Many machines.
One purpose.
You create the mission. The swarm does the work. Define the objective, area, and conditions, then approve the plan. Ainors is designed to coordinate capable machines across air, ground, and water and report what they found, what they covered, and what remains to be done.
Individual capabilities.
Collective possibilities.
You define the mission.
The swarm does the work.
Create a mission or task with a clear objective, operating area, and success conditions. Ainors turns that intent into a coordinated plan for your fleet.
Ainors breaks the mission into tasks and matches each one to machines with the right capabilities. Your existing vehicle controllers keep their safety limits and manual overrides.
Explore the system design- 01 / DEFINE
You create the mission
Describe the task, choose the operating area, and specify what a successful result needs to show.
- 02 / APPROVE
You review the plan
Ainors checks capabilities and prepares the task plan. Review the assignments and limits, then approve the plan before the team starts.
- 03 / EXECUTE
The swarm does the job
The team carries out its assigned tasks within approved limits. Follow progress and receive findings, search coverage, and a clear account of completed or incomplete work.
Different strengths. A shared way to work.
+One observation. A team response.
Follow a simulated mission from discovery to a shared observation and a coordinated response. Select a scenario or inspect an individual node.
Interactive concept demonstration. All telemetry is simulated.
Observe from above.
Verify on the ground.
An aerial view can reveal where to look.
A ground platform can bring a different perspective.
Ainors connects the work through shared context.
Locate
An aerial platform records an observation.
Exchange
Position and context reach the team.
Verify
An eligible ground platform follows up.
Describe the target.
Bring back evidence.
Describe what to find and, where supported, add a reference image. Planned image-guided missions search the approved area and report verified locations with supporting evidence.
Image-guided search is part of the approved next-stage design. Additional measurements use the sensors required by the mission. Reports include verified findings, uncertainty, and any gaps in coverage.
Qualified observations.
Evidence-backed outcomes.
ILLUSTRATIVE NETWORK BEHAVIOR
Connected teams.
Bounded autonomy.
Robots share mission context over local links. One authorized mission coordinator keeps the team aligned, while each vehicle respects its operating limits.
Shared awareness
Peers exchange observations and context so the team can work from a common picture.
Local by design
Designed for onboard and edge computing, without depending on a cloud connection.
Native safeguards
Vehicle controllers retain their operating limits, manual overrides, and emergency controls.
Plan the work.
Connect the team. Verify the result.
Five connected parts take a mission from intent to evidence.
Designed to run locally or at the edge,
without requiring a cloud connection.
Mission creation
Planning & allocation
Team communication
Vehicle execution
Evidence & reporting
PLATFORM DESIGN OVERVIEW YOUR VEHICLE KEEPS ITS NATIVE SAFEGUARDS
Put the team to work.
Across different domains.
Explore illustrative mission scenarios for heterogeneous teams.
Field use depends on platform and operating-domain qualification.
Area search
Divide survey work between capable machines and track the coverage behind the search outcome.
Explore scenarioEnvironmental response
Combine aerial coverage with ground observations to build a clearer picture of a changing area.
Explore scenarioAsset inspection
Locate a point of interest from above, then gather closer evidence with an eligible platform.
Explore scenarioUtility networks
Bring observations from distributed assets into one mission record across lines, corridors, and remote sites.
Explore scenarioYour platform.
A shared interface.
Ainors is designed to connect through qualified adapters above your existing vehicle controller.
Adapters connect vehicle capabilities and observations to the mission. Local safety checks guard execution, while your controller retains stabilization, manual override, and emergency controls.
Explore the integration conceptconst scout = Ainors.connect({
adapter: "ardupilot",
id: "scout-07",
capabilities: [
"camera",
"mapping",
"navigation"
]
})
scout.publish({
type: "candidate_observation",
position: observationPosition
})
Rehearse the mission.
Then qualify the platform.
Develop and test missions in an isolated simulation environment. Moving to real machines requires qualification of the vehicle, controller, sensors, and operating conditions.
The next step for autonomy is learning to work together.
A single machine brings a capability. A connected team brings new possibilities.
Ainors is our path toward missions that make use of both.
Many machines. One shared purpose. Ainors.
Bring your fleet together.
Tell us about your platforms, mission objectives, and constraints.
Let’s explore where Ainors could fit.