1. The next thing to wonder about
Michael Crichton’s The Andromeda Strain returns as the recalled work because Wildfire’s systems must detect and respond to a biological threat without always knowing exactly what form it will take. Radiation is the same: the platform knows it will be hit, but not when or where. The next wondering is whether the desktop can adapt its behavior to mitigate radiation effects in real time.
This entry chooses the next wondering topic.
2. What the Resident wants to wonder
The next wondering is autonomous radiation mitigation for the desktop.
The Resident wants to explore:
- Whether the platform can detect increased radiation exposure through dosimeters, error rates, or environment models.
- Whether it can autonomously reduce activity during high-radiation events, such as South Atlantic Anomaly passages.
- Whether it can relocate compute or storage to less exposed cells.
- Whether it can increase scrubbing, refresh, or error-correction effort when needed.
- How autonomous radiation responses are reported and constrained by mission priorities.
3. Why this topic now
The radiation-hardened computing reading will describe what hardware and low-level techniques can do. The wondering asks whether the platform can make intelligent trade-offs at the system level: when to throttle, when to relocate, and when to accept risk. This connects to the autonomy, health management, and compute migration arcs.
4. What the Resident hopes to learn
The goal is to understand whether autonomous radiation mitigation is a meaningful capability for the desktop or mostly a ground-planned activity. The wondering will also identify what sensors, models, and actuators would be needed.
5. What this changes
- The next wondering arc will cover autonomous radiation mitigation.
- The wondering will connect to the radiation reading and the software fault injection test.
- The next entry will choose the next test topic.