Embedded Systems & IoT
We build efficient, secure embedded systems and IoT devices—from concept and board design to firmware and cloud data integration. Our solutions bridge the physical and digital worlds, delivering smart, connected products with robust performance.
Work Process
Phase 1: Requirement Gathering
• Define functionality (sensor logging, control, etc.)
• Establish power, size, and cost targets
Phase 2: Embedded Hardware Design
• Schematic capture and PCB layout
• RF design and antenna placement optimization
Phase 3: Firmware Development
• Bare-metal C/C++ or RTOS implementation
• Low-power modes and interrupt handling
Phase 4: Connectivity Setup
• MQTT/HTTP cloud integration
• AWS IoT, ThingsBoard dashboard configuration
Phase 5: Testing & Deployment
• OTA update capability
• Field trials for latency, range, and battery profiling
Tools Used
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Industries Served
Visual Suggestions
• Device-to-cloud architecture diagram
• Real-time sensor dashboard screenshot
• Define robot functionality and operational environment
• Establish payload, speed, and precision requirements
• Identify safety and regulatory compliance needs
• CAD modeling of chassis and mechanical linkages
• Actuator selection and placement
• Structural analysis and material selection
• Kinematics and inverse kinematics calculations
• PID/LQR controller implementation
• Sensor fusion and feedback loops
• SLAM implementation for environment mapping
• Path planning and obstacle avoidance algorithms
• Computer vision integration
• Real-world performance validation
• Durability and stress testing
• Field calibration and optimization