Acrilus is a framework and future platform for structured personal information management, digital identity architecture, and long-term digital resilience.
Modern digital life depends on thousands of files, accounts, records, devices, and recovery paths. Most people are never taught how to organize, secure, and maintain these systems in a structured way. Acrilus addresses that gap through standards, guides, templates, research, and product planning for a future metadata-driven Personal Information Management System (PIMS).
Acrilus currently brings together five connected areas:
- digital organization standards
- personal digital security architecture
- research and conceptual models
- digital life skills education
- product strategy and MVP planning
This repository includes:
- framework and standards documentation
- personal digital security architecture
- research and positioning documents
- K–12 and early-childhood education materials
- product vision, PRD, MVP schema, and roadmap
- templates and worksheets for implementation
- diagrams and lightweight prototype scaffolding
Recommended entry points:
docs/framework/digital-organization-guide.mddocs/security/personal-digital-security-architecture.mddocs/research/personal-digital-information-management-whitepaper.mddocs/product/mvp-prd.md
docs/framework/— organization, naming, lifecycle, metadata, backup, and governancedocs/security/— identity, credential, recovery, and security architecturedocs/research/— whitepaper, manifesto, positioning, and digital life mapdocs/education/— K–12 progression, early-elementary curriculum, and teaching aidsdocs/product/— product vision, PRD, MVP schema, roadmap, and platform planningdocs/diagrams/— publishable diagrams and diagram source filestemplates/— worksheets and implementation toolssrc/prototype/— lightweight code scaffold for technical direction
Acrilus treats personal digital life as a designed system rather than a collection of disconnected apps and habits. The long-term goal is a metadata-driven PIMS that sits on top of existing storage systems and improves organization, retrieval, lifecycle management, and digital resilience.
Author / maintainer: Acrilus Project