Organosynthetic Super Intelligence
A neuroscience-inspired, event-driven compute platform designed for adaptive intelligence in robotics and autonomous systems.
Watch · 47-second platform overview
Developing the synthetic brain for robotics
Tell us where you are building and whether you want to evaluate OSSI or explore a technology, R&D or commercial partnership.
Most neuromorphic players sit in one of three lanes — edge efficiency, sensor vision or research platform. OSSI is building the multi-region architecture none of them are.
High potential, early traction — a differentiated architectural thesis with a sharp beachhead in robotics and defence-oriented edge intelligence.
Optimise efficiency at a single narrow task. We span seven cognitive functions.
Locked to a modality. Our architecture generalises across visual, audio and sensory streams.
Validate the field at scale but don't ship a focused commercial wedge. We do.
The OSSI platform is organised as seven cooperating processing regions — each suited to a different class of signal or behaviour — exchanging spikes over event-driven routing rather than waiting on batched clocks.
The view shown here is an illustrative diagram of the architecture, not a chip map.
OSSI is running an evaluation pipeline with robotics teams — simulated workloads first, then FPGA prototypes carrying your task profile.
Simulated workloads on your task profile
FPGA MVP into your autonomy stack
Feedback shapes the next iteration
Event-driven processing aims to reduce unnecessary computation by responding to meaningful changes.
On-chip learning lets behaviour update in the field, without round trips to the cloud or a retrain cycle.
Latency follows signal arrival, not batch schedules — critical for balance, manipulation and fast-moving perception.
A rare combination of clinical neuroscience, frontier neuromorphic research and decades of silicon-grade engineering — supported by ex-SpaceX, ex-ARM and ex-Deloitte team members — assembled to execute on adaptive, real-world AI.
Co-founder & CEO
Clinical neuroscientist turned operator. Leads vision, commercial strategy and partnerships at OSSI.
Co-founder & CRO (Chief Robotics Officer)
One of Europe's leading voices in neuromorphic computing and cognitive robotics.
Lead Neuromorphic Algorithm Engineer
30+ years in AI and neural-network engineering with direct SpiNNaker2 lineage from a leading UK university group. 15+ peer-reviewed publications spanning silicon, simulation and spiking neural networks.
Hardware Silicon Lead Engineer
Ex-SpaceX with over 25 years of experience in FPGA and custom ASICs — spanning silicon architecture, tape-out readiness and high-reliability systems.
Neuromorphic Hardware Advisor
Senior contributor to next-generation neuromorphic silicon programs in Europe — deep expertise in low-power compute architectures and event-driven processing.
Robotics & Embodied AI Advisor
Founder-level operator in autonomous robotics, advising on real-world deployment of adaptive control and sensorimotor learning systems.
Industry & Governance Advisors
Ex-ARM and ex-SpaceX directors, together with ex-Deloitte leadership — deep-tech board operators and industry advisors across the UK, EU and US.