This project is part of the Canor Infinitum FOSS Projects and is licensed under the GNU AGPL v3.0-or-later.
Follow contains the core mathematical engine (Symbolic Expression Tensor-Calculus Evaluation Engine) for the CanorOS vibe-coding ecosystem. Programs generated by AetherAI and validated by Envoy are evaluated as geometric manifold transformations within Follow's TST/BBST structure.
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| ECONOMIC LAYER |
| Digital Nomadica™ (Marketplace) |
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| SECURITY LAYER |
| Envoy™ (Execution Governance) |
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| INFERENCE LAYER |
| FollowerInstinct™ (Math/Physics Engine) |
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| DATA LAYER |
| FollowDB™ (Temporal & Semantic Persistence) |
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| LOGIC LAYER |
| Follow™ (Reactive/Symbolic Meta-Programming) |
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| AGENT LAYER |
| AetherAI™ / OverlayAI™ (Agent Runtime) |
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| OS LAYER |
| CanorOS™ (AI-first Real-Time Operating System) |
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| PHYSICAL LAYER |
| IoT Sensors / Embedded & Quantum Sensors |
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The Quantum Gravity Follow™-Frameworks establishes a unified computational and communication paradigm operating at the theoretical limits of physics. It integrates three core sub-systems to form a complete environment for quantum-gravity native operations:
Follow™ is a reactive symbolic meta-programming framework designed for execution on geometric manifolds. It treats programs as symbolic transformations of fractal spacetime structures, enabling ultra-dense, self-consistent, and non-local computation.
- Symbolic Syntax: Eliminates floating-point operations through factoradic numbers and interval arithmetic.
- State Trees: Utilizes Ternary Search Trees (TST) containing Balanced Binary Search Trees (BBST) for structural coordination.
FollowDB™ acts as the database project for all physically realizable quantum gravity communication theory constructs. It provides a canonical library of geometric encodings, securing temporal and semantic state persistence across multi-agent environments.
- Semantic Persistence: Indexes and retrieves program traces based on topological invariance.
- Temporal Tracking: Preserves execution histories along discrete Lorentzian timelines.
FollowerInstinct™ provides the operational scaffolding and quantum sensing library that allows Follow systems to dynamically adopt different physical models or Theories of Everything.
- Operational Scaffolding: Interfaces with hardware-level quantum sensors and registers to interpret gravitational fields.
- Model-Agnostic Engine: Resolves Cayley-Dickson algebra, Minkowski interval calculations, and differential forms without floating-point drift.
By encoding information directly into the topological structure and local curvature of simulated or measured spacetime, Follow systems bypass classical limits. No physical substrate can surpass this density, establishing an absolute upper bound for computational expressiveness.
Instead of transmitting raw bitstreams or fragile quantum states, systems using Follow-Frameworks transmit geometric manifold transformations. A single spacetime interval representation can embed entire agent states, logic programs, or databases.
- Reconstructive Protocols: Turns communication into an active reconstruction of geometric structures rather than passive packet routing.
- Larmor-Clock Sync: Employs sub-atomic synchronization routines to orchestrate non-local state updates across synthetic and biological substrates.
Every transformation and manifold projection within the TST must satisfy strict boundary constraints before compilation. Envoy operates as a real-time validator, preventing cognitive tampering, noise injection, and state corruption via Mandelbrot fractal meta-cognitive verification.
AetherAI translates high-level developer specifications ("vibe-coding") directly into Follow symbolic expressions, which are scheduled by CanorOS and validated by Envoy before being committed to FollowDB.