Ithryn builds the intelligence layer that connects drone swarms into a single coordinated force. Hardware-agnostic software for defense and public safety — where coordination failure is not an option.
Challenge
Drones Fail Because They Can't Talk To Each Other
Isolated by design
In practice, each drone is a separate system with its own sensors and control logic. There is no shared awareness between units. The swarm is blind to itself.
Operators as the bottleneck
As drone numbers grow, the real-time coordination burden explodes. Going from 5 to 50 drones makes human coordination impossible — slower decisions, worse outcomes.
Mission failure is the result
60–80% of FPV drones never reach their target. Even successful hits often fail against armored targets. The limiting factor is intelligence, not hardware.
Challenge
Drones Fail Because They Can't Talk To Each Other
Isolated by design
In practice, each drone is a separate system with its own sensors and control logic. There is no shared awareness between units. The swarm is blind to itself.
Operators as the bottleneck
As drone numbers grow, the real-time coordination burden explodes. Going from 5 to 50 drones makes human coordination impossible — slower decisions, worse outcomes.
Mission failure is the result
60–80% of FPV drones never reach their target. Even successful hits often fail against armored targets. The limiting factor is intelligence, not hardware.
Platform
Infrastructure For Autonomous Systems
The Ithryn stack combines real-time perception, local decision intelligence, and fleet coordination into one deployable architecture.
Software First
Works with any drone platform or existing fleet. No manufacturing constraints, no vendor lock-in. Scales with software economics.
Swarm-Native
Built for multi-agent coordination as the core product — not a single-drone autopilot trying to scale. The value grows exponentially with every unit added.
Edge-Native
Runs on-device with mesh networking. No cloud dependency. Designed for GPS-denied, communication-disrupted, and classified environments.
Platform
Infrastructure For Autonomous Systems
The Ithryn stack combines real-time perception, local decision intelligence, and fleet coordination into one deployable architecture.
Software First
Works with any drone platform or existing fleet. No manufacturing constraints, no vendor lock-in. Scales with software economics.
Swarm-Native
Built for multi-agent coordination as the core product — not a single-drone autopilot trying to scale. The value grows exponentially with every unit added.
Edge-Native
Runs on-device with mesh networking. No cloud dependency. Designed for GPS-denied, communication-disrupted, and classified environments.
Technology
Autonomy That Learns Together
Four capabilities. Each one essential. Together, the foundation of autonomous machine intelligence.
01 — Sensor Fusion
Every sensor. One picture.
Video, RF, position, status and telemetry brought together from the entire team. Camera, lidar, radar, GPS — fused automatically across all units into a single operational model.
02 — World Model
One truth. Shared by all.
The platform builds a shared situational picture in real time. Every drone and every operator sees the same battlefield — instead of isolated, conflicting local truths.
03 — Task Allocation
Missions that replan themselves.
Missions, roles, and routes are assigned and continuously replanned as the environment changes. Autonomous task distribution without operator bottlenecks.
04 — Coordinated Execution
The swarm acts as one.
The group operates as a single coordinated unit, with a human at the supervisory level. Operators set the target and constraints — the team handles execution.
Applications
WhereIthrynoperates.
01
Defense
Reconnaissance, positioning and target identification under high information load. Coordinated swarms operating in GPS-denied, communication-disrupted environments.
02
Search & Rescue
Rapid surface coverage, heat signature detection and continuous mission replanning in difficult terrain. Every second saved is a life closer to safety.
03
Police & Incident
Faster situational overview, safer advance and better resource allocation at large incidents. Sub-90-second airborne response where it matters most.
04
Maritime & Border
Autonomous coordination across wide-area maritime environments where communication is limited and the margin for error is zero.
Market
ARapidlyExpandingOpportunity
Global drone market
$83.8B
→ $182.5B by 2033
AI-enabled drones
$17.8B
→ $61.6B by 2034
Drone swarm systems
$0.83B
→ $3.06B by 2032 · 36% CAGR
Why Now
405K+ pilot licenses
Remote pilot certifications issued in the US alone — operator competence scaling rapidly.
Sweden begins swarm testing
SAAB and the Swedish Armed Forces begin advanced swarm technology field tests.
BVLOS rules proposed
USA proposes new regulations enabling beyond-visual-line-of-sight autonomous flight.
FAA: >1.11M drones
FAA projects the US commercial drone fleet will exceed 1.11 million units.
Strategy: start in defense and public safety, then expand into other multi-agent missions where real-time data determines outcomes.
Everysystemweworkedwithhadthesamegap:excellenthardware,nocollectiveintelligence.WebuiltIthryntocloseit.
Team
BuiltByPeopleCloseToTheProblem
Research & Systems
Rikard Ahlkvist
Focused on advanced research and system-level problem solving within high-security environments.
Engineering & Development
Marcus Zanetti
Experience in defense technology and engineering, working on complex systems in high-performance environments.
Innovation & AI
Love Klockars
Engaged in cutting-edge autonomous systems and innovation-driven development.
UI & Communications
Anik Uddin
Strong focus on business, people, and organizational culture. Extensive experience in Generative AI systems and front-end development.