docs/REPOSITORY_INVENTORY.md

SnapKitty Repository Inventory

Date: 2026-09-03
Repository: SNAPKITTYWEST/sov-kernel-monster (primary) + associated repos
Purpose: Technical evidence map. Every claim points to a file and line.

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1. Core Algorithm Inventory

ALG-001: SUBLEQ Virtual Machine (Production-Ready)

Field	Value
Path	DEVFLOW-FINANCE/snapkitty-wasm/src/subleq_vm.rs
Language	Rust / WASM
Lines	~433
Status	Working
Tests	4 tests: memory r/w, subleq correctness, snapshot round-trip, trace recording
Input	i32 memory array (65,536-cell address space)
Output	Execution trace, final memory state
Algorithm	mem[a] -= mem[b]; if result <= 0: jump to C
Arithmetic	i32 wrapping subtract
Deterministic	Yes
Evidence	execute_step(), run(), snapshot(), restore() functions
Novelty	Established OISC (One-Instruction Set Computer) — no novelty claim

ALG-002: SUBLEQ Attention Head (Experimental)

Field	Value
Path	j-matrix-twin/subleq_attention.ijs
Language	J (requires jconsole to run)
Status	Demonstrated (J runnable), ported to Python
Input	Float activation vector
Output	Integer address (Born-collapsed)
Algorithm	Floats → floor(256*|x|) → [A,B,C] triads → SUBLEQ → φ-weighted Born collapse
Float elimination	Partial: floats quantized to integers before SUBLEQ runs
Matrix multiply eliminated	Yes, within SUBLEQ phase
Novelty	SnapKitty combination — using SUBLEQ as attention routing is potentially novel; individual components established
Benchmark vs. softmax	Not yet benchmarked

ALG-003: Resonance ISA Virtual Machine

Field	Value
Path	snapkitty-resonance-isa/vm/src/lib.rs
Language	Rust
Lines	~160
Status	Working, 3 tests
Input	ByteWord program (4-bit opcode + 8-bit operand)
Output	Step trace with τ (trust), ε (entropy), ρ (resonance) state
8 opcodes	LOAD, STORE, COMPARE, BRANCH, ENTER, FREEZE, SIGNAL, HALT
Entropy gate	ENTROPY_THRESHOLD = 0.21 — execution blocked if ε ≥ 0.21
State	All state is f64 (NOT integer — floats not eliminated)
Novelty	SnapKitty implementation of a custom ISA

ALG-004: ERE — Enochian Reconstruction Engine (JS)

Field	Value
Path	resonance-core/lib/math/ere.mjs
Language	JavaScript ESM
Lines	77
Status	Fully working
Input	Array of claims/statements
Output	Score in [0,1] (fraction failed)
5 passes	Instantiation, fabrication markers, reversibility, mission alignment, undefined check
Novelty	SnapKitty implementation — an AI output quality filter, not formal logic

ALG-005: ERE — Prolog Knowledge Base

Field	Value
Path	ere.pl
Language	SWI-Prolog
Lines	236
Status	Working knowledge base; resolve_unknown depends on external dynamic predicates
Content	21 Enochian letters, 30 Aethyrs, 8 Hebrew roots, 7 Arabic roots, 8 Aramaic roots
Solver	metatron_certify/4, call_49/2 — partially stubbed (external dependencies)

ALG-006: ICP-DAG — MUMPS Governance Engine

Field	Value
Path	ICP-DAG.m
Language	MUMPS (GT.M or Caché compatible)
Lines	258
Status	Working — 10 integrity invariants, full lifecycle
Input	NODE/EDGE creation calls
Output	AUTHORIZED/BLOCKED verdict + audit log
DAG nodes	EVIDENCE, CLAIM, CONSTRAINT, PROOF, POLICY, DECISION, EXECUTION
Test	TEST entry executes BUILD → VERIFY → FINAL sequence

ALG-007: ICP-DAG — ASP Constraint Specification

Field	Value
Path	ICP-DAG.lp
Language	Answer Set Programming (Clingo/DLV)
Lines	37
Status	Working constraint spec (requires external fact grounding)
Content	7 hard integrity constraints: I1-I5, I9 plus proven/1 derived predicate

ALG-008: Jordan Fixed-Point Commutativity (Proved)

Field	Value
Path	sov-kernel-monster/lean/JordanMatrixProof.lean
Language	Lean 4 + Mathlib
Status	PROVED — zero sorry
Theorem	For T(ρ) = φ⁻¹·U·ρ·U† + φ⁻²·ρ, any fixed point ρ* satisfies [U, ρ*] = 0
Proof	Algebraic: scalar cancellation + matrix multiplication, no analysis needed
Connection	SovMonster agent quantum state convergence; carries forward into BornRuleCollapse

ALG-009: Entropy Bound (Formally Proved)

Field	Value
Path	sovereign-entropy-theorem/lean/EntropyBound.lean
Language	Lean 4 + Mathlib
Status	PROVED — zero sorry
Theorem	F ≥ 1 → T ≤ 0.2218 → s = exp(d/T) ≥ 90.75 → H < 0.20 nats
Connection	EntropyGovernor LogitsProcessor (harness already built and on HF)

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2. DAG Inventory

DAG-001: ICP Governance DAG (PRIMARY)

Field	Value
Path	ICP-DAG.m + ICP-DAG.lp
Purpose	Governance: nothing executes without passing the graph
Node types	EVIDENCE, CLAIM, CONSTRAINT, PROOF, POLICY, DECISION, EXECUTION
Edge types	decides, executes, proves, enforces, proven-by
Is a DAG	YES — explicitly enforced: no self-edges (I2), all edge endpoints must exist (I1)
Traversal	AUTHORIZE walks claim → decision → execution chain
Status	Working
Classification	CORE

