Hire Firmware Engineers Specializing in IoT & RTOS

We develop responsive, low-latency firmware for consumer products including audio, cameras, wearables and smart appliances. Our engineers implement Bluetooth, Wi-Fi, USB and multimedia stacks, optimize power and boot times, and ensure seamless integration with mobile apps and cloud services. QA includes hardware-in-loop testing, logic analyzer traces and OTA update strategies to maintain product quality over lifecycle.

Delivering safety-focused firmware for automotive and mobility solutions, we implement MISRA-compliant code, AUTOSAR-aware drivers, CAN/CAN-FD, LIN and Ethernet connectivity, and real-time diagnostics. Engineers optimize interrupt timing, power management and boot reliability while collaborating with hardware and safety teams to meet ISO 26262 goals and production-grade testing requirements.

We build compliant, secure firmware for medical devices with emphasis on functional safety, traceable documentation and risk management. Expertise includes low-latency sensor interfacing, secure boot, cryptography, OTA with validation, and validation testing on real hardware. Teams follow regulatory best practices and create detailed device logs, release notes and verification artefacts to support approvals.

Create robust firmware for PLCs, motor controllers, HMIs and industrial sensors. Our engineers design deterministic RTOS applications, implement EtherCAT, Modbus and fieldbus protocols, and optimize for harsh environments and long-term reliability. Focus on predictive maintenance telemetry, secure firmware update pipelines and integration with SCADA and cloud platforms for Industry 4.0 deployments.

From constrained MCUs to edge gateways, we architect firmware for secure, scalable IoT devices. Services include low-power design, sensor fusion, BLE, Thread, LoRaWAN and MQTT implementations, OTA management, and edge data pre-processing. We ensure interoperability, lifecycle management, and cloud integration while applying robust security and telemetry for device fleets.

Engineering flight-grade and defense firmware with strict timing, redundancy and security requirements. We deliver RTOS-based avionics, CAN/ARINC bus interfaces, secure boot and cryptographic protections, and rigorous hardware-in-the-loop validation. Teams document requirements, run FADEC-style diagnostics and support certification processes for high-reliability airborne systems.

Design firmware for routers, switches, base stations and IoT gateways with focus on high throughput, protocol stacks and secure connectivity. Our engineers implement TCP/IP, UDP, MQTT, PPPoE, hardware offload drivers, and optimize packet processing, memory usage and boot resilience. Support includes automated testing, firmware versioning and scalable OTA strategies for carrier-grade deployments.