/ WHAT WE BUILT
Six proprietary layers of AI infrastructure — from bare-metal quantum coherence to high-level agentic orchestration. No vendor dependencies. No black boxes.
Sub-0.8ms on-device inference at P99. Our edge nodes deliver 40 TOPS of sustained throughput — no round-trips, no cloud dependency, no data exfiltration. The decision happens at the sensor, not the server.
48-qubit coherent arrays per node linked via proprietary photonic interconnect, delivering 4.8 ExaFLOP/s of training throughput. A distributed quantum lattice that scales horizontally without coherence degradation.
Bell-state quantum key distribution. Any eavesdropping attempt physically collapses the entangled photon pair — interception is not just prevented, it's mathematically detectable. Post-quantum, zero-intercept by the laws of physics.
99.9997% guaranteed uptime backed by a triple-redundant distributed mesh. Each node operates as an independent failure domain. No single point of failure exists anywhere in the stack — by architecture, not by policy.
Constitutional V3 — our alignment layer is enforced at the silicon level, not the policy level. Operational boundaries are pre-approved by an independent ethics board on a 90-day review cycle. Capabilities cannot be invoked outside approved parameters.
On-device only. Zero cloud exfiltration by design. All inference, memory operations, and model outputs remain within the defined perimeter. Our architecture is incapable of bulk data transmission — not configured to prevent it.
/ NEURAL ROUTING
Pathfinding permutations per second
Traditional networks route data through static topologies — they can't adapt to mission-critical failure states in real time. Synapse's neural routing engine builds a living graph of the inference environment, dynamically re-weighting edges and spawning new nodes as conditions change.
Inspired by biological dendritic branching, each routing decision incorporates contextual salience, temporal recency, and downstream consequence modeling — simultaneously.
The result: an infrastructure that heals, adapts, and improves every time it's stressed.
/ ENTANGLEMENT PROTOCOL
Synapse's Quantum Key Distribution layer uses Bell-state entangled photon pairs to establish provably unhackable communication channels between distributed nodes. Any eavesdropping attempt collapses the quantum state — making interception physically detectable.
This is not experimental research. We have deployed this protocol across three classified institutional networks. It runs in production today.
Request Technical Briefing →