Daring minds define tomorrow
Navigation and Signal Processing for Complex Environments
We are a Ukrainian technology company. We develop products in navigation systems and digital signal processing.
Technology That Matters
Who We Are
Engineers and developers who believe in the Ukraine of tomorrow. We bring together like-minded professionals and build long-term partnerships that drive the country's development and strengthen its science and technology sector.
What We Build
Effective navigation. Our products improve positioning in complex environments where GNSS is unavailable or severely degraded. Each component works independently or as part of a stack, enabling easy integration into larger systems.
Our Mission
To create the advantage that's needed right here and now. We believe technology can deliver it. In the long run, advancing technology and science will drive Ukraine's economic growth, contribute to the country's reconstruction, and build its reputation as a reliable partner worth supporting.
Advanced Products
We build for modularity — every element can work within a unified stack or independently. The right combination of our products delivers peak performance.
Navigation Systems
IMU
Tactical-grade sensor device with 0.6°/hr bias, built on a MEMS sensor array. Outputs high-frequency calibrated acceleration and angular-rate data, compensated for temperature variation and vibration load.
INS
Fuses data from the IMU, barometer, magnetometer, pitot tube, GNSS, optical flow, and visual positioning. Outputs position, velocity, attitude, and raw sensor data to the flight controller.
CRPA
Eight-element RFSoC-based phased array operating across the L1, L2, and GLONASS bands. It adaptively steers pattern nulls toward interference sources, keeping navigation reception stable.
Radar Altimeter
FMCW radar-based altimeter for precise height-above-ground measurement. Stays reliable over water, forest, and rough terrain, where barometric and satellite methods fall short.
FMCW Radar Platform
We develop a 360° X-band FMCW surveillance radar for detecting and classifying aerial threats at ranges up to 10 km. Our systems can be deployed to build early-warning threat detection networks, coordinate air defense units, and protect critical and civilian infrastructure.
Partnerships That Create Opportunities
We are trusted because we guarantee quality and reliability when it matters most. We bring together scientists, researchers, engineers, manufacturers, and investors around a shared goal and outcome.
System Integrations
Our technologies become part of partner platforms to create a joint product. A strong ecosystem builds what no one can build alone.
Joint Research
Together with research institutions and STEM communities, we work on challenges where solutions don't yet exist.
Field Testing
Every product is tested in real-world conditions. Feedback becomes the foundation for every iteration.
We Do What Others Consider Impossible
We measure performance by results, not process. We build our team on transparency, fairness, and respect. We make decisions based on facts, not assumptions. We create an environment where anyone willing to put in the effort can succeed.
How We Work
Accountability
We value people who keep their word — delivering quality work on time. When obstacles arise, we don't make excuses — we find solutions together.
Innovation
We learn every day, stay resourceful, and leverage modern technology to deliver results. Staying one step ahead is second nature to us.
Teamwork
When it matters, we show up — communicating openly, sharing expertise, taking initiative, and having each other's backs. A strong team starts with every individual.
Speed
We plan short iterations, validate in real-world conditions, and continuously improve — both our products and ourselves. We combine scientific depth with real-world needs. We never stop.
Who We're Looking For
Experienced and driven professionals who aren't afraid of challenges. People ready to take ownership, experiment, take risks, and push for results.
FPGA
KyivDevelop, model, and debug digital circuits on FPGA. Implement signal processing algorithms on FPGA. Work with cross-domain signal synchronization and high-speed serialization. Integrate FPGA modules with ARM processors and external ADC/DAC.
Apply
RF/Antenna
KyivDesign broadband 1–5 GHz antenna systems. Design and model RF signal chains: gain budget, noise figure, linearity. Calculate system performance for anti-jamming scenarios.
Apply
Embedded
KyivDevelop C/C++ software for ARM Cortex-M/A microcontrollers. Work with low-level peripherals: memory-mapped registers, DMA, HAL/CMSIS. Develop drivers for external devices and implement communication interfaces.
ApplyDon't see a matching role? Tell us about yourself and we'll be happy to stay in touch.
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