HAP Analysis: Archive docs and create implementation action plan
- Archive all existing markdown documentation files - Create comprehensive HAP_ACTION_PLAN.md with: * Analysis of current BZZZ implementation vs HAP vision * 4-phase implementation strategy * Structural reorganization approach (multi-binary) * HAP interface implementation roadmap - Preserve existing functionality while adding human agent portal - Focus on incremental migration over rewrite 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
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HAP_ACTION_PLAN.md
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HAP_ACTION_PLAN.md
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# BZZZ Human Agent Portal (HAP) — Implementation Action Plan
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**Goal:**
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Transform the existing BZZZ autonomous agent system into a dual-binary architecture supporting both autonomous agents and human agent portals using shared P2P infrastructure.
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---
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## 🔍 Current State Analysis
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### ✅ What We Have
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BZZZ currently implements a **comprehensive P2P autonomous agent system** with:
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- **P2P Infrastructure**: libp2p mesh with mDNS discovery
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- **Agent Identity**: Crypto-based agent records (`pkg/agentid/`)
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- **Messaging**: HMMM collaborative reasoning integration
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- **Storage**: DHT with role-based Age encryption
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- **Addressing**: UCXL context resolution system (`pkg/ucxl/`)
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- **Coordination**: SLURP task distribution (`pkg/slurp/`)
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- **Configuration**: Role-based agent definitions
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- **Web Interface**: Setup and configuration UI
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### ⚠️ What's Missing
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- **Multi-binary architecture** (currently single `main.go`)
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- **Human interface layer** for message composition and interaction
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- **HAP-specific workflows** (templated forms, prompts, context browsing)
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---
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## 📋 Implementation Phases
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### Phase 1: Structural Reorganization (HIGH PRIORITY)
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**Goal**: Split monolithic binary into shared runtime + dual binaries
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#### Tasks:
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- [ ] **1.1** Create `cmd/agent/main.go` (move existing `main.go`)
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- [ ] **1.2** Create `cmd/hap/main.go` (new human portal entry point)
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- [ ] **1.3** Extract shared initialization to `internal/common/runtime/`
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- [ ] **1.4** Update `Makefile` to build both `bzzz-agent` and `bzzz-hap` binaries
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- [ ] **1.5** Test autonomous agent functionality remains identical
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**Key Changes:**
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```
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/cmd/
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/agent/main.go # Existing autonomous agent logic
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/hap/main.go # New human agent portal
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/internal/common/
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/runtime/ # Shared P2P, config, services initialization
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agent.go
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config.go
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services.go
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```
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**Success Criteria:**
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- Both binaries compile successfully
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- `bzzz-agent` maintains all current functionality
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- `bzzz-hap` can join P2P mesh as peer
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### Phase 2: HAP Interface Implementation (MEDIUM PRIORITY)
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**Goal**: Create human-friendly interaction layer
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#### Tasks:
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- [ ] **2.1** Implement basic terminal interface in `internal/hapui/terminal.go`
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- [ ] **2.2** Create message composition templates for HMMM messages
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- [ ] **2.3** Add context browsing interface for UCXL addresses
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- [ ] **2.4** Implement justification prompts and metadata helpers
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- [ ] **2.5** Test human agent can send/receive HMMM messages
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**Key Components:**
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```
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/internal/hapui/
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forms.go # Templated message composition
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terminal.go # Terminal-based human interface
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context.go # UCXL context browsing helpers
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prompts.go # Justification and metadata prompts
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```
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**Success Criteria:**
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- Human can compose and send HMMM messages via terminal
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- Context browsing works for UCXL addresses
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- HAP appears as valid agent to autonomous peers
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### Phase 3: Enhanced Human Workflows (MEDIUM PRIORITY)
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**Goal**: Add sophisticated human agent features
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#### Tasks:
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- [ ] **3.1** Implement patch creation and submission workflows
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- [ ] **3.2** Add time-travel diff support (`~~`, `^^` operators)
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- [ ] **3.3** Create collaborative editing interfaces
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- [ ] **3.4** Add decision tracking and approval workflows
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- [ ] **3.5** Implement web bridge for browser-based HAP interface
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**Advanced Features:**
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- Patch preview before submission to DHT
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- Approval chains for architectural decisions
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- Real-time collaboration on UCXL contexts
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- WebSocket bridge to web UI for rich interface
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**Success Criteria:**
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- Humans can create and submit patches via HAP
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- Approval workflows integrate with existing SLURP coordination
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- Web interface provides richer interaction than terminal
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### Phase 4: Integration & Optimization (LOW PRIORITY)
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**Goal**: Polish and optimize the dual-agent system
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#### Tasks:
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- [ ] **4.1** Enhance `AgentID` structure to match HAP plan specification
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- [ ] **4.2** Optimize resource usage for dual-binary deployment
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- [ ] **4.3** Add comprehensive testing for human/machine agent interactions
