Prove sustained v2-world operation after starter batteries drain #55

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opened 2026-08-06 03:57:31 +00:00 by coilyco-ops · 0 comments

coilyco-ops commented

2026-08-06 03:57:31 +00:00

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Problem

The current 50-tick proof starts every object with the v2 battery charge and a fueled central generator. That bounded window can hide broken remote generation, fuel logistics, and power connectivity.

Blocked by

Scope

Run the complete 100x100 world beyond the point where starter charge can mask power failures.
Keep all production, dispatch, movement, mining, construction, generator, and power-line systems enabled.
Define explicit steady-state liveness and starvation expectations.
Detect logistics deadlock, permanent power starvation, unbounded queue growth, and stalled remote extraction.
Emit a bounded summary suitable for CLI, tests, and performance comparison.

Acceptance

A deterministic long-run test proves continued remote extraction and material delivery after initial battery energy is exhausted.
At least one autonomously deployed remote generator remains fueled and contributes energy.
Required production chains continue making progress across the observation window.
Dispatch queues, claims, routes, and pending mutations remain bounded and free of permanent deadlock.
Repeated runs produce identical simulation summaries.
The run completes within the performance budget established by #51.
Parity documentation states the proven duration and liveness boundary.
The full Ward gate and release Wasm build pass.

## Problem The current 50-tick proof starts every object with the v2 battery charge and a fueled central generator. That bounded window can hide broken remote generation, fuel logistics, and power connectivity. ## Blocked by * #51 * #54 ## Scope * Run the complete 100x100 world beyond the point where starter charge can mask power failures. * Keep all production, dispatch, movement, mining, construction, generator, and power-line systems enabled. * Define explicit steady-state liveness and starvation expectations. * Detect logistics deadlock, permanent power starvation, unbounded queue growth, and stalled remote extraction. * Emit a bounded summary suitable for CLI, tests, and performance comparison. ## Acceptance * A deterministic long-run test proves continued remote extraction and material delivery after initial battery energy is exhausted. * At least one autonomously deployed remote generator remains fueled and contributes energy. * Required production chains continue making progress across the observation window. * Dispatch queues, claims, routes, and pending mutations remain bounded and free of permanent deadlock. * Repeated runs produce identical simulation summaries. * The run completes within the performance budget established by #51. * Parity documentation states the proven duration and liveness boundary. * The full Ward gate and release Wasm build pass.

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2026-08-06 03:57:44 +00:00

coilyco-ops referenced this issue

2026-08-06 03:58:01 +00:00

Track remaining v2 large-world parity #49

coilyco-ops referenced this issue

2026-08-06 03:58:14 +00:00

Meet or beat the C# v2-scale simulation baseline #51