Production-Ready Platforms
Proven platforms built on leading SoC and SoM designs. Complete hardware, OS, drivers, middleware, and tools—validated, integrated, and open source.
Choose Your Starting Point
Each platform provides a complete, tested foundation—hardware designs, bootloaders, Linux/RTOS ports, drivers, and middleware all stable and proven. Build your application on solid ground.
Hardware Platform
Our in-house developed hardware platforms are built on proven SoC and SoM designs, reducing time to market with pre-validated components. All hardware designs are open source and available on GitHub.
Developed base schematics and PCBs based on leading SoC and SoM designs with integrated components:
- • RAM modules (LPDDR4/DDR4)
- • Storage interfaces and controllers
- • Power management ICs
- • Clock generation and distribution
- • Open-source designs on GitHub
Pre-integrated sensor subsystems for rapid prototyping:
- • Environmental (temp, humidity, altitude)
- • IMU (accelerometer, gyroscope)
- • Barometric pressure sensors
- • Ambient light sensors
- • Proximity sensors
Support for multiple storage mechanisms:
- • NVMe SSD (M.2, PCIe)
- • eMMC (onboard storage)
- • SD/microSD card slots
- • EEPROM (configuration data)
- • QSPI NOR flash
Proven power distribution circuits:
- • Multi-rail power supplies
- • Battery management support
- • Hot-swap capabilities
- • Over-current/voltage protection
- • Power sequencing and monitoring
Comprehensive communication interfaces:
- • Gigabit Ethernet, WiFi 6, Bluetooth 5
- • USB 3.0/2.0, PCIe Gen 3/4
- • CAN, CAN-FD (automotive)
- • Serial: UART, I2C, SPI
- • GPIO for custom peripherals
All hardware designs available on GitHub:
- • Complete schematics (KiCad/Altium)
- • PCB layouts and Gerber files
- • Bill of Materials (BOM)
- • Manufacturing documentation
- • Design guidelines and notes
Operating System
Production-ready embedded Linux and RTOS with custom kernels, bootloaders, drivers, and comprehensive development tools. All software is open source and available on GitHub.
Core System:
- • Yocto-based embedded Linux distribution
- • Custom Linux kernel optimized for each SoC/SoM
- • Easy kernel configuration and customization
- • Custom U-Boot based bootloader
- • Secure boot and verified boot support
Pre-configured Drivers:
- • Serial (UART, RS-232/485)
- • USB (host, device, OTG)
- • PCIe (Gen 3/4)
- • Storage (NVMe, SATA, eMMC, SD)
- • Sensor integration (I2C, SPI)
- • Network (Ethernet, WiFi, Bluetooth, CAN)
OTA & Diagnostics:
- • Built-in OTA updates (Mender or OSTree)
- • Remote firmware upgrades
- • Built-in diagnostic tools
- • Hardware stress testing
- • Memory and I/O validation
- • Full profiling and debugging utilities
Development Tools:
- • SDK for application development
- • ESDK for Linux kernel and U-Boot development
- • Custom images for various industries
- • Automotive, robotics, industrial, medical
- • Open source on GitHub
Supported RTOS:
- • FreeRTOS (real-time kernel)
- • Zephyr (scalable RTOS)
- • Choice of RTOS based on application needs
- • Safety-certified variants available
BSP Support:
- • Full BSP with linker scripts
- • Sample applications and demos
- • Hardware abstraction layer (HAL)
- • All peripheral drivers pre-configured
- • DMA, timers, interrupts, GPIO
OTA & Updates:
- • Full OTA support
- • OTA over USB
- • OTA over Network (Ethernet/WiFi)
- • Secure bootloader support
- • Rollback protection
Middleware:
- • Communication stacks (TCP/IP, CAN)
- • File systems (FAT, LittleFS)
- • USB, network, and storage middleware
- • Power management frameworks
- • Open source on GitHub
Middleware
Comprehensive middleware stack supporting various technologies for seamless integration, communication, and interoperability across diverse applications and industries.
