Viable Systems Model Documentation¶
Welcome to the comprehensive documentation for the Viable Systems Model (VSM) implementation in Elixir.
What is VSM?¶
The Viable Systems Model, developed by Stafford Beer, is a model of the organizational structure of any autonomous system capable of producing itself. It provides a framework for understanding how systems maintain their identity and purpose while adapting to environmental changes.
Key Features of Our Implementation¶
- Complete VSM Implementation: All five subsystems (S1-S5) fully implemented in Elixir
- Algedonic Channel: Real-time alerting system for critical signals
- Temporal Variety Channel: Our novel contribution to cybernetics (1,368 lines of innovative code)
- Z3N Security Architecture: Zero-trust, zero-knowledge, zero-latency security
- OTP Integration: Built on Elixir's robust OTP principles
- Phoenix LiveView: Real-time UI for system monitoring and control
Quick Navigation¶
-
Getting Started
New to VSM? Start here with installation and your first VSM system.
-
Core Concepts
Understand the fundamental principles of VSM and cybernetics.
-
Subsystems
Deep dive into each VSM subsystem (S1-S5) and support channels.
-
Migration Roadmap
Follow our 16-week roadmap to build a complete VSM system.
Why Choose Our VSM Implementation?¶
1. Built on Elixir/OTP¶
- Fault-tolerant by design
- Massive concurrency support
- Hot code reloading
- Built-in distribution
2. Modern Architecture¶
- Microservices-ready
- Event-driven design
- CQRS/Event Sourcing patterns
- GraphQL and REST APIs
3. Production-Ready¶
- Comprehensive test suite
- Performance benchmarks
- Monitoring and observability
- Security-first design
4. Innovation¶
- Temporal Variety Channel for handling time-based complexity
- Advanced pattern recognition in S4
- Quantum-resistant security considerations
- AI/ML integration points
System Architecture Overview¶
graph TB
subgraph "Environment"
E[External Environment]
end
subgraph "VSM Core"
S5[S5 - Policy]
S4[S4 - Intelligence]
S3[S3 - Control]
S2[S2 - Coordination]
S1[S1 - Operations]
end
subgraph "Channels"
AC[Algedonic Channel]
TVC[Temporal Variety Channel]
end
E <--> S1
S1 <--> S2
S2 <--> S3
S3 <--> S4
S4 <--> S5
AC -.-> S5
AC -.-> S3
AC -.-> S1
TVC --> S4
TVC --> S3
Getting Help¶
- GitHub Issues: Report bugs or request features
- Discussions: Join the community
- Stack Overflow: Tag questions with
vsm-elixir
Latest Updates¶
Version 0.1.0 Released
The first alpha release of VSM Core is now available! This release includes basic implementations of all five subsystems and the Algedonic Channel.
Roadmap Published
Our comprehensive 16-week migration roadmap is now available, detailing the path from monolithic to fully modular VSM implementation.
Next Steps¶
"The purpose of a system is what it does." - Stafford Beer