René's URL Explorer Experiment


Title: Protective Computing — Systems Design Under Human Vulnerability

Open Graph Title: Protective Computing — Systems Design Under Human Vulnerability

X Title: Protective Computing — Systems Design Under Human Vulnerability

Description: Protective Computing: systems design under conditions of human vulnerability.

Open Graph Description: Protective Computing: systems design under conditions of human vulnerability.

X Description: Protective Computing: systems design under conditions of human vulnerability.

Opengraph URL: https://protective-computing.github.io/

direct link

Domain: protective-computing.github.io


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Links:

Skip to contenthttps://protective-computing.github.io/#main
Legitimacy & Evidencehttps://protective-computing.github.io/docs/legitimacy.html
Audit This Sitehttps://protective-computing.github.io/docs/audit-this-site.html
Getting Startedhttps://protective-computing.github.io/docs/getting-started.html
Principleshttps://protective-computing.github.io/docs/principles/
Specification v1.0https://protective-computing.github.io/docs/spec/v1.0.html
Reference Implementationhttps://protective-computing.github.io/docs/reference-implementation/paintracker-mapping.html
Abouthttps://protective-computing.github.io/docs/about.html
Review Invitationhttps://protective-computing.github.io/docs/independent-review.html
DOIhttps://doi.org/10.5281/zenodo.18887610
Zenodohttps://zenodo.org/communities/protective-computing
GitHubhttps://github.com/protective-computing
Legitimacy & Evidencehttps://protective-computing.github.io/docs/legitimacy.html
Audit This Sitehttps://protective-computing.github.io/docs/audit-this-site.html
Getting Startedhttps://protective-computing.github.io/docs/getting-started.html
Browse Principle Deep-Diveshttps://protective-computing.github.io/docs/principles/
Read Specification v1.0https://protective-computing.github.io/docs/spec/v1.0.html
View Reference Implementationhttps://protective-computing.github.io/docs/reference-implementation/paintracker-mapping.html
Contribute Your Reviewhttps://protective-computing.github.io/docs/independent-review.html
Read the Overton Framework (v1.3)https://doi.org/10.5281/zenodo.18688516
Read the Canon (v1.0)https://doi.org/10.5281/zenodo.18887610
Read the Field Guide (v0.1)https://doi.org/10.5281/zenodo.18782339
Browse the Communityhttps://zenodo.org/communities/protective-computing
Edit this sitehttps://github.com/protective-computing/protective-computing.github.io
CrisisCore Systemshttps://crisiscore-systems.ca/
PainTracker reference implementationhttps://protective-computing.github.io/docs/reference-implementation/paintracker-mapping.html
CrisisCore on dev.tohttps://dev.to/crisiscoresystems
CrisisCore GitHubhttps://github.com/CrisisCore-Systems
Adopt the mindsethttps://protective-computing.github.io/docs/getting-started.html
Use the constraintshttps://protective-computing.github.io/docs/spec/v1.0.html
Compress the proofhttps://protective-computing.github.io/docs/legitimacy.html
Strengthen the canonhttps://protective-computing.github.io/docs/independent-review.html
Evaluate the proofhttps://protective-computing.github.io/docs/legitimacy.html
Reproduce the audit pathhttps://protective-computing.github.io/docs/audit-this-site.html
Apply the constraintshttps://protective-computing.github.io/docs/getting-started.html
Read the canonhttps://doi.org/10.5281/zenodo.18887610
Audit this sitehttps://protective-computing.github.io/docs/audit-this-site.html
Read the canonical spechttps://protective-computing.github.io/docs/spec/v1.0.html
Use the review checklisthttps://protective-computing.github.io/docs/independent-review.html
Stability Assumption (Stability Bias)https://protective-computing.github.io/docs/stability-assumption.html
Offline-first health architecturehttps://protective-computing.github.io/docs/offline-first-health-architecture.html
Trauma-informed software patternshttps://protective-computing.github.io/docs/trauma-informed-software-patterns.html
