Fleet command-and-control suite
One ground layer commands the whole fleet
Overview
A ground-based command layer that runs many drones as one operation instead of one screen per aircraft. It plans missions and waypoints, aggregates telemetry in real time, allocates tasks dynamically and deconflicts flight paths so aircraft do not compete for the same air. Health monitoring and predictive maintenance flag a problem before it grounds a sortie, offline voice control keeps the operator hands-free, and the suite scales as the fleet load grows. It ships as a plug-and-play module that fits any drone with no modification to the airframe, and it has been deployed with an army's infantry and cavalry units.
A ground layer that runs many drones as one operation: mission planning, telemetry aggregation, dynamic tasking and collision deconfliction in a plug-and-play module that needs no change to the airframe.
How it comes to you
Unstrat is the authorised global representative and distributor for this capability. It is already in service with a track record behind it, so you are buying something that has done the job elsewhere, not funding a first attempt. You are not the test bed.
Why Unstrat: the difference
Independent, non-aligned origin, with no political exposure to any major-power ecosystem.
One accountable team from first briefing through delivery and in-region sustainment.
Deployed with an army's infantry and cavalry units.
Capabilities
- Mission planning and waypoints with real-time telemetry aggregation across the fleet
- Dynamic task allocation and collision deconfliction
- Health monitoring with predictive maintenance
- Offline voice control for hands-free operation
- Scales as fleet load grows
- Plug-and-play module that fits any drone with no airframe modification
Specifications
| Type | Fleet command-and-control suite |
| Planning | Missions, waypoints, dynamic tasking |
| Telemetry | Real-time aggregation across the fleet |
| Safety | Collision deconfliction |
| Maintenance | Health monitoring, predictive |
| Control | Offline voice control |
| Integration | Plug-and-play; no drone modification |
| Origin | Independent / non-aligned |
| Support | In-region sustainment |
How it reaches you
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Procurement & sustainment
Classification and the end-user-certificate chain are confirmed before this capability is represented to your market.
Sourced from an independent manufacturer: no major-power disclosure rules or political conditions.
A single team responsible from first briefing through delivery: not a chain of foreign primes to integrate yourself.
Lifecycle support and operator training delivered in-region, building capability that outlasts the initial deployment.
Questions buyers ask
What is a fleet command-and-control suite for drones?
It is a ground layer that runs many drones as one operation. Ours does mission planning and waypoints, aggregates real-time telemetry across the fleet, allocates tasks dynamically, deconflicts collisions, monitors health with predictive maintenance and takes offline voice control, in a plug-and-play module that fits any drone with no airframe modification.
See: Command and control across the fleetISR capability context
Does the fleet command suite work with drones we already have?
Yes. It is a plug-and-play module that fits any drone with zero airframe modification, so it is meant to sit over a mixed fleet rather than tie you to one aircraft. Confirm the integration for your specific drones in the technical review.
What does the fleet command suite actually do during a mission?
It plans missions and waypoints, aggregates real-time telemetry from the whole fleet, allocates tasks dynamically as the mission changes, deconflicts collisions between aircraft, and monitors each drone's health with predictive maintenance. It also takes offline voice control for hands-free operation.
Is the fleet command suite proven in use?
It has been deployed with an army's infantry and cavalry units, so it is fielded rather than a demonstration tool. Judge it on that record and trial it against your own fleet and tasking.
Command layer that runs many drones from one operator picture
That is its purpose: it aggregates real-time telemetry across the fleet and allocates tasks dynamically, so many drones are run as one operation rather than many separate screens. Collision deconfliction keeps the aircraft apart as the tasking changes.
Drone command suite that deconflicts many aircraft in the same airspace
It carries collision deconfliction as a core function, alongside dynamic task allocation, so multiple drones can work the same airspace under one plan. That is the piece that makes running a fleet as one operation safe rather than a coordination problem for the operators.
Fleet management that predicts drone maintenance before failure
It monitors each drone's health and does predictive maintenance, so a developing fault can be caught before it grounds an aircraft mid-mission. That turns fleet availability from a reactive problem into a managed one.
Drone command suite with hands-free voice control
It takes offline voice control, so an operator can command the fleet hands-free without depending on a network connection for the voice layer. Confirm the voice-control scope and languages in the technical review.
Fleet command suite from a non-aligned supplier
It comes from an independent, non-aligned supplier with one accountable team and in-region sustainment, and it is fielded with an army's infantry and cavalry units. Because the suite is the layer the rest of your drone operation depends on, that independent, non-aligned origin with one accountable team and in-region sustainment is part of the reason to look at it.
