Embedded Systems & Support
Optimized and secure firmware solutions for embedded systems, paired with comprehensive long-term technical maintenance support for continuous reliability.
High-Performance Embedded Solutions
The heart of any smart hardware device is its specialized software, backed by constant support. We write robust, efficient, and secure firmware that breathes life into your hardware products, and maintain it for the long term.
Whether it's a bare-metal implementation for a resource-constrained microcontroller or a complex RTOS-based system, we optimize every line of code for power consumption, latency, and reliability, offering round-the-clock maintenance.
Key Capabilities
- RTOS-Based Embedded Systems (FreeRTOS, Zephyr)
- Bare Metal Programming for Low-Power Devices
- Low-Power Optimization & Battery Management
- Secure Over-the-Air (OTA) Updates
- 24/7 Technical Support & Troubleshooting
- Regular Security Updates & Patching
- Performance Monitoring & System Audits
Need Embedded Support?
Tell us about your requirements and we'll get back to you with a technical proposal.
Have a Project?
Tell us about your requirements and we'll get back to you with a technical proposal.
Frequently Asked Questions
- We work across a broad range of platforms including ARM Cortex-M (STM32, nRF52), Espressif (ESP32, ESP8266), Raspberry Pi, and RISC-V based microcontrollers.
- Platform selection is based on your specific requirements for processing power, connectivity, power consumption, and cost at scale.
- Our team stays current with the latest silicon offerings, enabling us to recommend the most optimal and cost-effective chip for your application.
- Yes, we have deep expertise in Real-Time Operating Systems (RTOS) including FreeRTOS, Zephyr, and ThreadX for applications requiring deterministic task scheduling.
- RTOS is recommended for complex devices managing multiple concurrent tasks, such as simultaneous sensor reading, BLE communication, and display rendering.
- We also develop bare-metal firmware for simpler, resource-constrained devices where an RTOS would add unnecessary overhead.
- Our OTA update system uses cryptographically signed firmware images verified by the bootloader before flashing, preventing installation of tampered or unauthorized firmware.
- Updates are delivered over encrypted channels (TLS/HTTPS) with rollback mechanisms to automatically revert to the previous stable version if an update fails.
- Staged rollouts allow you to deploy new firmware to a subset of devices first, validating stability before pushing to the full fleet.
- We utilize sleep modes and low-power peripherals extensively, optimizing the duty cycle so the device only wakes up for the minimum time necessary to perform its task.
- Power profiling tools (like a Power Analyzer) are used throughout development to measure and minimize current draw in all operational states.
- Communication protocol selection and message batching strategies further reduce radio transmission time, which is typically the largest source of energy consumption.
- We provide round-the-clock monitoring of critical cloud systems and firmware connections.
- Immediate response and troubleshooting for system outages or severe runtime runtime software bugs.
- Regular monthly security audits and patches, and continuous OTA updates to keep your hardware and software secure.