Embedded System Design

Innovative Embedded System Design for Smarter, Faster, and Reliable Solutions

Overview

At ARi, we specialize in embedded system design that spans the entire lifecycle—from hardware-software co-design to Board Support Package (BSP) development and real-time embedded systems engineering. Our proven experience in custom embedded product development ensures that your system architecture, performance, and compliance needs are met with precision and scalability.

We adopt a holistic approach that combines embedded architecture design, embedded hardware design, and embedded firmware development into an integrated service model. Whether you’re building next-gen automotive controllers or designing an edge AI platform, our team ensures that performance, power efficiency, and system security are built in from the start.

With deep expertise in RTOS-based solutions, proprietary stack integration, OS porting, and automated testing, ARi enables OEMs and Tier-1s to reduce time-to-market while meeting the demanding requirements of embedded reliability and safety.

Ready to bring your product vision to life with robust embedded system design?

Services

System Architecture & BSP Development

  • Embedded system architecture design
  • Board Support Package (BSP) Development for custom boards
  • Hardware abstraction layer and device driver integration
  • Operating system porting (Linux, RTOS, etc.)

Application & Firmware Development

  • RTOS-based application development (FreeRTOS, QNX, VxWorks, etc.)
  • Embedded firmware development and optimization
  • Proprietary and third-party stack integration (e.g., CAN, LIN, Modbus, BLE, Zigbee)
  • Low-level and middleware software development

Software Verification & Testing

  • Functional and system-level validation
  • Software Verification and Validation (V&V)
  • Automated system and regression testing
  • Static code analysis and compliance testing (MISRA, ISO 26262)

Custom Embedded Product Development

  • End-to-end embedded product prototyping and development
  • Custom hardware-software co-design
  • Performance tuning and resource optimization
  • Long-term maintenance and support for embedded deployments

Benefits

  • End-to-End Expertise – From concept to deployment, we handle embedded hardware design, embedded firmware development, and system integration for seamless custom embedded product development.
  • Real-Time & Scalable Solutions – Optimized for real-time embedded systems, our embedded architecture design ensures high performance for mission-critical applications.
  • Reduced Time-to-Market – Agile development with rigorous testing for faster delivery.
  • Cost-Effective Customization – Tailored solutions to fit your budget & technical requirements.

Save cost and time

Easy tracking of errors

Optimal utilization of existing resources

Case Studies

Customer Success
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Frequently Asked Questions

We serve automotive (ADAS, ECUs), medical (FDA-compliant devices), industrial automation (PLC, robotics), consumer electronics, and IoT sectors. Our custom embedded product development covers everything from low-power edge devices to real-time embedded systems for mission-critical applications.

Yes! We develop firmware for RTOS (FreeRTOS, Zephyr, Micrium) and bare-metal systems, with deep expertise in Board Support Package (BSP) development for seamless driver integration and hardware abstraction.

Beyond secure boot and encrypted updates, we conduct penetration testing, adhere to MISRA C guidelines, and implement hardware-based TPM/HSM modules in our embedded firmware development lifecycle.

Absolutely. We specialize in transitioning from 8/16-bit MCUs to ARM Cortex-M/R cores, including OS porting (e.g., Linux to RTOS), BSP adaptation, and peripheral driver redevelopment.

Our rigorous process combines automated unit/regression tests, HIL testing with LabVIEW/dSPACE, and ISO 26262-compliant tools like LDRA for safety-critical systems.

From embedded hardware design (schematic/PCB/layout) to firmware development and cloud connectivity, we deliver turnkey solutions with DFMEA support and EMI/EMC compliance testing.

We employ techniques like dynamic voltage scaling, sleep-mode scheduling, and low-power MCU selection to extend battery life in IoT/portable devices.