About

About UVS Dynamics

What we do

UVS Dynamics is an engineering team across three product lines:

X-band radio systems for UAVs (UVS Link / UVS Link Pro) — communication that works where L/S/C bands have already been jammed by EW.
Onboard computer vision (UVS Vision) — GPS-denied visual navigation and automatic target detection.
SDR-based radio-monitoring platform (UVS Detector) — sweep · detect · classify · identify · decode for the tactical operator.

One team, with distinct expertise per line; separate go-to-market paths and roadmaps.

Why X-band

Most UAV communication systems operate in L/S/C bands — the primary targets for electronic warfare. X-band is far less crowded: effective jamming there requires much higher power and more expensive equipment, so EW assets in this range are deployed point-by-point rather than as continuous coverage. That makes X-band a practical choice for sustained missions in contested RF environments.

Military X-band systems exist on the market — but they’re expensive, export-restricted, and not built for integration with standard UAV platforms. Domestic production of X-band data links in Ukraine is virtually nonexistent. That’s the gap we’re closing.

More: the slice of spectrum we operate in overlaps with the band that industry telecom bodies are identifying as foundational for 6G and Wi-Fi 8 — faster links, better coverage, and 10–20× the capacity of 5G. Investing in X-band infrastructure today isn’t a niche defense choice; it aligns with the global technology roadmap for the next decade. New chipsets, RF components, and expertise will form around this spectrum for years — and we’re already there.

How we work

End-to-end stack ownership. UP/DOWN converters, FPGA-level FHSS logic, SDR firmware — all in-house. No subcontractor’s opaque module in the critical path.
Two systems, one platform. UVS Link for FPV and UVS Link Pro for reconnaissance UAVs share RF components and the same approach to interference resistance. One engineering effort — two products.
Field-first. Every prototype goes through field testing at ranges of a few kilometers before moving to the next iteration. Bench reports aren’t enough.
Tight loops. Between feedback from the field and a firmware fix: days, not months.

Team

A nine-person team, four of them founders. The RF bench has two Senior RF engineers with 30 years of experience each (one is a lecturer at a profile university) plus junior RF engineers; on the software side, 17–19 years in systems development and firmware. Combined RF experience exceeds 60 years. Separately, the team includes ML engineers leading the computer-vision line: target-detection models, GPS-denied visual navigation, and an in-house dataset annotation and training pipeline that runs fully offline. On the UVS Detector side — software engineers focused on DSP, the SDR stack, and systems C++ (UI, networking, security).

Current status

Concrete milestones passed:

Onboard and ground module prototypes — lab-tested
X-band antenna prototypes manufactured and under test
6 W amplifier — in production; 12 W amplifier — in development
HDL/Verilog development of FHSS and spectrum analyzer — started
5 months from kickoff (Nov 2025) to production hardware (Apr 2026)

Roadmap 2026

Concrete milestones across both products and the shared RF platform. Grey — done, accent — in progress, dashed — upcoming.

Done

In progress

Planned

Release / milestone

Military validation

A direct line to the front — an advisor on the team, prior trials with units, and a fast test loop.

Active-duty military advisor on the team. Combat-experienced consultant sets priorities. Features map to real combat needs, not lab assumptions.
Prior products field-tested with units. Earlier projects from the team were field-tested with active AFU units. We know the feedback loop and operate at its tempo.
Brave1 expert validation. Ukraine’s MoD Innovation Development Fund classified the project as promising for the Armed Forces.
Build-to-combat-trial loop under 4 weeks. From a new firmware build to a real field trial with a partnered unit. Feedback flows straight back into the next iteration.

No lab fiction. Real signal, real EW, real users.

What’s next

The same X-band stack that powers our radio links opens a path into adjacent product categories — UAV-detection radars. Both of our next-generation radars share the hardware base with the datalinks, so additional R&D investment is minimal.

BARRIER — a compact FMCW radar in the X-band for detecting small UAVs. Single-channel homodyne mode, MTI filtering of stationary objects, range up to 800 m (Mavic class). Built for rear-area and critical-infrastructure protection.

VECTOR — a dual-channel coherent phase radar in the X-band. Angular resolution <5°, range resolution 0.5–1.0 m, 2D FFT (Range-Doppler) and interferometry. Pinpoints threat direction — for rapid-response systems.

Let’s work together

If your task is to build the platform — not to spin up your own RF team — let’s talk.