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- [ ] **4.4** Document HAP usage patterns and workflows
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- [ ] **4.5** Create deployment guides for mixed agent teams
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**Refinements:**
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- Performance optimization for shared P2P layer
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- Memory usage optimization when running both binaries
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- Enhanced logging and monitoring for human activities
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- Integration with existing health monitoring system
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---
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## 🧱 Architecture Alignment
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### Current vs Planned Structure
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| Component | Current Status | HAP Plan Status | Action Required |
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|-----------|----------------|-----------------|-----------------|
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| **Multi-binary** | ❌ Single `main.go` | Required | **Phase 1** restructure |
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| **Agent Identity** | ✅ `pkg/agentid/` | ✅ Compatible | Minor enhancement |
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| **HMMM Messages** | ✅ Integrated | ✅ Complete | None |
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| **UCXL Context** | ✅ Full implementation | ✅ Complete | None |
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| **DHT Storage** | ✅ Encrypted, distributed | ✅ Complete | None |
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| **PubSub Comms** | ✅ Role-based topics | ✅ Complete | None |
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| **HAP Interface** | ❌ Not implemented | Required | **Phase 2-3** |
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### Shared Runtime Components
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Both `bzzz-agent` and `bzzz-hap` will share:
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- **P2P networking** and peer discovery
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- **Agent identity** and cryptographic signing
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- **HMMM message** validation and routing
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- **UCXL address** resolution and context storage
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- **DHT operations** for distributed state
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- **Configuration system** and role definitions
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**Only the execution loop and UI modality differ between binaries.**
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---
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## 🔧 Implementation Strategy
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### Incremental Migration Approach
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1. **Preserve existing functionality** - autonomous agents continue working
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2. **Add HAP alongside** existing system rather than replacing
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3. **Test continuously** - both binaries must interoperate correctly
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4. **Gradual enhancement** - start with basic HAP, add features incrementally
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### Key Principles
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- **Backward compatibility**: Existing BZZZ deployments unaffected
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- **Shared protocols**: Human and machine agents are indistinguishable on P2P mesh
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- **Common codebase**: Maximum code reuse between binaries
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- **Incremental delivery**: Each phase delivers working functionality
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### Risk Mitigation
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- **Comprehensive testing** after each phase
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- **Feature flags** to enable/disable HAP features during development
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- **Rollback capability** to single binary if needed
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- **Documentation** of breaking changes and migration steps
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---
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## 📈 Success Metrics
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### Phase 1 Success
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- [ ] `make build` produces both `bzzz-agent` and `bzzz-hap` binaries
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- [ ] Existing autonomous agent functionality unchanged
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- [ ] Both binaries can join same P2P mesh
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### Phase 2 Success
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- [ ] Human can send HMMM messages via HAP terminal interface
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- [ ] HAP appears as valid agent to autonomous peers
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- [ ] Message composition templates functional
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### Phase 3 Success
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- [ ] Patch submission workflows complete
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- [ ] Web interface provides rich HAP experience
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- [ ] Human/machine agent collaboration demonstrated
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### Overall Success
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- [ ] Mixed teams of human and autonomous agents collaborate seamlessly
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- [ ] HAP provides superior human experience compared to direct protocol interaction
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- [ ] System maintains all existing performance and reliability characteristics
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---
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## 🎯 Next Steps
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### Immediate Actions (This Sprint)
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1. **Create cmd/ structure** and move main.go to cmd/agent/
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2. **Stub cmd/hap/main.go** with basic P2P initialization
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3. **Extract common runtime** to internal/common/
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4. **Update Makefile** for dual binary builds
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5. **Test agent binary** maintains existing functionality
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### Short Term (Next 2-4 weeks)
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1. **Implement basic HAP terminal interface**
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2. **Add HMMM message composition**
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3. **Test human agent P2P participation**
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4. **Document HAP usage patterns**
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### Medium Term (1-2 months)
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1. **Add web bridge for browser interface**
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2. **Implement patch workflows**
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3. **Add collaborative features**
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4. **Optimize performance**
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---
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## 📚 Resources & References
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- **Original HAP Plan**: `archive/bzzz_hap_dev_plan.md`
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- **Current Architecture**: `pkg/` directory structure
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- **P2P Infrastructure**: `p2p/`, `pubsub/`, `pkg/dht/`
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- **Agent Identity**: `pkg/agentid/`, `pkg/crypto/`
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- **Messaging**: `pkg/hmmm_adapter/`, HMMM integration
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- **Context System**: `pkg/ucxl/`, `pkg/ucxi/`
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- **Configuration**: `pkg/config/`, role definitions
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The current BZZZ implementation provides an excellent foundation for the HAP vision. The primary challenge is architectural restructuring rather than building new functionality from scratch.
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