16 Failure, Recovery & Resilience
What does it mean for an intelligent system to survive failure?
Area 16: Failure, Recovery & Resilience
Master Question
What does it mean for an intelligent system to survive failure?
What We Want to Discover
Failure is not a single event to be prevented once. Sensors degrade, actuators wear, communication drops, and assumptions stop holding. This area studies how a system should detect that something has failed, how it should degrade gracefully rather than collapse, and how it should recover once conditions improve.
Why It Matters
Every long lived autonomous system will eventually operate outside its design envelope. Resilience determines whether that moment produces a safe, informative failure or a silent, dangerous one.
Core Concepts
- Graceful degradation
- Fault detection and isolation
- Redundancy and fail safe design
- Recovery time and recovery policies
- Antifragility
Relevant Disciplines
- Safety engineering
- Resilience engineering
- Ecology, particularly ecosystem resilience
- Immunology
Potential Mimicry Sources
- Immune system response to injury and infection
- Ecosystem recovery after disturbance
- Redundant organ function in biological systems
Projects
No projects yet.
Active Questions
No projects yet, so there are no active derived questions to report.
Key Findings Across Projects
Pending. No projects in this area have produced findings yet.
Unresolved Questions
Pending.
Connections to Other Areas
Pending. Connections will be identified as projects in this area develop.