PULSE
DolphinTursiops truncatus
Acoustic mapping, sonar perception and navigation for low-visibility underwater environments.
(01) — Dossier
- Kingdom
- PELAGIC — The Ocean Kingdom
Marine robotics · underwater sensing · coastal systems · subsea infrastructure
- Readiness
● Now
Assemblable largely from mature, demonstrated technology. A MALIA planning category, not a formal TRL.
- Status
Proposed concept
PULSE is under study — it is not manufactured, fielded or validated.
(02) — Biological principle
Active sonar that resolves structure in zero visibility.
What the organism solved.
(03) — Engineering ambition
Acoustic mapping, sonar perception and navigation for low-visibility underwater environments.
The machine it points toward — an ambition, not a promise.
(04) — Research questions
- Q01
What produces the effect — active sonar that resolves structure in zero visibility — and which part of the mechanism is essential rather than incidental to the biology?
- Q02
What is the simplest machine that could deliver acoustic mapping, sonar perception and navigation for low-visibility underwater environments without replicating the organism wholesale?
- Q03
What evidence would falsify the approach — under which conditions is PULSE 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 PELAGIC.
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