Questions, answered.
What our platform does, how it holds up under contested conditions, and how to work with us.
What does Northstrike Robotics build?
We build the operating system for coordinated autonomy. It's the software that turns a fleet of independent machines into a single force under one commander. We're a software company, not a drone company. The value is in how the force coordinates, not in any one machine.
What does "operating system for autonomy" mean?
Individual machines already know how to fly, drive, and navigate. What they can't do on their own is operate as a coordinated force: sharing intent, reorganizing when units are lost, surviving contested conditions, and answering to a single operator. Our platform is the layer that does all of that. It's the difference between a hundred machines and one force of a hundred.
Who is it for?
Defense, security, and enterprise operators who need to field coordinated autonomy at scale, and who need it to keep working when conditions get hard.
What makes your platform different from other swarm systems?
Most multi-vehicle systems are centralized. A controller directs the units, and that controller is the single point of failure. Our platform is decentralized. Every unit carries the full coordination role and works peer-to-peer, so there is no central brain to jam, lose, or target. That one decision is what makes the resilience, the scale, and the survivability possible.
What happens when you lose the unit in charge?
Nothing stops. Leadership is a role, not a fixed machine. When the unit currently leading is lost, another takes over on its own and the mission continues. There is no single unit whose loss breaks the force.
Can it operate under jamming?
Yes. The platform is built for contested environments. A unit cut off from the others keeps executing its assignment instead of freezing. The force routes around jammed areas, and a thin backup channel keeps the operator in contact when full telemetry goes down. Jamming degrades the force gradually. It doesn't stop it.
What happens under heavy losses?
The force absorbs the loss and keeps going. The survivors redistribute the mission and carry on, with no operator scrambling to rebuild the plan. Take down a quarter of the force and you lose about a quarter of the capability, not the mission.
How large a force can it coordinate?
The same coordination logic runs a single unit or a force of thousands. It scales by design, not by adding central capacity.
How does an operator control a force that large?
By intent, not by micromanagement. The operator gives the force, or any part of it, an objective, and the units work out how to carry it out and execute locally. You don't fly each machine. You command the force. And because command is by intent, the operator is never a bottleneck. If the operator link drops, the units finish what they were doing.
What can the force be tasked to do?
Coordinated operations across the full mission spectrum: surveillance and reconnaissance, force protection, perimeter defense, counter-UAS, electronic-warfare coordination, escort, search and rescue, and interdiction support. These aren't separate products. The same platform reconfigures for whatever mission the operator selects.
What hardware does it run on?
Our platform runs on edge compute carried by each unit. There's no dependency on a ground station or the cloud to coordinate. Today it runs on commercially available edge hardware.
Will it work with the autonomous platforms we already own?
That's the goal, and it's the work we're focused on. Our platform is built so it doesn't require you to replace your fleet. A universal integration module, now in development, will bring existing autonomous systems into a coordinated force: any vehicle with a flight or drive controller, within sensor and size limits. We discuss the specifics of your systems directly in a briefing.
Can it mix different types of vehicles in one force?
Yes. The force can combine different platform types, air and ground, fast and slow, different sensors and roles, into a single coordinated unit. The platform accounts for each one's characteristics and coordinates them accordingly.
Do you make your own hardware?
Software is the product. The one piece of hardware on our roadmap is the universal integration module, which is in development and will bring our operating system onto autonomous platforms a customer already operates.
Who's in control, the operator or the machines?
The operator is always in command. The autonomy is in the execution. The operator sets objectives and authorizes the force's actions, and the units carry them out locally. The human directs and authorizes. The force coordinates and acts. The operator can redirect at any time.
Why does decentralization matter for security?
A centralized system has a center an adversary can find, jam, or destroy to defeat the whole force. A decentralized force has no such center. There is nothing single to take out, which makes the force a fundamentally harder target.
Is it sovereign?
Yes. Northstrike Robotics is Canadian-built, and our platform is designed so allied operators run it themselves, on their own infrastructure. Coordinated autonomy is a strategic capability allied forces should own outright, not rent.
Can we see it work?
Yes. We show capability to serious partners through structured briefings and demonstrations. What we show is what the system does. How it works stays proprietary.
How do we engage?
Request a briefing through the site. We work with defense, security, and enterprise partners, and we'll tailor the conversation to your platforms and your operational needs.