Intelligent devices that run 24/7
We build embedded systems, Industrial IoT, and engineering solutions for urban and commercial infrastructure.
Ready-made solutions for industries
Infrastructure
We build distributed device systems that run 24/7 in real-world conditions.
Production automation
We automate complex production processes and reduce human error.
Intelligent devices
We build devices that interact with the physical world and make decisions.
AI & data analytics
We turn data into actionable decisions and economic impact.
Featured projects
Power bank sharing service
We delivered a turnkey sharing station system, including hardware procurement and launch across Russian regions.
Assistant app
A dowel pin installation system with LiDAR and lasers that made production 5× faster.
LogiFlex
An AI framework based on generative learning that optimizes how goods are loaded for logistics.
Wall-climbing robot
A magnetic-adhesion robot that inspects surfaces and builds a defect map automatically.
ElementaryPRINT
A portable FDM 3D printer that assembles in about 15 minutes and is ready to work in the field.
Engineering for the real world
A development studio based in Innopolis. We build devices and software for urban infrastructure.
We build engineering solutions and their digital twins for urban and commercial infrastructure. Our systems run in manufacturing, in logistics, and in the field — wherever reliability is critical.
Technology expertise
What’s behind our projects
How we work
Requirements analysis
We study the task, the production environment, and the constraints, then write a technical specification with precise criteria.
Design
We design the system architecture — hardware, embedded, backend, AI — and align it with the client’s team.
Development
Frontend, backend, hardware, embedded — in parallel, with integration testing at every stage.
Launch and support
Commissioning in real-world conditions, team training, technical support, and 24/7 monitoring.
Have a project?
Let’s talk.
Tell us about your task — we’ll assess its complexity, propose an architecture, and prepare an estimate accurate to ±20%.
Innopolis, Republic of Tatarstan