We write reliable, maintainable C firmware for bare-metal embedded systems in mission-critical applications. Our experience includes bringing up and supporting platforms such as the MSP430, NXP Kinetis (K64), and ARM Cortex-M series microcontrollers. We develop customized SPI, I2C, and UART drivers to interface with sensors, actuators, and custom peripherals, ensuring deterministic and efficient communication.
Whether you’re developing a new board or troubleshooting an existing one, we bring a deep understanding of low-level systems and signal timing. Our debugging process is meticulous—we routinely use JTAG/SWD interfaces, logic analyzers, and oscilloscopes to pinpoint subtle bugs, electrical issues, or firmware misbehavior.
From initial power-up and peripheral configuration to production-ready firmware, we help ensure your embedded system runs predictably and performs reliably in the field.
We design and validate custom hardware systems built for reliability, efficiency, and real-world performance. Whether you’re building a mission-critical controller or a battery-powered sensor platform, we deliver circuit designs and PCBs that meet stringent requirements for power, precision, and durability.
Our expertise spans low-power analog and digital design, with experience in creating systems that operate for months or years on a single battery. We focus on optimizing power domains, selecting low-leakage components, and implementing effective sleep/wake strategies to reduce energy consumption without sacrificing responsiveness.
For more demanding applications, we build hardware designed to survive harsh conditions and perform without fail. From signal conditioning and EMI mitigation to overvoltage protection and redundant communication paths, our designs are built with resilience in mind.
We back our designs with rigorous validation—using oscilloscopes, logic analyzers, and bench instrumentation to confirm timing, signal quality, and edge-case behavior. Our process ensures your hardware doesn’t just look good on paper—it performs reliably in the field, under pressure.
We also support compliance-driven development, with experience designing to meet standards such as RoHS, CE, and FCC Class B. From proper creepage/clearance practices and ESD protection to EMI mitigation and documentation for self-declaration, we help ensure your hardware meets the regulatory demands of both domestic and international markets. If you’re preparing for lab certification, we can support pre-compliance testing and iterative design adjustments to improve your pass rate and reduce surprises.
We specialize in integrating hardware with modern software tools to streamline development, testing, and deployment. Whether you’re looking to automate lab equipment, remotely manage embedded devices, or visualize real-time data, we build clean, maintainable systems that scale with your needs.
Our solutions are built primarily in Python, with support for Modbus, serial protocols, and custom device interfaces. We rapidly develop lightweight software tools and user interfaces to bring hardware online fast—ideal for early-stage prototyping, field diagnostics, or internal testing workflows. Whether it’s a simple Tkinter app, a web-based dashboard using Flask, or headless automation, we tailor the tool to the task.
To ensure consistency across environments, we containerize applications using Docker—making it easy to deploy and maintain systems across development machines, test stations, or remote units. We structure our containers for modularity, secure communication, and integration with cloud services or local infrastructure.
We also support automated data collection, control logic, and test orchestration. From standalone calibration rigs to distributed monitoring systems, we help teams move faster and with greater confidence—no fragile scripts or manual routines required.
Whether you need to scale lab throughput, validate firmware, or monitor systems in the field, we deliver reliable software that connects, controls, and scales with your hardware.
