Malia

The Machine Kingdom

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○ Research

INCH

Geometer moth larvaGeometridae

Soft robots that compress through gaps far smaller than their resting size.

(01) — Dossier

Kingdom
ADAPT — The Adaptive Kingdom

Climbing · soft robotics · flexible machines · confined-space access

Readiness

○ Research

Higher-risk program; key advantages remain experimental. A MALIA planning category, not a formal TRL.

Status

Proposed concept

INCH is under study — it is not manufactured, fielded or validated.

(02) — Biological principle

Soft-bodied locomotion needing no rigid skeleton at all.

What the organism solved.

(03) — Engineering ambition

Soft robots that compress through gaps far smaller than their resting size.

The machine it points toward — an ambition, not a promise.

(04) — Research questions

  1. Q01

    What produces the effect — soft-bodied locomotion needing no rigid skeleton at all — and which part of the mechanism is essential rather than incidental to the biology?

  2. Q02

    What is the simplest machine that could deliver soft robots that compress through gaps far smaller than their resting size without replicating the organism wholesale?

  3. Q03

    What evidence would falsify the approach — under which conditions is INCH worse than the conventional alternative, and how early could that be shown?

Programs begin as questions, not specifications. GENOME indexes the biological mechanism; INSTINCT tests what survives the move into a machine.

(05) — Related species

Also in ADAPT.

9 other programs in the ADAPT kingdom.