Robotics Systems, ROS 2 &
Embedded C++ Firmware.
Programming direct to physical silicon. We build deterministic robotics software—from multi-axis manipulator kinematics and LiDAR SLAM navigation in ROS 2, to bare-metal C++ firmware for microcontrollers and long-range LoRaWAN telemetry grids.
Commercial Black-Box IoT vs. Sovereign Embedded Systems
Why industrial enterprises trust deterministic C++ firmware and native ROS 2 node topologies.
| Hardware Metric | Off-The-Shelf Consumer IoT | pineX Deterministic Embedded Systems |
|---|---|---|
| Memory Allocation Standard | Dynamic heap allocation prone to fragmentation crashes after weeks of runtime. | 100% Zero-Heap / Static Buffer Allocation (Decade-Long Uptime) |
| Real-Time Scheduling | Non-deterministic operating systems with milliseconds of unpredictable latency jitter. | Preemptive Priority RTOS Task Scheduling (< 100μs Jitter Guarantee) |
| Telemetry & Wireless Range | Short-range Wi-Fi/Bluetooth requiring continuous line power and dense repeaters. | 15km LoRaWAN Long-Range Networks with 10-Year Battery Lifespans |
| Robotics Middleware | Proprietary vendor SDKs locking users into specific hardware vendors. | Open ROS 2 Humble/Iron Node Standard with Zero-Copy DDS Message Brokers |
| Industrial Plant Integration | Lacks electrical isolation and safety interlocks for high-voltage plant floors. | IEC 61131-3 PLC Standards, Modbus TCP/RTU & OPC-UA Secure Bridges |
All Included Robotics & Firmware Disciplines
Comprehensive engineering spanning simulation, embedded firmware, long-range radio, and industrial automation.
ROS 2 Humble / Iron Topologies
Deterministic micro-ros and DDS architectures connecting high-level planning nodes to low-level motor controllers with sub-millisecond serialization.
Bare-Metal C++ Firmware
Direct register manipulation on ARM Cortex-M microcontrollers. Custom HAL drivers for high-speed PWM motor control, SPI sensor reads, and CAN bus frames.
LoRaWAN Long-Range IoT Networks
Class A and Class C private wireless sensor gateways delivering environmental, vibration, and flow telemetry up to 15km line-of-sight on internal battery reserves.
Autonomous Mobile Robots (AMR)
LiDAR-based simultaneous localization and mapping (SLAM) with Timed-Elastic-Band local trajectory planners dynamically steering vehicles around unexpected floor obstacles.
PLC (IEC 61131-3) & SCADA Automation
Industrial automation programming adhering to international safety regulations. Web-based SCADA human-machine interfaces streaming plant diagnostics via secure WebSockets.
Edge AI & TensorRT Quantization
Quantized deep learning models executing inference directly on embedded hardware compute modules, delivering real-time sensory perception without cloud roundtrips.
Build Your Next Physical Computing Architecture
Receive a firmware architecture review, kinematics simulation preview, and prototype fabrication roadmap within 24 hours.