Embedded · IoT · AI · Mechanical · SaaS
We engineer robust embedded systems, intelligent IoT platforms, and precision hardware solutions — from concept to production, from silicon to software.
From low-level firmware to full-stack IoT platforms, we deliver production-grade engineering across the entire hardware–software spectrum.
Firmware architecture, kernel driver development, RTOS integration, and hardware abstraction layers for production-grade embedded platforms.
End-to-end IoT architectures, edge intelligence deployment, real-time computer vision, and multi-protocol sensor networks at scale.
Compact modular enclosures, hardware prototyping, full 3D CAD modeling, and photovoltaic system dimensioning for embedded platforms.
Industrial control interfaces, connected device dashboards, and custom GUI applications with real-time data streams and WebSocket integration.
Design and development of autonomous and connected embedded systems integrating sensors, real-time control, and distributed device communication. Work includes robotic platforms, intelligent hardware devices, and firmware architectures optimized for reliability, energy efficiency, and field deployment.
Research and development of low-level software components including kernel modules, hardware drivers, and high-performance communication interfaces. Focus on real-time constraints, system performance benchmarking, and microkernel vs monolithic kernel architectures for embedded computing environments.
Development of secure connected devices capable of interacting with cloud services, mobile systems, and local networks. Projects involve device firmware, wireless communication protocols, remote device orchestration, and distributed IoT architectures.
Engineering of secure monitoring systems designed for sensitive environments. Includes signal detection platforms, identity verification technologies, and real-time monitoring interfaces integrating hardware sensing with software analysis.
Design of intelligent interactive devices combining computer vision, graphical interfaces, and wireless communication. These systems focus on real-time data visualization, user interaction, and dynamic content management for embedded hardware platforms.
End-to-end development of industrial hardware systems including mechanical enclosure design, electronic integration, and software architecture. Focus on modularity, manufacturability, and integration of peripherals such as printers, scanners, and payment interfaces.
A cloud-native IoT monitoring platform engineered for real-time fleet visibility, intelligent alerting, and protocol-agnostic device management — built from our field experience deploying connected systems.
Live sensor streams, threshold alerts, and anomaly detection across your fleet.
Drag-and-drop widgets, historical time-series visualization, exportable reports.
Native support for MQTT, WebSocket, HTTP, LoRa, and BLE — no lock-in.
Available for freelance missions, embedded consulting, and long-term technical partnerships worldwide.