Technical capabilites
From low-level firmware and electronics to connectivity, software, and physical design — we engineer complete hardware–software systems end-to-end.
Systems we build
One technical partner across the full system. We combine hardware, software, and fabrication under one roof — so your project has one technical partner from idea to system.
Connected devices & IoT
Products with networking, sensors, and cloud integration
Sensing & monitoring
Reliable systems for real-world data acquisition
Interactive installations
Public-facing systems with real-time engagement
Custom machines
Domain-specific devices with bespoke interaction
Our labs
Our labs enable rapid iteration — from concept to physical systems, tested in real-world conditions.
Electronics Lab
High-end environment for embedded systems and custom hardware
Fabrication Lab
Digital fabrication for mechanical parts, prototyping, and small-batch production
Device Test Lab
Extensive setups for validating systems across real-world scenarios
Audio / Video Studio
In-house production for demos, documentation, and marketing content
How we build systems
Connected Systems Engineering
We design systems that combine hardware, software, and physical interaction into a single working whole.
Applications
– Connected devices and IoT
– Interactive installations
– Sensing and monitoring systems
– Custom machines and instruments
Electronics & Embedded Development
Design and development of embedded systems — from prototype to production.
Technologies: Arduino, ESP32, STM32, Raspberry Pi, Embedded Linux; FreeRTOS, Zephyr, bare metal; C / C++, Rust, Python
Capabilities
– Custom electronics and PCB development
– Real-time firmware and system integration
– Sensor and actuator integration
– Digital signal processing for audio and real-time data
Applications
– IoT devices and connected products
– Control systems for machines and installations
– Sensor-based systems
– Custom embedded interfaces
Digital Fabrication & Mechanical Systems
Design and production of physical components and structures.
Technologies: 3D printing, 3D scanning, CNC, laser cutting & engraving, vacuum forming and injection molding
Capabilities
– CAD / CAM design and modelling
– Enclosures and mechanical systems
– Fixtures and test rigs
– Rapid prototyping and small batches
Applications
– Device housings
– Installation structures
– Production fixtures
– Custom physical components
Software & System Integration
The software layer that connects, manages, and scales physical systems.
Technologies: Home Assistant, cloud services, edge systems
Capabilities
– Device management and monitoring
– Control interfaces and dashboards
– Data pipelines and APIs
– System integration
Applications
– OTA updates
– Fleet monitoring
– User interfaces
– Home and industrial automation
Connectivity & Integration
Systems that reliably communicate and integrate with existing infrastructure.
Technologies: Wi-Fi, Bluetooth, Zigbee, Z-Wave, LoRaWAN; MQTT, REST, WebSockets; MIDI, DMX
Capabilities
– Integration with cloud and local systems
– Reliable communication across networks
– Real-time data exchange and control
– Third-party platform integration
Applications
– IoT ecosystems
– Smart home and building systems
– Interactive control networks
– Distributed monitoring systems
Testing & Production Readiness
Ensuring systems are stable, testable, and ready for deployment.
Capabilities
– Hardware-in-the-loop testing
– Automated firmware testing
– Production test systems
– Reliability and stress testing
Outcomes
– Stable systems
– Repeatable manufacturing
– Faster iteration cycles