$ run twinton
initialising world model0%
twinton↳ main site]01[ premise
A sensor perceives. A network understands. Twinton takes action.
]02[ what we build
]03[ the path of a signal
hover a node
hover a node
]04[ three laws
- 01
Perception is not intelligence
A sensor reports. The mesh connects. Twinton acts.
- 02
Distance is latency
The decision is made where the failure happens.
- 03
Every asset owes a record
Condition, cost and consequence, continuously.
]05[ one mesh, every asset
Intelligence is not added to the machine. It is the machine.
The same mesh resolves into a machine, a vehicle, a structure, a piece of infrastructure. One Twinton per asset, whatever the asset is.
energywind turbinevibration · rpm · strain · wind · temp
20ms
signal to decision
1.4M
assets twinned
99.98%
mesh uptime
01
Twinton per asset
]06[ distributed computing systems
Any AI workload, any chip
Nothing is scheduled. The estate reports itself and the loop closes on its own.
AI workloads are routed by latency, budget and quality requirements — on the edge, at the nearest telecom tower, or in the cloud. One application, placed wherever it runs best.
]07[ lifecycle economics
Accelerate digital intelligence. Cut the cost of the physical lifecycle.
Twinton turns every asset into a software-defined product. Design, build, operate and retire with a live world model instead of paper, guesswork and scheduled downtime.
Software-defined manufacturing
Design and validate in the model before steel is cut. Fewer prototypes, shorter NPI, faster time to market.
~40 % reduction in physical iterations
Virtual inspections & predictive maintenance
Condition, cost and consequence, continuously. Replace calendar-based checks with targeted intervention.
~30 % lower maintenance spend
]08[ build your twinton
Build your Twinton.
coming soonOne asset, one live world model. The estate follows.