About
Building the distributed air defense layer.
MeshDefense™ was founded on a single conviction: the next decade of infrastructure security will be won by distributed, software-defined, AI-native systems — not by another generation of expensive monolithic radars.
Founded by Kara Dag Technologies, MeshDefense™ is built on years of real-world battlefield experience and deep RF spectrum expertise. Kara Dag pioneered one of the world's first FPV personal drone detectors, developed one of the industry's largest datasets of RF drone signatures, and created an open-architecture OEM detection module that enables drone detection capabilities to be embedded across a wide range of defense and infrastructure systems. The company also developed Obriy 1.5 — an ultrafast broadband spectrum scanner designed for next-generation RF detection, classification, and situational awareness applications.
Today, thousands of Kara Dag systems are deployed daily across Ukrainian frontline environments and in more than 20 countries internationally. These systems have been tested against thousands of real drone threats in highly contested environments, helping protect soldiers, civilians, and critical infrastructure. Through MeshDefense™, Kara Dag Technologies continues its commitment to relentless innovation — building the essential RF spectrum analytics platform for the emerging era of Physical AI, autonomous systems, and intelligent infrastructure defense.
Mission
MAKE CRITICAL INFRASTRUCTURE UNHITTABLE.
The drone changed the cost equation of attack. A consumer quadcopter with a thermite charge can take a substation off the grid for months. A swarm can shut down an airfield for a week. A coordinated strike on a refinery can shift global energy markets in an afternoon. A ten-billion-dollar AI datacenter can be destroyed by a $50k Shahed drone. Even radars themselves are vulnerable to drone threats — a billion-dollar THAAD radar will be blind to low-flying, low-cost drones.
Defense designed for fast jets cannot solve this. Defense designed for missiles cannot solve this. The cost-per-engagement makes it impossible. And the speed of the threat makes a centralized human-in-the-loop architecture obsolete.
Defense designed for fast jets cannot solve this. Defense designed for missiles cannot solve this. The cost-per-engagement makes it impossible. And the speed of the threat makes a centralized human-in-the-loop architecture obsolete.
We build the alternative — a distributed mesh of low-cost AI-powered nodes that turns every protected facility into its own resilient, autonomous airspace.
Operating Philosophy
FOUR NON-NEGOTIABLES.
Distributed by default
If a single failure can compromise the system, the system is wrong.
Edge-first AI
Inference belongs where the sensor is — not in someone else's cloud.
Cost-aligned with the threat
Defense must be cheaper than the offense, or the math never closes.
Sovereign and interoperable
Operators own their data, their tracks and their models. We just build the platform.