High-performance RPC framework for modern distributed systems:
- • Microservices communication
- • Cross-language support (C++, Python, Go)
- • Bidirectional streaming
- • Efficient binary serialization (Protocol Buffers)
- • Load balancing and service discovery
Complete IoT connectivity and device management:
- • MQTT (publish-subscribe messaging)
- • CoAP (constrained devices)
- • Cloud connectivity (AWS, Azure, GCP)
- • Device provisioning and management
- • Edge computing and data aggregation
Data Distribution Service for real-time systems:
- • Real-time data distribution
- • Quality of Service (QoS) policies
- • Scalable publish-subscribe
- • Deterministic performance
- • Mission-critical applications
Robot Operating System 2 for robotics applications:
- • Robotics middleware framework
- • Sensor integration and fusion
- • Navigation and path planning
- • Multi-robot coordination
- • Perception, manipulation, control
Specialized middleware for automotive systems:
- • SOME/IP (Service-Oriented Middleware)
- • AUTOSAR Adaptive Platform
- • CAN, CAN-FD, LIN protocols
- • V2X communication (V2V, V2I)
- • Diagnostics (UDS, OBD-II)
Industrial automation and communication:
- • OPC UA (Unified Architecture)
- • TSN (Time-Sensitive Networking)
- • EtherCAT, PROFINET
- • Modbus (TCP, RTU)
- • Industrial IoT gateways
Applications
Proven platforms enable rapid development across diverse industries and use cases.
Edge computing, sensor aggregation, protocol translation, and cloud connectivity for IoT ecosystems.
Home automation, voice control, security systems, and energy management solutions.
Weather stations, air quality sensors, agricultural monitoring, and water quality systems.
Vehicle control systems, infotainment, ADAS, and telematics for modern automotive applications.
Industrial automation, autonomous robots, sensor fusion, and motion control for robotics platforms.
Drone navigation, flight control, payload management, and autonomous operations for UAV applications.
Battery monitoring, state-of-charge estimation, thermal management, and safety systems.
Precision motor control, servo systems, industrial drives, and motion control applications.
Full Turnkey Solutions
End-to-end product development services from concept to production deployment. Leverage our proven platforms to reduce development time by 6-12 months and minimize technical risk.
- • System requirements analysis
- • Platform selection and evaluation
- • Architecture design and planning
- • Technical feasibility studies
- • Cost and timeline estimation
- • Custom PCB design and layout
- • Component selection and sourcing
- • Schematic capture and review
- • Signal integrity and power analysis
- • Rapid prototyping and bring-up
- • BSP customization for your hardware
- • Custom device driver development
- • Kernel configuration and optimization
- • Bootloader adaptation
- • Device tree and hardware abstraction
- • Custom application software
- • Middleware integration
- • User interface development
- • Cloud connectivity and APIs
- • Algorithm and data processing
- • Hardware validation and testing
- • Software integration testing
- • Performance benchmarking
- • Stress testing and reliability
- • Automated test frameworks
- • FCC, CE, UL compliance
- • Safety certifications (ISO 26262, IEC 61508)
- • EMC/EMI testing and mitigation
- • Environmental testing
- • Regulatory documentation
- • Manufacturing process setup
- • Supply chain management
- • Quality assurance procedures
- • Production testing and fixtures
- • Scalability planning
- • OTA update infrastructure
- • Remote monitoring and diagnostics
- • Field deployment assistance
- • Technical support and training
- • Documentation and user guides
- • Ongoing software updates
- • Security patches and fixes
- • Feature enhancements
- • Hardware lifecycle management
- • Extended support contracts
6-12 Months of Work, Already Done
The groundwork is complete—validated hardware designs, stable BSPs, proven drivers, comprehensive middleware, and development tools. All open source on GitHub. Our experts will help you select the right platform and customize it for your specific needs, dramatically reducing time to market and technical risk.