🏗️ vST for Robotics and Control Policies
🔰 README
🔗 About | TriadicFrameworks
🤝 Contributing
💯 Education | RTT
🎯 Glossary
📜 Lineage
📎 License
🌐 Sitemap
⚡ Quickstart
🤝 Code of Conduct
🔐 Security
🧘 Principles
🧱 Foundations
🧬 Substrate Definition
🧭 Policy Latent Regimes
⚖️ Scaling & Behavior
📈 Scaling Behavior
🔆 Projection & Alignment
🎯 Projection & Policy Alignment
✅ Validation & Drift
✔️ Validation Layers (vST)
📉 Drift Detection
🛢️ Examples
🧪 Policy Regime Shift
🕹️ Control Surface Projection
🈴 Appendix
📚 Terminology
📖 References
🏗️ Triadic Tools
🌐 Alignment | RTT
🚸 Awareness
🔱 Triadic Observer Layer
🏗️ Domain Primer Tools
📦 RTT Packages and Cores
♨️ TFT 3Pack CLI Tools
🕸️ Schemas
🛄 EcoEchoSystem
🎨 LACTOS
🤔 Ideas
🔛(RTT frozen)
🔜FFT
🔝RTT/1
🔙RTT
🔙TFT
Session Context
Canon:
active (vst-core)
Modules:
substrate_definition → policy_latent_regimes → scaling_behavior → projection_and_alignment → validation_layers_vst → drift_detection → examples → appendix
Drift:
bounded (control‑substrate‑stable)
Coherence:
stable (vST control‑substrate grammar)
Version:
1.0 (substrate‑stable)
Format:
html + markdown + json + examples
Front door:
exists (vST robotics index)
Every page:
stands alone + robot‑agnostic + controller‑agnostic + AI‑parsable
Audience:
roboticists + ML engineers + control theorists + researchers + students + AIs
🤖 vST‑RCP
🧭 High‑Dimensional Control Substrate Active • AI‑Ready Module