Embedded peripheral drivers, bare-metal firmware, and closed-loop control.
We write low-level C/C++ and systems software that interfaces directly with board-level buses (SPI, I²C, GPIO, PWM), sensors, and industrial displays—statically allocated at boot time to run unattended for years.
> 75%less bus traffic to industrial displays
Partial display updates
Differential frame comparison transmits only modified page and column windows over the serial display bus.
Unattended industrial and medical devices cannot tolerate dynamic memory fragmentation, floating-point jitter, or bloated user-space libraries. We engineer deterministic firmware and kernel-interface drivers backed by hardware watchdog supervision.
Direct SPI, I²C & GPIO bus drivers
Zero-wrapper drivers communicating directly with kernel device interfaces and peripheral registers for sensors, actuators, and OLED/TFT displays.
Zero-fragmentation static memory
Framebuffers, DMA descriptors, and control state vectors are pre-allocated at compile or boot time with zero runtime heap allocation.
Fixed-point PID control loops
Closed-loop thermal and actuator governors implemented in 32-bit fixed-point arithmetic with integral windup protection and monotonic timing.
On-device signal & image pipelines
Deterministic noise filtering, morphological analysis, and encrypted storage executed locally on the embedded processor without cloud dependencies.
Case study
Industrial automation and machinery Embedded peripheral drivers and a closed-loop thermal controller Read specificationServices
Discuss your system architecture.
Share your operational constraints, target environment, and integration requirements. Our engineers will prepare a structured technical scope.