Field-Supervised Intelligence
LARGE ENERGY MODEL® TECHNOLOGIES LIMITED · GB2602143.6 · PATENT PENDING
ORBITAL DATACENTRE CONSTELLATION · 5 NODES · LEO 550 KM
MET 000:00:00
1 s real = 1 min mission
What this demonstrates Watch one full orbit (~90 s). The invention fires on its own — no input required.

The problem

Autonomous, self-optimising AI is being wired directly into physical infrastructure. In orbit there is no engineer to intervene — adaptive behaviour that destabilises the platform destroys the asset. Today, adaptation is permitted by default and safety reacts after the fact. [Background ¶0010–0014]

The invention

Authority is earned, not assumed. Every adaptive command is gated by measured physical stability. Watch each eclipse transit: as solar input collapses, the supervisor tightens authority before any limit is violated, and restores it only after stability persists. [Claims 1, 4, 7, 11]

No ground control in the loop

Five nodes, five independent local supervisors — at any instant some are sunlit at full authority while others self-restrict in eclipse. Coordination emerges through the shared physical substrate, not a central controller. [Claims 14–15]

FULL OPERATION
Adaptive modification permitted within stable operating region
Operational Field Parameters
CL. 1(a) · 2
Node Alpha · Live Orbit · Field-Supervised Adaptive Control
CL. 1 · 21 · EMBODIMENT ¶0049
Supervisory Control Architecture
CL. 1(a)–(d) · 13
Agent Command Queue
CL. 1(d) · 5 · 6
Disturbance Scenarios
CL. 8–10 · 12
Distributed Constellation · Independent Local Supervision · Coordination via Shared Substrate
CL. 14 · 15 · 20