Deterministic Runtime Architecture
A runtime architecture engineered for bounded latency and predictable behavior across mixed-criticality embedded workloads — measured on the reference board at a ~88 µs bare-metal Cortex-A55 to Cortex-M33 round-trip floor (~44 µs one-way) with zero message loss, and a ~20% lower mean round trip from removing the RTOS on the control core in a controlled same-board comparison.
Key Capabilities
01Deterministic scheduling and bounded-latency execution
02Memory isolation and partitioned resource management
03Multi-core orchestration (SMP / AMP) with workload separation
04Performance monitoring and real-time system diagnostics
05Bounded, closed-loop execution model (sense, infer, decide, act)
06Measured latency distributions (p50 ~106 µs idle at 96 B, ~136 µs under concurrent NPU-plus-GUI load; p90 ~137 µs idle, ~193 µs loaded; p99 ~157 µs idle, ~385 µs loaded), with zero errors and zero drops across 30,000+ messages
Architect Your Next Mission-Critical Platform
For safety-critical, high-performance, and security-sensitive systems
Engage Edges AI Systems to architect, secure, and deliver deterministic embedded and Edge AI platforms — from silicon bring-up to real-world deployment.