We field a mix of drones from different sources. Can one command layer run them all?
That is the design intent: it is a plug-and-play module that fits any drone with no airframe modification, and it aggregates telemetry, allocates tasks and deconflicts collisions across the fleet from one picture. The honest step is to trial it against your actual mix of aircraft in the technical review, because the value of a unifying layer depends on how cleanly it integrates each drone you already fly.
See: Command and control across the fleetISR capability context
How does the suite behave as the number of drones grows?
It is stated to scale as fleet load grows, aggregating telemetry and reallocating tasks dynamically rather than saturating at a fixed number of aircraft. Scaling behaviour is exactly the thing to trial rather than take on trust, so put your target fleet size and mission tempo into the technical review and measure how the suite holds up under that load.
Can the fleet command suite tie together the ISR, resupply and vehicle drones in this range?
Because it fits any drone with no airframe modification, it is meant to run a mixed fleet, and the same principal builds ISR quadcopters, tethered overwatch, drone-in-a-box stations, resupply drones and vehicle-integrated aircraft that it can aggregate. Scope which platforms you want under one command picture in the technical review rather than assuming every aircraft integrates identically.
See: Vehicle-integrated drone comparedDrone-in-a-box compared
How is the fleet command layer kept sovereign, given it holds the whole operation's data?
The suite is the layer the rest of the operation depends on, and it holds the telemetry and health data for the whole fleet, so sovereignty matters most here. It comes from an independent, non-aligned supplier with one accountable team and in-region sustainment. Where the data lives, who holds the keys and who can update the suite is not settled by that sourcing alone, so confirm the hosting, key custody and update control as contractual points during procurement.
What sits behind the deployed-with-army claim, and how do we verify it for our own use?
The published record is deployment with an army's infantry and cavalry units, which says it is fielded rather than experimental, but it does not tell you how it behaves on your fleet. So treat the fielding as evidence of maturity and then run your own trial against your tasking, your drone mix and your operators, because that is the only way to know how the planning, deconfliction and predictive maintenance hold up for you.
Does the voice control and predictive maintenance depend on a live network connection?
The voice control is stated as offline, so that layer does not depend on a network connection to command the fleet hands-free. The predictive maintenance and telemetry aggregation are core suite functions; how they behave with intermittent connectivity is a technical-review question, so put your real connectivity conditions on the table and confirm what runs offline before relying on it in the field.
Fleet command-and-control suite: questions
What is Fleet command-and-control suite?
Fleet command-and-control suite is Unstrat's Sky (Air Domain) capability: A ground-based command layer that runs many drones as one operation instead of one screen per aircraft. It plans missions and waypoints, aggregates telemetry in real time, allocates tasks dynamically and deconflicts flight paths so aircraft do not compete for the same air. Health monitoring and predictive maintenance flag a problem before it grounds a sortie, offline voice control keeps the operator hands-free, and the suite scales as the fleet load grows. It ships as a plug-and-play module that fits any drone with no modification to the airframe, and it has been deployed with an army's infantry and cavalry units.
How does Fleet command-and-control suite work?
Fleet command-and-control suite delivers its effect through mission planning and waypoints with real-time telemetry aggregation across the fleet, Dynamic task allocation and collision deconfliction and Health monitoring with predictive maintenance, capabilities matched to the requirement and confirmed under briefing rather than published.
Who makes Fleet command-and-control suite?
Fleet command-and-control suite is built by The Heavy-Payload UAS House, whose focus is heavy-lift and isr unmanned aircraft. Unstrat represents The Heavy-Payload UAS House to government and enterprise buyers worldwide as an independent, non-aligned prime vendor.
Why choose Fleet command-and-control suite over a major-power alternative?
Fleet command-and-control suite is sourced from an independent, non-aligned manufacturer, so it carries no major-power disclosure rules, upgrade-locks or political ramifications. Concretely: deployed with an army's infantry and cavalry units. The capability is accountable to you, not to a foreign vendor's government and its release schedule.
How is Fleet command-and-control suite procured, and where can it be exported?
A ground layer that runs many drones as one operation: mission planning, telemetry aggregation, dynamic tasking and collision deconfliction in a plug-and-play module that needs no change to the airframe. Every engagement begins with a briefing, and export eligibility is confirmed per market under briefing rather than published. Where controlled capabilities are involved, the classification and end-user-certificate chain is confirmed first. Fleet command-and-control suite is then sustained in-region by one accountable team from briefing through long-term operation.