Build on the same infrastructure that powers our own R&D. Explore Foundry
Build Your Own
Design and fabricate custom probes around our Nixel recording ICs and Pixel stimulation ICs, with full documentation and reference designs. See Documentation
Focus on your innovation
Bring your probe
Bring your own innovative probe technology, or work with Science’s Foundry to develop something new. With world-class engineered integration solutions, off-the-shelf technology, and full service foundry support, we meet you where you are.
Ecosystem
Bring your model
Connect your analysis pipelines, ML models, or custom software through the Synapse SDK to stream neural data directly into your tools over standard protocols. Client libraries provide typed access to every signal chain on the headstage.
Ready to start building?
Tell us about your project and we'll connect you with the right team — whether that's probe engineering, headstage integration, software, or fabrication. A few details will help us respond more effectively:
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Hardware
Will you use our probes, design your own, or bring existing hardware?
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Application
What indications or research questions are you targeting?
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Timeline
Is this an acute study, a chronic implant, or early-stage exploration?
