Embedded software development services

Embedded architecture design is crucial for creating scalable, high-performance embedded systems that integrate hardware and software effectively.

• System-level architecture
  We design modular and scalable system-level architectures that clearly define hardware and software responsibilities. This approach helps us ensure proper communication between components, ease the maintenance, and accelerate development cycles, enabling smooth integration with evolving product requirements and future technologies.
• Microcontroller & microprocessor selection
  Our engineers analyze your app’s performance, power, and cost needs to select the most suitable MCU or MPU. This thorough selection guarantees optimal system behavior, whether you need low-power operation, real-time processing, or high-speed data handling.
• Peripheral & sensors integration
  We ensure flawless integration of sensors, actuators, and peripheral devices by implementing reliable communication protocols such as I2C, SPI, UART, and CAN. Our solutions guarantee consistent data flow, system stability, and accurate sensor-to-processor interactions in embedded environments.
• Memory & power management
  We implement intelligent memory and power management strategies to minimize consumption while growing the performance efficiency. Techniques include dynamic power scaling, sleep modes, and efficient memory distribution, helping your embedded device run longer and with better reliability, especially in resource-constrained environments.
• Implementing security features
  We integrate embedded security from the ground up, including secure boot processes, encrypted firmware, and hardware-level protections. These features defend against unauthorized access, tampering, and data breaches, ensuring your system remains resilient against current and future cybersecurity threats.

Deliver high-performance firmware tailored to your hardware using Rust, C, and C++.

• Development of custom firmware for embedded devices
  The embedded software design services we provide help creater custom firmware that directly interfaces with your hardware, ensuring optimal management, stability, and performance. Our custom solutions closely align with your device’s intended functionality and environmental constraints, ranging from industrial controllers to consumer electronics.
• Creation of user-facing or system-level applications running on embedded platforms like Linux or Android
  Our team builds strong system-level services and instinctive user-facing applications for embedded Linux and Android platforms. These applications enable device functionality, UI interactions, and seamless integration with cloud services, making your product both intelligent and user-friendly.
• Bare-metal and RTOS-based firmware development
  We develop firmware for both bare-metal systems and real-time operating systems (RTOS) like Zephyr, FreeRTOS, and others. This flexibility ensures your solution achieves real-time responsiveness, minimal latency, and efficient execution in performance-critical and resource-constrained environments.
• Optimization of power consumption and processing efficiency
  We implement low-power techniques such as deep sleep modes, clock gating, and efficient task scheduling. These strategies help extend battery life and reduce thermal load while maintaining responsive performance, essential for wearable, remote, and battery-powered embedded systems.
• Secure bootloader and firmware update mechanisms
  We create secure bootloaders and implement encrypted over-the-air (OTA) firmware updates, guaranteeing that only verified and trusted software runs on your devices. This protects against unauthorized changes and enables safe, scalable firmware versioning across your hardware fleet.

Enhance embedded systems with AI-driven real-time decision-making.

• AI/ML model integration for edge devices
  We embed trained AI/ML models into edge devices to enable local, real-time decision-making without reliance on constant cloud connectivity. This approach reduces latency, enhances responsiveness, and ensures smarter device behavior in security, manufacturing, healthcare, and smart home environments.
• Computer vision and real-time data processing
  We integrate advanced computer vision algorithms and real-time signal processing capabilities into embedded systems, enabling object detection, image recognition, and contextual understanding directly on the device. This empowers automation, surveillance, and interactive systems to interpret their surroundings intelligently.
• Predictive analytics and anomaly detection
  Our embedded AI solutions include predictive models that monitor device behavior, detect anomalies, and forecast maintenance needs. This enables early fault detection, reduced downtime, and better system health management—ideal for industrial, automotive, and healthcare IoT environments.
• AI optimization for low-power embedded systems
  We optimize AI workloads for constrained embedded environments by applying quantization, pruning, and model compression techniques. These optimizations ensure efficient inference on devices with limited processing power and energy, without compromising performance or accuracy in edge applications.

Adopt Rust for secure and high-performance embedded systems.

• Rust migration from legacy C/C++ systems
  We help modernize legacy C/C++ codebases by resettling them to Rust to provide better memory safety, concurrency, and long-term maintainability. Our approach ensures minimal disruption while enhancing system performance, security, and developer productivity in embedded environments.
• Safe and efficient Rust-based firmware development
  Our team builds embedded firmware using Rust to take advantage of its zero-cost abstractions, memory safety guarantees, and concurrency support. This results in highly efficient, low-footprint firmware that’s secure by design and ideal for mission-critical embedded applications.
• Training and consulting on Rust best practices
  We provide expert guidance and team training on leveraging Rust effectively in embedded systems. From idiomatic Rust usage to hardware-specific considerations, our consulting ensures your developers write safe, maintainable, and high-performance code aligned with industry standards.
• Performance and security optimization with Rust
  Using Rust’s powerful tooling and safety features, we fine-tune performance-critical components while eliminating common vulnerabilities like buffer overflows or race conditions. Our optimization practices lead to reliable, high-speed execution without compromising security or system integrity.

Ensure reliability, security, and performance with comprehensive testing.

• Unit, integration, and system-level testing
  We apply a layered testing strategy, in particular, unit tests for individual functions, integration tests for component interactions, and system-level tests for end-to-end behavior. This broad approach provides firmware reliability, stability, and accurate hardware-software coordination before deployment.
• Compliance and security testing for industry standards
  Our testing processes validate that your firmware complies with industry-specific standards such as ISO 26262, IEC 62304, or FDA requirements. We also run security audits to determine and mitigate exposures that could compromise device safety or data integrity.
• Performance benchmarking and stress testing
  We measure firmware responsiveness, resource usage, and fault tolerance under closed-to-real and extreme conditions. Stress testing reveals performance bottlenecks and memory leaks, confirming that your embedded system remains stable even under heavy load or environmental stress.
• Automated testing frameworks for embedded firmware
  We implement automated testing pipelines using CI/CD tools and hardware-in-the-loop setups to speed up validation and reduce human error. Automation ensures continuous quality control and faster iteration during development and post-deployment firmware updates.