Kade Heyborne
48c6ddc066
- Complete planning documentation for 5-phase development - UI design specifications and integration - Domain architecture and directory templates - Technical specifications and requirements - Knowledge incorporation strategies - Dana language reference and integration notes
111 lines
5.2 KiB
Markdown
111 lines
5.2 KiB
Markdown
# Project Plans Directory
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This directory contains comprehensive planning documentation for the Advanced Second Brain PKM System, organized to support effective project execution and stakeholder communication.
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## Directory Structure
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### `project-phases/`
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Detailed breakdowns of each development phase with specific deliverables, timelines, and dependencies.
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- `phase-1-foundation.md`: Backend infrastructure and core services
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- `phase-2-core-ui.md`: UI development and knowledge browser
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- `phase-3-advanced-features.md`: AI agents and intelligent features
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- `phase-4-integration-optimization.md`: Performance optimization and integrations
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- `phase-5-production-launch.md`: Production deployment and scaling
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### `technical-implementation/`
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Deep-dive technical specifications, architecture decisions, and implementation strategies.
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### `user-journeys/`
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End-to-end workflow documentation covering key user interactions and system behaviors.
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### `risk-mitigation/`
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Contingency planning, risk assessment, and mitigation strategies for potential blockers.
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### `milestones/`
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Success criteria, validation approaches, and measurable outcomes for each project milestone.
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### `checklists/`
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Practical checklists for development setup, testing, and deployment readiness.
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### Additional Planning Documents
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- `directory-structure-templates.md`: Standard directory structures for knowledge domains
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- `default-config-structure.md`: Configuration directory layout and default settings
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## Relationship to Other Documentation
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This plans directory contains **actionable implementation plans** that build upon the foundational documents in the parent `docs/` directory:
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- **`docs/personal-notes/ImportantToMe.md`**: Core principles and requirements that drive all planning
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- **`docs/grok-chat/Functional Specification*.md`**: High-level functional requirements
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- **`docs/grok-chat/Technical Requirements*.md`**: Technical requirements and constraints
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- **`docs/grok-chat/User Story*.md`**: Narrative user journeys and scenarios
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- **`docs/UI/UX Design Document*.md`**: UI/UX specifications and design principles
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The plans here translate these requirements into **concrete, executable steps** with timelines, dependencies, and success criteria.
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## Planning Philosophy
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### Dual Manifold Cognitive Architecture
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Our system implements a revolutionary **dual manifold cognitive architecture** that models intelligence as the geometric intersection of individual and collective knowledge spaces:
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- **Individual Manifold**: Personal cognitive trajectory with temporal evolution
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- **Collective Manifold**: Domain expertise with social validation
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- **Braiding Process**: Mathematical fusion of personal resonance (α) and collective feasibility (β)
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### Subagent-Driven Development
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Following the established pattern of using specialized subagents for complex tasks:
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- **explore**: For codebase analysis and pattern discovery
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- **code-task-executor**: For isolated coding tasks
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- **project-completeness-auditor**: For validation and gap analysis
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- **testing-agent**: For automated testing workflows
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- **documentation-updater**: For maintaining documentation consistency
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### Decision Framework
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- **PRODUCTION BLOCKER** → Immediate priority (system crashes, data loss)
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- **CORE FUNCTIONALITY** → High priority (primary user workflows)
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- **INFRASTRUCTURE OPTIMIZATION** → Lowest priority (performance, scalability)
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### Domain-Critical Validation
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Always prioritize validating what we're building works over how efficiently we deliver it.
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### Three-Layer Memory Architecture
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- **Episodic Layer**: Raw content with hybrid indexing (dense + sparse)
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- **Semantic Layer**: Temporal concept evolution and cognitive trajectories
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- **Persona Layer**: Knowledge graphs with centrality measures and gravity wells
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## Key Planning Principles
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1. **Incremental Value Delivery**: Each phase delivers tangible user value
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2. **Parallel Development**: Maximize concurrent workstreams where dependencies allow
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3. **Early Validation**: Test critical assumptions (Dana runtime, file monitoring) early
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4. **Flexible Scope**: Plan for MVP delivery after Phase 2 if needed
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5. **Risk-First Approach**: Address technical risks before investing heavily in UI
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## Critical Dependencies
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- **Phase 1 → Phase 2**: Backend foundation required for functional UI
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- **Dana Runtime**: Must be functional before agent development can begin
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- **File System Integration**: Prerequisite for all user-facing features
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- **API Contracts**: Clear interfaces between frontend/backend teams
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## Success Metrics
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- **Functional Completeness**: All core features implemented and tested
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- **User Experience**: Intuitive workflows with acceptable performance
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- **Technical Quality**: High test coverage, clean architecture
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- **Documentation**: Comprehensive technical and user documentation
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## Quick Start
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1. Review `project-phases/phase-1-foundation.md` for infrastructure setup
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2. Check `checklists/development-setup.md` for environment preparation
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3. Use `milestones/mvp-definitions.md` to understand success criteria
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4. Refer to `risk-mitigation/` for contingency planning
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## Update Process
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- Update plans after each completed milestone
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- Review and adjust based on actual development velocity
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- Document lessons learned and adjust future planning assumptions</content>
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<parameter name="filePath">docs/plans/README.md |