Technology

From human interaction to reusable machine skill.

PlainHand is building an integrated training and data system in which every layer has to earn the next.

CURRENT WORK + STAGED ROADMAP

Integrated system

Research becomes infrastructure when the evidence holds.

The technology story is a sequence, not a collection of disconnected features.

01

Capture

Record synchronized physical interaction.

02

Evaluate

Find useful complete events and smaller parts.

03

Weight

Adjust sensor influence as usefulness changes.

04

Measure

Test matched outcomes and preserve uncertainty.

05

Transfer

Challenge the effect on new models and conditions.

06

Sense

Build new instrumentation only when evidence justifies it.

07

Compound

Feed richer human, robot, failure, and correction data back in.

Moment-to-moment information

Every sense stays available. Influence can change.

A grasp may rely on vision during reach, distance during approach, force at touch, and vibration during slip. Phase One tests this idea offline; live execution remains a later hypothesis.

Explore Adaptive Sensor Attention
REACHVisionMotionForceTOUCHVisionTactileForce

Selective hardware

Hardware as a data-generation instrument.

PlainHand can remain a training-layer company while building the selective physical infrastructure needed to test it.

POST-PHASE-ONE

Staged sensing glove

Candidate modalities must earn retention through measurable incremental value, reliability, synchronization, wearability, safety, cost, and complexity.

FUTURE ROADMAP

Robot-native data instrument

A hand prototype may be scientifically valuable before commercial maturity if it generates interaction data that advances the learning program.

See the staged sensing plan
Multiple sensor signal streams converging through evidence lenses into a connected structure of nodes.

From signal to structure

Many separate senses. One coherent physical record.

Vision, contact, force, pose, and motion arrive as separate streams. The technology stack aligns them in time, tests which of them carry the useful information, and turns the result into structure a model can learn from.

Evidence decides

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