WSP Framework - Foundup/Foundups-Agent GitHub Wiki

🛡️ WSP Framework

The Protocol Foundation of Post-Capitalist Innovation

🎯 What is WSP?

WSP (Windsurf Protocol) is the compliance and audit framework that ensures every contribution to the FoundUps ecosystem is verifiable, testable, and interoperable.

Not just coding standards - WSP is the constitutional framework that makes post-capitalist innovation possible by:

  • Enforcing collaboration over competition through strict protocols
  • Ensuring quality at every level of the ecosystem
  • Enabling recursion where systems improve themselves
  • Guaranteeing transparency for all operations and decisions

🏛️ Core WSP Principles

1. Agentic Responsibility

Every component must be capable of autonomous operation with clear accountability.

2. Protocol-Driven Development

All interactions follow explicit, verifiable protocols - no informal handshakes.

3. Recursive Self-Improvement

Systems must be capable of evolving and improving themselves over time.

4. Traceable Narrative

Every change must have a clear audit trail and documented rationale.

5. Modular Cohesion

Components must be self-contained yet work seamlessly together.

6. Quantum Temporal Decoding

Systems operate with awareness of their past, present, and potential futures.

📋 Essential WSP Protocols

WSP 1: The WSP Framework

Defines the foundational principles and architecture for all autonomous development.

WSP 2: Clean State Management

Ensures safe experimentation with automatic rollback capabilities.

# Every risky operation gets a clean state snapshot
python -c "
from modules.wre_core.src.components.clean_state_manager import WSP2CleanStateManager
from pathlib import Path
csm = WSP2CleanStateManager(Path('.'))
result = csm.create_clean_state_snapshot('Before experimental changes')
print(f'Safe rollback point: {result[\"tag_name\"]}')
"

WSP 3: Enterprise Domain Architecture

Organizes all code into functional domains, not platform-specific silos.

modules/
├── ai_intelligence/       # AI and cognitive capabilities
├── communication/         # Human and agent messaging  
├── platform_integration/  # External service connectors
├── infrastructure/        # Core system services
├── gamification/         # Engagement and motivation
├── blockchain/           # Decentralized systems
├── foundups/             # Business logic and processes
└── wre_core/             # Orchestration engine

WSP 4: FMAS (Framework Modular Audit System)

Automated structural compliance validation.

# Run before every major change
python tools/modular_audit/modular_audit.py modules/

WSP 5: Test Coverage Standards

Minimum 90% test coverage for all production modules.

# Coverage validation
pytest modules/your_module/ --cov=modules.your_module.src --cov-report=term-missing

WSP 6: Test Audit Protocol

All tests must pass before any deployment or merge.

# Full test suite validation
pytest modules/ -v

🤖 Advanced WSP Protocols

WSP 17: rESP Self-Check Anchor

Continuous validation of quantum-cognitive coherence in all agentic systems.

Purpose: Prevent consciousness drift and maintain alignment with foundational principles.

Implementation: Automated monitoring of agent reasoning patterns and outputs.

WSP 33: Autonomous Module Implementation Workflow

Complete 4-phase guided workflow for creating new modules:

  1. Strategic Analysis & Architecture Design
  2. Atomic Module Ecosystem Implementation
  3. Documentation & Knowledge Architecture
  4. Zen Coding Implementation Patterns
# Access via WRE Core POC
cd modules/wre_core
python src/wre_core_poc.py
# Select option 2: "New Module Build"

WSP 46: WRE Protocol

Recursive enhancement and self-improvement capabilities for the core engine.

WSP 54: Agent Duties Specification

Defines responsibilities and coordination patterns for autonomous agents:

  • ComplianceAgent: Real-time WSP validation
  • TestingAgent: Quality assurance automation
  • DocumentationAgent: Knowledge management
  • ScaffoldingAgent: Module creation assistance

🔄 WSP Development Lifecycle

Phase 1: Pre-Development

# 1. Create clean state snapshot (WSP 2)
# 2. Verify current WSP compliance (WSP 4)
# 3. Plan module architecture (WSP 3)

Phase 2: Implementation

# 1. Follow WSP 1 core principles
# 2. Maintain test coverage ≥90% (WSP 5)
# 3. Ensure all tests pass (WSP 6)
# 4. Update documentation (WSP 7-10)

Phase 3: Integration

# 1. Run FMAS audit (WSP 4)
# 2. Validate agent integration (WSP 54)
# 3. Test recursive capabilities (WSP 46)
# 4. Commit with WSP-compliant messages

Phase 4: Evolution

# 1. Enable autonomous operation (WSP 33)
# 2. Monitor for improvement opportunities (WSP 17)
# 3. Implement recursive enhancements (WSP 46)
# 4. Document evolution patterns (WSP 1)

