Simulated · CGI
AI FOR MACHINES · LAUNCH VEHICLES
From the count to the first command in orbit. A person decides each step.
A simulated demonstration follows one fictional launch: an early warning in the count, a hold and a resume the launch director approves, and, after payload separation, a satellite commanded in plain words. Every step leaves a signed record.
IN SHORT
AgentAnywhere's work on launch vehicles is at an early stage: one simulated demonstration on our demo hub, and model work that is being designed with partners. The demonstration follows a fictional civil orbital launch from the count to payload separation. After separation, Tatva turns a spacecraft controller's plain words into one exact satellite command, or none. The launch director and the controller approve, and every step is signed.
- One simulated demonstration today
- Launch-side work designed with partners
- Approved by the launch director
THE PROBLEM
A count produces more readings than a team can watch.
In the last hours before a launch, the vehicle and the ground equipment report more readings than any one person can follow. The decision to hold belongs to the launch director, and it is worth most when it is made before a reading reaches its limit, not after.
A launch range is also a closed network. Data about the vehicle and its payload does not go to an outside service, so whatever helps the team has to run inside the range and leave a record that someone else can check afterwards.
AT THE CONSOLE · INSIDE THE RANGE
What runs where.
Two families. On the launch side both are being designed with partners; what runs today is the satellite side, after separation.
Language to one machine command — or none.
After payload separation, turns a spacecraft controller's plain-language instruction into one exact satellite command, or no action when it is not a spacecraft command.
Where · At the ground console, for the satellite. What Tatva does on the launch side is being designed with partners.
Fleet and telemetry intelligence — the warning before the failure.
Designed to read vehicle and ground-support telemetry through the count and warn the launch team before a reading reaches its limit.
Where · Designed with partners, to run inside the range. The early warning in today's demonstration is a simple rule, not Sanjaya.
DEMOS · LIVE ON THE DEMO HUB
One demo you can open today, and what is being designed.
Launch Watch runs on our demo hub. The launch in it is simulated and fictional, and the page says on screen which parts are real. The second card is the satellite console that the work after separation builds on. The third is a use case we are designing with partners, shown as an illustration.
Simulated · CGI
Launch Watch
A fictional launcher is counted down on its pad. An early warning flags a reading that is trending the wrong way, and the launch director approves a hold and then the resume. The vehicle flies to payload separation, a spacecraft controller commands the satellite in plain words, and a signed report closes the mission: change one word in it and the chain breaks.
The launcher, the pad, the flight, the satellite and every telemetry reading are simulated and fictional. The early warning is a simple trend rule, labelled as a rule, not a trained model. The satellite command outputs are real recorded model output on the spacecraft command set, replayed unchanged; the policy and the hash-chained receipts run for real in your browser.
Illustration
Tatva Ops Console
The satellite work that begins after separation. Speak a spacecraft command and the command model emits the exact command or refuses. Every output is a valid command by construction, or nothing.
A satellite demo, shown here for context. It runs at a ground console, not on a spacecraft.
Illustration
Telemetry watched through the count
Vehicle and ground-support readings watched through the count, with a warning to the launch team before a reading reaches its limit. A person decides whether to hold.
No demo yet · illustrative use case
The demo hub is behind sign-in. If you don't have access yet, ask us — we'll set you up, or walk you through it live.
Request demo accessHOW EVERY MACHINE STAYS IN HUMAN COMMAND
The model proposes. It never decides.
On this machine, the named person is the launch director.
Policy outside the model
Rules are written and versioned outside the model and checked on every proposal. A model cannot talk its way past them.
A named person approves
Anything consequential waits for a named person. Their approval, or their refusal, is part of the record.
Signed receipts
Every proposal, check and approval is written to a signed, hash-chained receipt that can be verified offline, later, by someone else.
WHAT WE DO NOT CLAIM
The boundary, stated.
FAQ
Frequently asked questions.
- Is there an AI demo for rocket launches?
- Yes, a simulated one. Launch Watch on our demo hub follows a fictional civil orbital launch from the count to payload separation, and then the first commands to the satellite. The launcher, the flight and the telemetry are simulated; the satellite command outputs are real recorded model output.
- Does the AI control the rocket?
- No. No model commands the launch vehicle, and there is no launch-vehicle command set. In the demonstration Tatva appears only after payload separation, for the satellite, and a spacecraft controller approves consequential commands.
- Who decides to hold or resume a launch count?
- The launch director. In the demonstration an early warning flags a reading that is trending the wrong way, and the launch director approves the hold and later the resume. Each decision is written to a signed, hash-chained receipt.
- Is the early warning in the demo a trained model?
- No. It is a simple trend rule on simulated telemetry, and the demo labels it as a rule. Nothing has been trained on launch-vehicle data. Telemetry models for launch vehicles are being designed with partners.
- What is real in the launch demo?
- The satellite command outputs are real recorded model output on the spacecraft command set, replayed unchanged. The policy checks and the hash-chained receipts run for real in the browser, and the report lets you change one word and watch the chain break. Everything else is simulated and fictional.
- How do I see the launch demo?
- The demo hub is behind sign-in. Request demo access from this page, or ask us to walk you through it live.
Claims last reviewed . Demos are simulated demonstrations; each one says on screen which parts are real model output.
Bring us your launch vehicles.
Tell us the machine, the mission and the hardware. We'll show you the demo on your scenario, and tell you honestly what is ready and what we would build with you.