# Permacomputing | | url:: [Permacomputing](https://permacomputing.net/) | | ---- | ---- | [[Ethics of Technology]] [[Sustainability|Sustainability]] [[Sustainable Computing]] Preservation - of data, formats, etc. be able to carry data forward [[Simplicity]] Small [[Efficiency]] [[Antifragility]] [[Openness]] [[Ecology]] [[Deep ecology]] [[Care ethics]] [[Adaptive behavior]] [[Flexibility (personality)]] [[Technical Documentation & Comments]] [[Decentralized computing]] [[Distributed computing]] [[Design|Design]] [[Humanism]] Longevity [[Automation]] [[Codex/Tech/AI & Machine Learning|AI & Machine Learning]] [[Energy Conservation]] [[Reusability]] Scalability [[Diversity]] [[Homelab & Self-hosting]] Local computing Emulation Design for failures, infrastructure and internet collapses, etc. Alternative/unconventional computing ## Issues, contra contra big tech, [[Capitalism]] greenwashing monoculture planned obsolescence [[SaaS]] ## The Four Concepts Of Resilience > Resilience as Rebound: Rebound is about returning to normal functioning after a disruption. > Resilience as Robustness: Robustness is the ability of a system to resist known disruptions. > Resilience as Graceful Extensibility: Graceful extensibility suggests the ability to grow from surprises which stands in contrast to robustness or graceful degradation, which only allow us to mitigate breakdowns. > Resilience as Sustained Adaptability: Sustained adaptability addresses a system's dynamics over life cycles or multiple cycles. The architecture of the system needs to be equipped with the wherewithal to adapt when it will face predictable changes and challenges across its life cycle. - [(PDF) Four concepts for resilience and the implications for the future of resilience engineering](https://www.researchgate.net/publication/276139783_Four_concepts_for_resilience_and_the_implications_for_the_future_of_resilience_engineering)