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Engineering & AI Services

From embedded electronics and intelligence at the edge to advanced robotics research.

Core Engineering

Embedded & System Design

Embedded Firmware

Firmware for ESP32, STM32 and industrial MCUs with professional debugging.

  • Peripheral & sensor integration
  • Serial & device communication
  • Bring-up & testing
PCB & Electronics

Professional circuit design and multi-layer PCB layout for prototypes.

  • Schematic development
  • Layout & routing
  • BOM optimization
Graphical Software and IoT Dashboards

Desktop and web interfaces for device management, telemetry visualization, and data control.

  • Qt/C++ Dashboard development
  • Real-time data visualization
  • Remote telemetry APIs
Prototype Engineering

Complete system integration from requirement to working physical demonstrator.

  • Full-cycle engineering
  • Testing & validation
  • Technical documentation

Edge Intelligence

AI at the Source

Edge AI & Inference
Moving machine learning models from the cloud to the device. Low latency, offline intelligence.
  • TensorRT optimization
  • Model quantization
  • Local inference engines
Computer Vision
Environmental perception, object intelligence, and high-accuracy classification systems.
  • Object detection
  • Spatio-temporal tracking
  • Scene understanding
Sensor Processing & Fusion
Combining cameras, IMU, and physical sensors into a unified perception layer.
  • Kalman filtering
  • Multi-modal fusion
  • Data synchronization
Monitoring & Diagnostics
Intelligent software for monitoring industrial systems and connected device health.
  • Anomaly detection
  • Telemetry visualization
  • Predictive maintenance

Robotics R&D

Building Toward Autonomy

Milestone 2

Embedded Robot Control

Developing reliable real-time motor control and feedback loops for complex mobility.

R&D Active

Quadruped Research

Exploring legged locomotion and dynamic stability across varied terrain.

Prototype

Sensor Integration

Combining IMU, GPS, and vision for precise robot state estimation.

Experimental

Multi-Robot Systems

Coordinated mission planning and communication between multiple platforms.

Core Disciplines

Technical Capabilities

Computer Vision

  • Detection
  • Tracking
  • Classification
  • Inspection

Edge AI

  • Model deployment
  • Optimization
  • Local inference

Embedded Engineering

  • MCU firmware
  • Linux
  • Device communication
  • Sensor integration

Electronics

  • PCB design
  • Sensor interfaces
  • Communication systems

Robotics

  • Perception
  • Telemetry
  • Control interfaces
  • Navigation research

Systems Software

  • C++
  • Python
  • Qt
  • Linux
  • APIs
  • Dashboards

Have an Engineering Challenge?

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