Protective Computing Audit Checklisthttps://protective-computing.github.io/docs/audit-checklist.html
What software gets wrong about instabilityhttps://protective-computing.github.io/docs/what-software-gets-wrong-about-instability.html
Designing for coercion resistancehttps://protective-computing.github.io/docs/designing-for-coercion-resistance.html
Local authority vs cloud dependencehttps://protective-computing.github.io/docs/local-authority-vs-cloud-dependence.html
Degraded-mode UX patternshttps://protective-computing.github.io/docs/degraded-mode-ux-patterns.html
legitimacy & evidencehttps://protective-computing.github.io/docs/legitimacy.html
audit this sitehttps://protective-computing.github.io/docs/audit-this-site.html
CI workflowhttps://github.com/protective-computing/protective-computing.github.io/blob/main/.github/workflows/audit.yml
semantic gate scripthttps://github.com/protective-computing/protective-computing.github.io/blob/main/scripts/semantic-ledger-audit.ps1
audit artifactshttps://github.com/protective-computing/protective-computing.github.io/tree/main/scripts/audit-output
Protective Computing Canon v1.0https://doi.org/10.5281/zenodo.18887610
The Overton Framework v1.3https://doi.org/10.5281/zenodo.18688516
Field Guide v0.1https://doi.org/10.5281/zenodo.18782339
Protective Computing Specification v1.0https://protective-computing.github.io/docs/spec/v1.0.html
MUST Justifications Ledgerhttps://protective-computing.github.io/docs/spec/v1.0-must-justifications.html
Protective Legitimacy Score — Operational Rubric v1.0 (PDF)https://protective-computing.github.io/PLS_RUBRIC_v1_0_rc1.pdf
Protective Design Patterns v0.1 (draft)https://github.com/protective-computing/protective-computing.github.io/blob/main/IMPLEMENTATION_PATTERNS.md
Threat Modeling Templates (draft)https://github.com/protective-computing/protective-computing.github.io/blob/main/THREAT_MODELS.md
Protective Computing Community Archivehttps://zenodo.org/communities/protective-computing
⟲ Reversibility User actions and system changes remain undoable; failures don’t become permanent harm. https://protective-computing.github.io/docs/principles/reversibility.html
◐ Exposure Minimization Reduce data surface by default; collect only what is essential, locally, with intent. https://protective-computing.github.io/docs/principles/exposure-minimization.html
⬇ Local Authority The user retains control even offline; autonomy survives institutional delay. https://protective-computing.github.io/docs/principles/local-authority.html
🛡️ Coercion Resistance Design for hostile contexts: pressure, surveillance, forced disclosure, compromised devices. https://protective-computing.github.io/docs/principles/coercion-resistance.html
⚡ Degraded Functionality Operate under battery scarcity, network collapse, cognitive fatigue, and time pressure. https://protective-computing.github.io/docs/principles/degraded-functionality.html
◆ Essential Utility Optimize for survival tasks, not engagement metrics; prioritize the critical path. https://protective-computing.github.io/docs/principles/essential-utility.html
Legitimacy & evidencehttps://protective-computing.github.io/docs/legitimacy.html
Audit this sitehttps://protective-computing.github.io/docs/audit-this-site.html
Audit evidence indexhttps://github.com/protective-computing/protective-computing.github.io/blob/main/AUDIT_EVIDENCE.md
Compliance audit matrixhttps://github.com/protective-computing/protective-computing.github.io/blob/main/COMPLIANCE_AUDIT_MATRIX.md
Independent review checklisthttps://github.com/protective-computing/protective-computing.github.io/blob/main/INDEPENDENT_REVIEW_CHECKLIST.md
10.5281/zenodo.18887610https://doi.org/10.5281/zenodo.18887610
10.5281/zenodo.18688516https://doi.org/10.5281/zenodo.18688516
CrisisCore Systemshttps://crisiscore-systems.ca/
dev.tohttps://dev.to/crisiscoresystems
GitHubhttps://github.com/CrisisCore-Systems
PainTrackerhttps://paintracker.ca/

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