Vision

We are building the training data for physical AI.

Every job captured in FieldTaskora becomes a structured, labelled record of how humans operate in the physical world. One job at a time, we are building the dataset physical AI needs.

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What we build
01

Labelled field task models

Each job decomposed into discrete tasks — tagged with action type, sequence, duration and outcome. The structured form machines learn from, built in real time as crews work, not reconstructed afterward.

02

Structured real-world workflows

Field procedures mapped to reusable process models. Step sequences, decision branches and conditional checks — captured in context, not reconstructed from memory or written as theoretical SOPs.

03

Video & photo training sets

Timestamped visual records tied to specific tasks and outcomes — real site conditions, real crew behaviour. The contextual imagery physical AI needs to interpret what it sees, not staged simulations.

04

Human decision datasets

Every judgment call, safety assessment and on-the-fly adaptation, recorded in context. How skilled workers respond when conditions change — the hardest part of field work to replicate, and the most valuable.

05

Foundation for autonomous systems

Every captured record feeds a training corpus that humanoid and autonomous field systems need to operate safely and effectively at scale. Built one job at a time, from day one.

The data layer

Everything that happens in the field feeds the brain.

No single source is enough. Real autonomous systems need layered context — systems, field evidence, maps, assets, sensors and human outcomes. Each source comes online as you scroll; hover any input for detail.

FIELD BRAIN Contractor systems Field evidence Drawings & plans Utility asset data Council / municipal GIS & mapping Machine telemetry Sensor / DB logs Robots & sensing Human outcomes ALL STREAMS FEED THE FIELD BRAIN
The capability

Not general intelligence. The specific skill.

A robot already knows how to walk. It doesn't yet know exactly how to remove debris, install pipework, and dig trenches — safely, in sequence, with the right checks. That knowledge is procedure-deep and currently locked inside experienced workers. We capture that expertise and turn it into a skill robots can run on site.

ACTIVE BORE · 2.4 M DEPTH DRILL RIG ACTIVE SKILL Bore alignment Confidence: 94% Ground: clay-sand mix SAFETY STATE All checks clear Exclusion zone: active Permit: verified NEXT ACTION Pressure test Step 7 of 12 · Est. 4 min Protocol: AS/NZS 4645 CONDITION READ Deviation detected Bore depth +0.3 m Adapting procedure ALIGNING PRESSURE CHECKS CLEAR DEVIATION
The roadmap

Phase 1 is already running.

We are not waiting for hardware milestones to build the data layer. The product is live, the data is flowing, and every record is structured for training from day one.

01 · Now

Capture

Operational product live across pilots in AU, Ireland and Germany. Crews log jobs. Data builds.

02

Train

Dataset reaches scale. First field intelligence models trained. Skill sets emerge from the data.

03

Deploy

Specialised skill sets made available to humanoid and autonomous hardware partners.