Enabling the future of defense and critical operations
Unmanned systems still depend on centralized command links, cloud compute, or a single master node. In contested theaters — active jamming, GPS denial, high packet loss — that dependency is a single point of failure and a single point of detection. Sever it, and a swarm degrades into disconnected, blind individual aircraft.
Today's counter-UAS doctrine is one interceptor against one threat. Saturation attacks are designed to win that math.
Talyra OS is our software-only coordination layer for teams of unmanned systems. The same software runs on every platform in the team, so the team can share what it knows and coordinate what it does without a master node or a cloud dependency. One distributed computer, not a fleet of individual vehicles.
The operator gives the team a mission. The platforms work out how to share the work between them. The goal is to keep operator workload from growing with every added platform.
Designed to continue when links degrade or when platforms drop out, instead of depending on one controller that can be cut off.
Talyra OS is a software layer, not an airframe. It is built to be integrated with the platforms, sensors and command systems an operator already fields.
A single aircraft does what its operator tells it. Nothing more to coordinate.
With more aircraft, manual control stops scaling. More vehicles should not mean more operators.
With Talyra OS the operator sets the mission and the aircraft coordinate between themselves. Distributed intelligence. Coordinated action.
A single aircraft does what its operator tells it. Nothing more to coordinate.
With more aircraft, manual control stops scaling. More vehicles should not mean more operators.
With Talyra OS the operator sets the mission and the aircraft coordinate between themselves.
Talyra OS is designed to be platform-agnostic. Today the demonstrated work is in the air domain. Ground and maritime are planned applications, and we are looking for integration partners to work on them.
Categories: multirotor and fixed-wing platforms.
Demonstrated so far: multirotor only, with stock PX4 autopilot software in software-in-the-loop simulation. ArduPilot integration is in development. No flight hardware results yet.
See the validation
Teams of unmanned ground vehicles coordinating the same way as air teams.
Not yet demonstrated. Seeking integration partners.
Seeking integration partners
Teams of unmanned surface vessels coordinating the same way as air teams.
Not yet demonstrated. Seeking integration partners.
Seeking integration partnersTalyra is a dual-use autonomy platform for defense and civil security: the same decentralized software serves defense customers and civil operators who need to protect a site from uncooperative drones.
Area defense against saturation sUAS attacks for expeditionary and fixed sites — coordination designed to keep working under jamming, GPS denial, and attrition. Interceptors act as one team instead of one-on-one.
Protection of critical infrastructure — data centers, stadiums, utilities, airports — from uncooperative drones, and multi-robot coordination middleware for applications beyond the security domain.
Coordination without a central controller. Platforms share the work locally and adapt as mission conditions change.
Demonstrated in simulation
Designed to keep coordinating under intermittent and degraded communications, with reduced reliance on continuous connectivity.
Demonstrated in simulation
When platforms become unavailable, the remaining team adapts its work and coverage to support the mission.
Demonstrated in simulation
The software is designed to run locally on edge compute on each platform: no cloud and no base station. GPS-denied and EW-contested operation is the design point.
Design basis
No node is special.Designed for resilient coordination as team availability changes.
Talyra OS is being developed as an interoperable coordination layer connecting unmanned platforms, sensors, and command-and-control systems. Our goal is to support integration through documented interfaces, giving partners flexibility across platforms and vendors.
Designed to connect mission-level command with autonomous team coordination.
An integration approach spanning compatible vehicles, sensors, and communications systems.
Working toward documented interfaces for platform manufacturers and system integrators.
Working toward open, documented integration interfaces.
We are building a vendor-neutral track input for ground radar, so that radar tracks can be consumed by the team.
Standards-based message formats for existing C2 and fusion systems.
Platform-agnostic by design. Today the software runs against stock PX4 in software-in-the-loop simulation.
Discuss your vehicles, interfaces, and mission requirements with our engineering team.
This is how we engage with new partners. It is not a statement that any platform is already compatible.
We validate in simulation before any hardware risk is taken, including stock PX4 autopilot software in software-in-the-loop simulation. Hardware-in-the-loop integration on flight-controller hardware is under way.
PX4 autopilot instances (multirotor, PX4 SIH simulation) ran concurrently in software-in-the-loop simulation on a single host. Vehicles hovered; this is simulation-scale integration, not flight.
Assignment conflicts observed in randomized static task-assignment tests in simulation.
Coordination designed for constrained communications and evaluated in simulation.
Talyra coordination software ran alongside the PX4 instances in the same simulation.
These results demonstrate simulation-scale integration, not flight performance. Hardware-in-the-loop integration is underway; hardware validation results are not yet available.
Request a technical briefing on our validation methodology, integration requirements, and results.
Talyra Technologies develops a dual-use autonomy platform for defense and civil security: decentralized coordination software for teams of unmanned systems, following a simulation-first methodology.
Area defense against saturation sUAS attacks for expeditionary and fixed sites.
Protection of critical infrastructure — data centers, stadiums, utilities, airports — from uncooperative drones; multi-robot coordination middleware beyond the security domain.
Founded by engineers with distributed-systems and real-time autonomous-software backgrounds.
We welcome conversations with investors and strategic partners interested in decentralized autonomy, resilient coordination, and the future of unmanned systems.
Connect with our team to discuss investment opportunities and strategic collaboration supporting Talyra’s next stage of development.
Customer and program inquiries, platform and C2 integration, investment and strategic partnerships.
You can also write to us directly at [email protected].