Embedded Systems Development

Transform your product vision into market-ready solutions with full-cycle development from initial concept through design, prototyping, testing, and manufacturing support. We manage the complete development process—requirements definition, technology selection, regulatory planning, and production transition—ensuring your product meets technical specifications, cost targets, and time-to-market goals. Accelerate innovation with our cross-functional expertise in hardware, firmware, mechanical integration, and compliance testing.

Design high-reliability circuit boards and electronic assemblies optimized for industrial environments with expertise in analog, digital, mixed-signal, and power electronics. Our PCB designs incorporate EMC considerations, thermal management, component selection for extended temperature ranges, and design-for-manufacturing principles that ensure producibility and long-term reliability. From schematic capture through layout, prototyping, and design verification, we deliver production-ready designs with comprehensive documentation and BOM optimization.

Develop robust, real-time firmware for microcontrollers and embedded processors using C/C++, RTOS (FreeRTOS, Zephyr), and bare-metal programming optimized for resource-constrained systems. Our firmware engineers implement device drivers, communication stacks, sensor interfaces, and control algorithms with rigorous testing, code reviews, and compliance with MISRA-C and safety standards. Ensure reliable operation in harsh industrial conditions with watchdog implementations, error handling, and field-updatable firmware architectures.

Create connected industrial devices with integrated wireless communication (Wi-Fi, Bluetooth, LoRa, cellular) and industrial protocols (MQTT, Modbus, OPC UA) for seamless cloud and edge integration. We design complete IoT solutions including sensor integration, edge processing, secure authentication, and power-efficient communication strategies that balance data transmission with battery life. From proof-of-concept prototypes to certified production devices, we deliver end-to-end IoT product development with cloud connectivity and remote management capabilities.

Engineer ultra-low-power embedded systems for battery-operated industrial sensors, portable instruments, and remote monitoring devices with months to years of battery life. Our power optimization strategies include sleep mode management, dynamic voltage scaling, efficient peripheral usage, and energy harvesting integration to maximize operational lifetime. Achieve industry-leading power efficiency through careful component selection, firmware optimization, and power budgeting that meets your deployment requirements.

Harness the parallel processing power of FPGAs for deterministic control, high-speed data acquisition, custom signal processing, and specialized I/O requirements that exceed standard processor capabilities. Our LabVIEW FPGA experts develop custom logic for PXI and CompactRIO platforms, implementing digital filters, custom protocols, synchronous timing, and hardware-accelerated algorithms with nanosecond precision. Bridge the gap between hardware flexibility and software productivity with LabVIEW FPGA solutions that deliver ASIC-level performance with reconfigurable hardware.