Fail-Safe Mode
System states
The system defaults to the safest possible behavior when uncertain, prioritizing stopability.
Operational postures that determine how harm is absorbed—or amplified.
Use this chapter when you only need system states definitions.
Return to the main glossary to search across all territories.
Every chip opens a dedicated glossary slice so you can share just the relevant definitions. Labels provide the primary cue, with short aria-label descriptors for additional context.
Operational postures that determine how harm is absorbed—or amplified.
System states
The system defaults to the safest possible behavior when uncertain, prioritizing stopability.
System states
The system defaults to permissiveness under failure—sometimes necessary, sometimes dangerous. Must be paired with velocity friction.
System states
A harmful state where systems fail without signaling it; the worst possible form of failure because it hides moral latency.
System states
Originally: machines absorb force so people survive. Digitally: people absorb system failures so machines stay smooth. Ethotechnics reverses this direction of impact.
System states
How clear the system makes its impact on real people.
System states
Places in a system where harm occurs but no one can see, trace, or intervene. Closing dead zones is a goal of oversight horizons.
System states
The point at which the system must transfer control to human oversight.
System states
Where users experience system decisions and where harm can manifest.
System states
A scheduled calm state where teams intentionally slow or stop throughput so inspections, upgrades, and rehearsals can happen without crisis pressure. Maintenance windows make stopability routine instead of reactive.
Each window is negotiated with the people impacted, includes published service guarantees, and documents which safeguards were tested so unfinished work rolls into the shared repair log.
System states
A facilitated reflection held while the system is still in a warning band to examine how maintenance load, emotional labor, and unresolved incidents are accumulating. Care retrospectives combine telemetry with frontline testimony.
They redistribute responsibilities before burnout or harm escalates, triggering new maintenance windows or policy fixes when the team cannot keep absorbing risk.
System states
A living record of every mitigation, decision, and resource commitment made after a fault. Repair logs make accountability legible by linking people harmed, who intervened, and what evidence was used.
They inform future care retrospectives, power audits, and service-level reports so follow-up work is traceable and burden does not drift back to the same communities.