WagonVolts delivers end-to-end embedded engineering — custom Yocto OS builds, Linux drivers and applications, automotive and industrial HMI, ARM bare-metal firmware, embedded AI deployment, OTA updates, hardware design, DevOps, and rapid MVP development.
Deep-level engineering for high-level innovation.
Custom Linux from board bring-up to production — BSP development, kernel configuration, device tree authoring, and Yocto/Buildroot image builds.
Responsive, high-performance graphical interfaces — real-time telemetry dashboards, multi-process IPC, and low-latency video streaming with GStreamer.
Bare-metal and RTOS-based firmware for ARM Cortex-M and TI processors — low-latency control logic, peripheral drivers, real-time process monitoring.
Low-level driver development for hardware peripherals — I²C, SPI, UART, CAN, and DMA integration with clean hardware abstraction layers.
Secure, reliable device connectivity from sensor to cloud — MQTT brokering, RESTful APIs, TCP/IP socket programming, and AWS IoT integration.
Firmware for BEV components, ISO 15118 / DIN 70121 EV charge controllers, Battery Management Systems, and HIL validation via MATLAB/Simulink.
Battle-tested stack forged through an extensive history of shipping high-stakes embedded products across automotive, industrial, and IoT sectors.
Deep domain knowledge in the industries that demand the most from embedded systems.
BEV control units, EV charge controllers, CAN telemetry, battery health monitoring, and HIL validation.
Multi-sensor monitoring systems, industrial HMIs, and real-time process control for factory automation.
Li-ion Battery Management Systems, CAN-based BMS-to-inverter communication, and BLDC motor control.
IoT-connected appliances, smart heating controllers, AWS IoT via MQTT, and automated production test fixtures.
Understand your hardware constraints, software requirements, and timeline. Define architecture and tech stack before a single line of code.
Hardware-software co-design, BSP selection, RTOS vs Linux decision, driver architecture, and IPC strategy mapped to your product requirements.
Iterative embedded development with frequent hardware-in-loop testing, code reviews, and regular milestones against your deliverables.
Thorough HIL and system testing, MATLAB/Simulink validation, full documentation, and source handover with deployment support.
Led by a team of veteran founders and engineers, we specialize in delivering comprehensive, end-to-end product solutions tailored for the automotive and industrial sectors. Our expertise spans the entire technical stack—from hardware design and ARM microcontrollers to Embedded Linux and scalable IoT cloud applications. We bridge the gap between rugged physical hardware and high-level digital intelligence to power the next generation of industrial innovation.
Tell us about your embedded project — hardware platform, requirements, timeline. We'll respond within one business day.