Core Competencies

We design and engineer ultra-high-reliability, real-time embedded safety electronics for critical mechanical deployments. Specializing in advanced STM32 microcontroller architectures, we develop multi-layered sensor arrays featuring hardware and firmware redundancy to eliminate single points of failure in high-stakes environments.

• Advanced Multi-Layer PCB Design: Experienced in complex, noise-immune 4-layer PCB routing layout optimizing signal integrity for low-voltage sensor lines right alongside high-current power networks.
• Real-Time Embedded Firmware: Development of tight, microsecond-level firmware execution loops optimizing hardware interrupts, watchdogs, and status registers to ensure the system cannot lock up or fail mid-cycle.
• Low-Latency Squib Firing Circuitry: Designing safe, robust Infineon MOSFET-based actuator firing paths engineered to deliver high-current energy bursts instantly when deployment criteria are met.

Differentiators & Core Architecture

• Triple Modular Redundancy (TMR): Engineered a proprietary hardware/firmware architecture utilizing three independent IMUs tracking simultaneously with a real-time two-out-of-three voting system to eliminate single points of failure, preventing accidental triggers or missed deployments.
• High-Speed Sensor Fusion: Microsecond-level telemetry processing loops capable of executing instantaneous, high-frequency decision logic for real-time deployment.
• Military-Grade Systems DNA: Built on a career foundation managing high-consequence technology environments—including military-base weapon systems guidance, cruise missiles, and GPS technologies—bringing a rigorous, disciplined approach to personal protection safety systems.