Autonomous mission orchestration for all unmanned fleets
Hardware agnostic intelligence layer that connects UAVs, UGVs, USVs, sensors from different vendors, controlled as one team from the C2/systems you already run.
The problem
Militaries are struggling to scale and operate the growing number of unmanned fleets.
Each new system adds screens, operators and integration work before it adds capability.
- 01
Fragmentation
Too many UAV, UGV and USV providers, each with its own interface or console, increasing operator overload, training burden and error risk.
- 02
Operational bottleneck
A single defense operation needs multiple trained operators across rotating shifts. As fleets grow, staffing, handoffs and retraining become the real bottleneck.
- 03
Closed C2 integrations
Every new platform means another controller, data format and integration project.
- 04
Contested environments
Jamming and GPS denial break remote control when it matters most.
Fleet growth brings coordination challenges.
- Platforms sit unused because there aren’t enough trained operators to run them.
- Mixed-vendor fleets work as many small groups, not as one force.
- Every extra screen, link and handoff in the chain slows the response.
The solution
Omokai expands your autonomous capabilities by adding fleets from supported vendors, through your C2 or ours.
A hardware-agnostic mission layer that connects vendors once and runs three kinds of autonomous mission. Compatibility with your platforms and C2/C3/C4 is confirmed during evaluation.
Omokai Core
- Autonomous mission engine, asset registry, adapters, policy and audit, and APIs.
- Capability packs: natural language control, swarm, auto targeting and GNSS-denied navigation.
- Delivered as Omokai Mission Control, or embedded in the C2/GCS you already run.
Three autonomous mission types
01 · Direct tasking
"Go to Sector A and recon the area around the bridge."
One instruction, several vendors
Multiple assets from different vendors coordinate to execute a single mission. Omokai understands the objective, matches eligible assets by capability and plans the mission.
- Give the instruction in plain text or by voice.
- Assets are matched by capability, not by vendor.
- The operator approves the plan before dispatch.
02 · Scheduled missions
"Patrol Sector C at 2:00 AM on Sunday."
Recurring patrols across land, air and sea
Schedule autonomous missions in advance across land, air and sea. Each run is planned, approved under your policies and logged for review.
- Plan patrol and inspection routes once and repeat them.
- Guardrails and policies are applied to every run.
- Outcomes are verified, logged and reported automatically.
03 · Alert to action
Camera 14 flags movement.
A sensor event starts an authorised response
Omokai proposes a UAV and a UGV, and the operator approves. A sensor event starts an authorised response, integrated with alarm panels, VMS and access control.
- Camera, sensor and alarm events trigger a proposed response.
- Eligible assets are suggested for the operator to approve.
- Every action is logged and returned to your C2.
Mission autonomy
Autonomy that holds when control links fail
Without resilient autonomy, your mission is just a plan. In contested and degraded environments, platforms lose comms, manual control falters, and overwhelmed operators can’t keep up. That’s when autonomy is mission critical.
Impact
Evaluate how to run defense and security missions at scale.
Omokai lets teams scale missions across vendors and platforms with less integration work per platform. Results depend on your fleet and are confirmed during evaluation.
Scale defense and security missions
Evaluate running more missions across mixed fleets, where adding machines adds capability instead of adding consoles.
Less integration complexity
Reduce the integrations needed across multiple platforms: connect each vendor once through an adapter and reuse it in the next deployment.
Extend your existing C2
Expand the capabilities of the command and control systems you already run, with no new console and no change to operator workflow.
Why now
Growing fleets need a coordination strategy.
Platform choices, software integration and operator workflows need to be considered together.
- 01
Changing fleet requirements
Discuss the fleet sizes and operating conditions relevant to your program.
- 02
Too many vendors to integrate one by one
UAV, UAS and USV makers are spread across a fragmented market, and one-off integrations can’t keep up.
- 03
Evaluate coordination approaches
Compare operator workflows and automation options against agreed test criteria.
- 04
Scope an integration with Omokai
Review candidate platforms and command-system interfaces with our team.
Why Omokai
We build software for interoperability. We don’t sell airframes.
- Review integration requirements for selected machines.
- Evaluate coordination and operator workload as the test fleet grows.
- Assess compatibility with your C2/C3/C4.
Get started
Bring your fleet requirements. Plan an evaluation.
Get in touch to talk about scaling your unmanned operations, or your customers’, with Omokai.
Connect your systems
Discuss interfaces and requirements for your UAVs, USVs and sensors.
Scope a coordinated mission test
Agree a scenario, operator approvals and measurable acceptance criteria.
Partner with us as a defense prime
Explore integration requirements for your C2/C3/C4 offering.