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Autonomous Defense Systems

Enabling autonomy on
existing FPV interceptors.

Drop-in hardware modules that turn any FPV into an autonomous interceptor. Developed in close iteration with operators on the front lines.

The Problem

Interceptors don't scale.

50,000+
interceptors produced per month. 80% still manually piloted.
0
existing solutions for beyond-visual-range autonomous guidance on FPVs.
±1 km
C4ISR accuracy gap. Most pilots never find their target.
Capabilities

Beyond-visual-range sensing.
Vision-based terminal intercept.

Interceptor hardware
Radar Sensing

Midcourse Guidance

Onboard radar provides beyond-visual-range target acquisition, bridging the gap between C4ISR cueing and visual contact.

Interceptor in flight
EW Sensing

RF-Based Tracking

Passive RF sensing detects and tracks targets at extended ranges, enabling midcourse guidance without active radar emission.

Intercept Architecture

Three-phase intercept.

01

Cue

Target bearing, range, and altitude from C4ISR network.

02

Midcourse

Radar and EW sensing guide the interceptor to the target beyond visual range.

03

Terminal

Vision-based guidance for final intercept.

About

Built by engineers
who ship hardware.

Our team brings experience from rocketry, defense systems, satellite hardware, and embedded systems. We build in close iteration with front-line operators and let the field tell us what works.

contact@vernius.systems
© 2026 Vernius Inc.