We are systems engineers, kernel programmers, and physics researchers who believe software should touch the real world. We write bare-metal Rust, C++, and SIMD assembly to safeguard the world's turbines, power grids, and manufacturing facilities from catastrophic failure.
We don't wrap third-party language models in electron shells. We write low-level deterministic software where every microsecond, memory allocation, and CPU cache line is accounted for.
When our code executes, million-dollar turbomachinery stays running, energy platforms avoid flaring, and technicians work safely under deterministic digital interlocks.
Every engineer owns their domain from sensor-level driver design to bare-metal plant deployment. We value deep curiosity, technical rigor, and bias for production execution.
Competitive equity, comprehensive benefits, and the opportunity to build foundational industrial technology.
Architect zero-copy ring buffers and kernel-bypass network drivers handling 1M+ continuous telemetry events/sec on ruggedized edge hardware.
Design deterministic envelope demodulation and Hilbert transform algorithms mapping ultrasonic vibration transients to ISO 14224 failure modes.
Implement low-latency protocol drivers for Siemens S7, Modbus TCP, Ethernet/IP, and Emerson AMS interfaces running directly on air-gapped IPCs.
Build sovereign Merkle audit ledgers, automated continuous integration for bare-metal targets, and zero-trust cryptographic perimeter verification.