Operational data and Intelligence as a Service system diagramREAL TASK INTERFACEPhysical Data CompilerOperational Data AssetsTask Episodeswearables / teleoperationvideo / action / forcePhysical Data CompilerPhysical AI DBMSalign / index / version / lineagePhysical Causal Modelstate / contact / failureOperational DataAssetsData APIsIntelligenceas a Serviceverified tasks inform the next taskObservation in. Operation out.

ArcheBase builds the
operational data layer
for Physical AI.

We turn real robot episodes into operational data assets and expose physical compilation capabilities through Data APIs.The bottleneck is no longer the model alone, but stable, scalable, high-quality operational data.

「 Evolutionary Data Loop 」

Robots need operational data,
not just observational data.

Observational data records what happened. Operational data captures the actions, states, contact, and failures that make robot learning possible.

Ego Data for Physical AI

Raw Inputs

01

Observational data records what happened: images, trajectories, logs, and state changes.

Compiled Assets

02

Operational data captures how to act next: contact, task stage, failure cause, recovery, and quality rules.

「 Productized Output 」

We build the output:
operational data assets and callable physical intelligence.

The conversion from observational data to operational data becomes a product: assets teams can train on, evaluate with, query, and call through Data APIs.

Data Assets

Operational data for training and evaluation

Compiled task datasets, benchmarks, scenario packages, evaluation assets, and reusable templates.

Intelligence as a Service

Physical compilation capabilities, exposed through Data APIs

Call task retrieval, failure diagnosis, evaluation generation, quality checks, and version tracing through the Physical Causal Model.

「 Data Compiler 」

The compiler is how observation becomes operation.

The compiler combines physical-causality modeling and data engineering, turning raw episodes into operational data assets and model capabilities that Data APIs can call.

The compiler combines physical-causality modeling and data engineering, turning raw episodes into operational data assets and model capabilities that Data APIs can call.