Hardware Capture
Ring Buffer Queue
Zero-Copy Pack
Hardware Sync
Direct sensor data acquisition ensures raw telemetry without intermediate layers, preserving signal integrity from source.
A lock-free, static memory allocation design prevents thread starvation, crucial for single-core RTOS environments.
Efficient data serialization eliminates heap allocations, guaranteeing predictable performance and minimal overhead.
Timed delivery to cloud infrastructure aligns with hardware timers, ensuring lockstep microsecond timestamps for all data.
Static Allocation for Bare Metal
PulseEdge ensures static memory allocation across ARM Cortex-M and RISC-V targets. Zero-copy serialization removes all heap allocations during packet transport, critical for predictable runtime behavior in embedded systems.
The deterministic ring buffer design prevents thread starvation and memory fragmentation, providing robust performance even under extreme load conditions. This architecture makes PulseEdge ideal for safety-critical applications.
Inspect the Source. Validate the Performance.
Dive into the C/Rust SDK structure and verify PulseEdge's footprint and latency on your target hardware. Our team is ready to support your evaluation.