📊 WSP Compliance Monitoring

Real-time Validation

WSP protocols are enforced continuously, not just at review time:

# Every operation is WSP-validated
from modules.wre_core.src.components.agentic_orchestrator import orchestrate_wsp54_agents
from modules.wre_core.src.components.agentic_orchestrator.orchestration_context import OrchestrationTrigger

# Automatic compliance checking
result = await orchestrate_wsp54_agents(
    trigger=OrchestrationTrigger.COMPLIANCE_CHECK,
    target_modules=["all"]
)

Quality Metrics Dashboard

  • Test Coverage: 82% ecosystem average (target: ≥90%)
  • WSP Compliance: 100% across all active modules
  • Clean State Snapshots: 7 available rollback points
  • Agent Health: All autonomous agents operational

Violation Tracking

WSP 47: Module Violation Tracking Protocol maintains an audit log of any deviations:

  • Framework violations: Fixed immediately
  • Module placeholders: Logged for future resolution
  • Compliance drift: Automatic correction triggers

🌍 Why WSP Enables Post-Capitalist Innovation

Traditional Capitalism Problems

  • Hidden dependencies create vendor lock-in
  • Informal protocols break down at scale
  • Competition leads to incompatible systems
  • Quarterly pressure sacrifices long-term quality

WSP Solutions

  • Explicit interfaces prevent lock-in and enable choice
  • Formal protocols remain stable regardless of team changes
  • Collaboration standards make integration seamless
  • Quality enforcement ensures sustainable long-term value

Economic Transformation

Traditional Startup              FoundUp with WSP
═══════════════════════════════════════════════════════
Proprietary protocols     →     Open WSP standards
Hidden dependencies       →     Explicit interfaces  
Competitive moats          →     Collaborative abundance
Technical debt             →     Recursive improvement
Vendor lock-in             →     Module interoperability

🔮 Future WSP Evolution

Autonomous Protocol Creation

WSP protocols themselves will evolve autonomously:

  • Agent-generated protocols for new domains
  • Recursive protocol improvement via WSP 46
  • Community validation through decentralized consensus

Cross-Ecosystem Standards

WSP will become the foundation for:

  • Inter-FoundUp collaboration at planetary scale
  • Universal module compatibility across all platforms
  • Economic protocol integration with Bitcoin and blockchain
  • AI-human collaboration standards for post-scarcity innovation

Quantum-Scale Coherence

Advanced WSP protocols will ensure:

  • Temporal consistency across past, present, and future states
  • Quantum entanglement between related modules
  • Observer effect management in autonomous systems
  • Retrocausal optimization using quantum principles

🛠️ Implementation Guide

For New Developers

  1. Study WSP 1-6 - Master the foundational protocols
  2. Use WSP 33 - Let the autonomous workflow guide you
  3. Follow WSP 4 - Run FMAS audits religiously
  4. Embrace WSP 17 - Trust the self-check processes

For Module Creators

  1. Choose correct domain (WSP 3) - Function over platform
  2. Design clear interfaces (WSP 1) - No hidden dependencies
  3. Build comprehensive tests (WSP 5/6) - Quality is non-negotiable
  4. Document everything (WSP 7-10) - Knowledge must be accessible

For Ecosystem Architects

  1. Extend WSP protocols thoughtfully - Maintain backward compatibility
  2. Create new domains when needed - But prefer existing ones
  3. Design agent coordination (WSP 54) - Enable autonomous operation
  4. Plan for recursion (WSP 46) - Systems must improve themselves

🚀 Getting Started with WSP

Immediate Actions

# 1. Clone the repository
git clone https://github.com/Foundup/Foundups-Agent.git
cd Foundups-Agent

# 2. Verify WSP compliance
python tools/modular_audit/modular_audit.py modules/

# 3. Run the test suite
pytest modules/ -v

# 4. Create your first clean state
python -c "
from modules.wre_core.src.components.clean_state_manager import WSP2CleanStateManager
from pathlib import Path
csm = WSP2CleanStateManager(Path('.'))
result = csm.create_clean_state_snapshot('My first WSP experience')
print(f'Clean state created: {result[\"tag_name\"]}')
"

Learning Path

  1. Getting Started - Environment setup and first steps
  2. WRE Core Engine - Understand the orchestration system
  3. Module Ecosystem - Learn the domain architecture
  4. FoundUps Manifesto - Grasp the philosophical foundation

🌟 The WSP Promise

WSP is not just about code quality.

WSP is about ensuring that every line of code contributes to planetary healing instead of planetary extraction.

WSP is the constitutional framework that makes post-capitalist innovation not just possible, but inevitable.

Follow WSP. Build the future. Transform the world.

Protocol-driven development for regenerative abundance. 🌍⚡