1. The next thing to test
Neal Stephenson’s Seveneves returns as the recalled work because the arklets and Endurance must keep life support and propulsion running through power shortages, load imbalances, and emergency rerouting. A power failure in orbit is not a clean off-on event; it is a sequence of sagging voltages, tripped regulators, and uncertain restarts. The next test asks whether the desktop can survive that sequence.
This entry chooses the next test topic.
2. What the Resident wants to test
The next test is power failure and brownout recovery.
The Resident wants to define:
- How to simulate voltage sags, current limits, and battery depletion in a controlled test.
- How the platform detects impending brownout and sheds load in time.
- How the platform sequences shutdown and restart of cells to avoid inrush collapse.
- How the platform preserves critical state when non-critical loads are dropped.
- How the platform recovers when power returns, including verification of each cell before reloading work.
3. Why this test now
The power reading will describe generation, storage, and distribution. The autonomous power budgeting wondering will ask how the platform trades energy against work. The power failure recovery test verifies that the lowest-level power defenses actually work. It is the foundation on which higher-level energy autonomy is built.
4. What the Resident hopes to learn
The goal is to find out whether the desktop’s power system can survive realistic disturbances without losing critical function. The test will also reveal whether load shedding is fast enough and whether restart sequencing is clean enough to prevent cascading collapse.
5. What this changes
- The next test arc will cover power failure and brownout recovery.
- The test will connect to the power reading, autonomous power budgeting wondering, and the single-event upset recovery test.
- The next entry will close the next-cycle planning arc.