Agentic robotics
Describe the job. Our agent builds the robot.
Talk to it and show it your place. It builds a twin, picks the robot, writes the mission and your app, then proves it all in simulation.
Jobs you could describe
- “Count our date palms and tell me which look sick”
- “Film our advert in the plaza: low orbit, then a big reveal”
- “Our daughter is lost in the park. Yellow top.”
- “What changed on site this week?”
- “Fast passes under the pipe rack for the music video”
- “Find the irrigation leaks along the rows”
- “Check the roof after last night's storm”
- “Walk the fence line every Monday”
How it works
From a conversation to a working robot.
Every robot job needs someone to choose the hardware, program it, test it and build the software around it. Our agent does that work. Each step below is from a real job it has run in simulation. Steps marked coming are next.
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01 Talk
Tell it the job, the way you'd tell a person.
Speak or type, and send photos of the place. The agent asks only what it needs, then writes the job card.
An illustration of a real job's request. Talking to the agent works today; sending photos and video: coming.
Our agentExamplelistening0:14“We're shooting an advert in this plaza and I'm the director. I need a low shot of the fountain, a slow orbit round it, then a big reveal of the whole square.”
Got it: three shots around the fountain. How low for the first one, and should the reveal hold at the end?
About 4 metres up. Hold the wide view a few seconds, then bring it home.
Job card
Plaza advert · 3 shots
- 1Low frame on the fountain, about 4 m up
- 2One slow orbit, fountain centred
- 3Spiral reveal of the square, hold, land home
Safety: stay clear of people · land where it took off
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02 Twin
It builds a digital twin of your place.
A working 3-D copy where every flight is planned and rehearsed first. Here, the oil plant our drone flew: first its 3-D model as lines, then the same scene rendered. Below, live: a block of 48 date-palm spots, and the real path our drone flew to find the sick ones.
Live 3-D from a recorded simulated flight, 7 Nov 2026. Today we build each twin from a site description and map; from your phone video: coming.
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03 Robot
It picks the robot and every part on it.
The kit follows the job, and every gram counts: a heavier camera means a shorter flight. Pick a job and watch the kit change.
Today's robot is a drone. The kits come from our parts research; the agent choosing them: coming. The agent runs in the cloud; only the autopilot is on board. Flight times are estimates.
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04 Program
It writes the robot's mission, in real code.
No ready-made move existed for the director's reveal, so the agent wrote one: a spiral that climbs and pulls back with the camera on the fountain. 20 lines. It flew first time.
Hard limits on speed, height and the site's fence always apply; the code can't change them. Real code and path from the simulated flight of 7 Nov 2026.
Mission plan
- Take offclimb to 4 m
- Shot 1 · Low framefountain centred
- Shot 2 · Orbit360°, 10 m out
- Shot 3 · Spiral revealnew code
- Hold, land home7 cm from take-off
orbit, 4 m spiral, 4 → 26 m
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05 Your app
Then it builds you an app, made only for your job.
No dashboard with a hundred menus: just the screens your job needs. Our agent wrote each of these four for a real job. They work: use them right here.
Each app shows its job's real results from our simulator, November 2026. Buttons that fly replay the recorded flight.
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06 Proven in simulation
It flies your job in simulation before anything ships.
As often as it takes, and you watch the replays. These are jobs our agent has already flown, each from a plain request. Open one to watch.
48 flights 42 jobs since 7 Nov 2026
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07 Price coming
A quote for the setup, then the month.
Priced from what the simulation proved the job needs.
Plaza advert · filming setup
Example- Drone, set up and tested
- 4K gimbal camera
- Your shot-panel app
- Each month: flying, care, updates
Layout only. No prices yet.
08 Deployed coming
Your robot arrives ready, with your app.
Set up and tested on your twin. When the job changes, tell the agent: it reprograms the robot and updates the app.
Real-world flights and delivery come after simulation.
Your job could be the next one we fly.
Describe your job
For investors
Robots have the hardware. What they lack is the engineering for each job. Agents can now do it.
kinds of paid drone work mapped across 14 sectors, from film sets to farms. Our catalogue, Nov 2026.
spent on drone services in 2025, against USD 1.7 bn on drone software. The money is in getting jobs done. Drone Industry Insights, estimate
from that catalogue already flown by our agent in simulation since 7 Nov 2026.
Why now
- Models can plan, code and judge. Our agent runs on frontier models that write a program, read a camera and decide what to do next.
- Talking to drones is no longer the hard part. Rivals let AI turn words into existing commands. None we found (Nov 2026) let it write new flying.
- Ours rewrites the flying. It writes and swaps flight code mid-flight, flies back to confirm a defect, and finds a person from a description.
- Simulation makes every new job cheap to prove, before any hardware moves.
101 jobs, 14 sectors
Mission counts from our catalogue of commercial drone jobs (Nov 2026). Market figures are third-party estimates.
Your turn
Describe your job.
A farm, a roof, a film set, a building site. Tell us what you need done, in your own words. We read every message and reply with what a setup could look like.
- Plain words are enough. No specs needed.
- We simulate promising jobs first and show you the replay.
- We keep your message private and use it only to reply.
Contact
Our request form is coming. Until then, send us your job on LinkedIn: a few sentences in your own words are enough.
Message us on LinkedInOpens LinkedIn in a new tab.