Sensinya develops event-driven neuromorphic processors, micro-radar telemetry fabrics, and real-time sensory perception models for high-consequence edge environments.
Bridging physical signal acquisition with biological-inspired neural networks on edge silicon.
Event-driven neuromorphic core executing continuous sensory inference with sub-milliwatt dissipation, eliminating traditional clock cycle bottlenecks.
Microsecond-aligned sensor fusion engine synthesizing LiDAR, micro-Doppler radar, and high-frequency acoustic streams on local edge nodes.
Decentralized node-to-cloud mesh telemetry featuring hardware-enforced cryptographic attestation and air-gapped local failover resilience.
Combining decades of specialized leadership in mixed-signal semiconductors, sensory telemetry, and mission-critical embedded software.