Node flow:

EVIDENCE → CLAIM → [CONSTRAINT checks] → PROOF → DECISION(authorized) → EXECUTION → AUDIT

DAG-002: ICP-GOV Extension

Field	Value
Path	ICP-GOV.m
Purpose	Extends DAG-001 with ACTOR, POLICY levels, PROVENANCE, REVOKE
Status	Working, has TEST entry
Classification	CORE (extension of DAG-001)

DAG-003: SUBLEQ Execution Graph (NOT a DAG)

Field	Value
Path	j-matrix-twin/subleq_attention.ijs, DEVFLOW-FINANCE/snapkitty-wasm/src/subleq_vm.rs
Purpose	Execution trace of SUBLEQ instructions
Is a DAG	NO — SUBLEQ can loop (branch back to earlier instruction)
Correct representation	Directed graph (potentially cyclic control flow)
Classification	EXPERIMENTAL

DAG-004: Quantum Circuit DAG (Implicit)

Field	Value
Path	clay-institute-p-vs-np/HybridQuantumSAT/Quantum/GroverSearch.lean
Purpose	Grover search composition: oracle → diffusion → iterate → measure
Is a DAG	YES — quantum circuit composition is always a DAG
Implementation	Function composition in Lean 4 (not an explicit graph structure)
Classification	EXPERIMENTAL

DAG-005: Agent Provenance Chain (WORM)

Field	Value
Path	bob-orchestrator/core/bob.mjs
Purpose	Append-only event chain: each event hashes the previous
Is a DAG	YES — linear DAG (chain), extends to tree with branching events
Quantum seeded	YES — ANU QRNG seeds the genesis hash when available
Classification	CORE

DAG-006: Quantum Circuit Hardware Topology (NOT topological QC)

Field	Value
Path	sov-kernel-monster/rust/phase2-quantum-backend/src/topology.rs
Purpose	Hardware qubit coupling map — BFS, shortest path, articulation points
Is a DAG	NO — undirected coupling graph
Classification	SUPPORTING

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3. Quantum Research Inventory

Q-001: Fibonacci Anyon Lean Formalization (Core Math)

Field	Value
Path	FibonacciAnyon.lean (root)
Type	Pure math/proof in Lean 4
What's proved	R-matrix unitary (|R|=1), Fibonacci dimension recurrence
What's axiomatic	pentagon_axiom, hexagon_axiom, topological_protection — all stated as axiom … True
Status	Partial proof — combinatorial facts proved, structural axioms empty

Q-002: Braid Compilation Lean Formalization

Field	Value
Path	BraidCompilation.lean (root)
Type	Pure math spec in Lean 4
What's proved	R-move eigenvalue |e^{i4π/5}|=1, braid period 5
What's sorry	All gate synthesis, Yang-Baxter, Solovay-Kitaev, universality
Status	Complete skeleton — 15+ sorry terms

Q-003: Logical Qubits Lean Formalization

Field	Value
Path	LogicalQubits.lean (root)
Type	Pure math in Lean 4
Content	3-anyon, 4-anyon, 2n-anyon encoding structures; Hilbert space dimension
Status	Structural definitions only

Q-004: Grover Search Lean Formalization

Field	Value
Path	clay-institute-p-vs-np/HybridQuantumSAT/Quantum/GroverSearch.lean
Type	Pure math formalization
What's proved	Structure of phase oracle, diffusion operator, grover iteration (mathematically)
Amplitude bound	Stated, not fully discharged analytically
Status	Prototype — quantum_search stub returns { success := false }

Q-005: Quantum WASM Simulation (WORKING)

Field	Value
Path	quantum-wasm/pkg/quantum_wasm_bg.wasm (44KB compiled binary)
Type	Classical simulation of quantum systems
What it simulates	Quantum state (complex amplitudes), Ising Hamiltonian Trotter evolution, VortexLattice with topological charge, winding numbers
Type of quantum	Classical simulation — NOT physical quantum hardware
Status	Working compiled binary with TypeScript bindings

Q-006: Fibonacci Anyon Classical Simulation (WORKING)

Field	Value
Path	carry-agent/quantum/topological.rs (location inferred from agent report)
Type	Classical simulation
Fusion probabilities	τ⊗τ→1 with prob 1/φ², τ⊗τ→τ with prob 1−1/φ² (physically correct)
Braid operations	B₃ generators via anyon swap
Disclaimer	Explicit: "does not claim physical fault tolerance"
Status	Working with tests

Q-007: Braid Group B₃ as Access Control (WORKING)

Field	Value
Path	carry-agent/braid.rs
Type	Classical computation using braid group mathematics
What it is	B₃ over three authority strands (Curry, Crystal, C3)
Writhe invariant	Used as integrity check (topologically correct terminology)
Tests	4 passing: canonical_pipeline_proves, entropy_gate_blocks, inverse_cancellation, authority_transfer
Status	Working

Q-008: ANU QRNG Quantum Entropy (WORKING)

Field	Value
Path	bob-orchestrator/core/quantum.mjs + bob-orchestrator/core/bob.mjs
Type	Real quantum hardware entropy (ANU quantum vacuum fluctuations)
What's quantum	The entropy SOURCE — QRNG samples from Australian National University API
What's classical	Everything else — the WORM chain uses quantum entropy as SEED
Status	Working (requires network access to ANU API)

Q-009: Born Rule Collapse Formalization

Field	Value
Path	sov-kernel-monster/lean/BornRuleCollapse.lean
Type	Lean 4 spec
Content	Formal specification of Born rule collapse on ANU QRNG samples
Reference implementation	backend/bob/quantum.mjs (JavaScript)
Status	Specification only (Lean proofs not shown in visible content)

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4. Product Readiness Matrix

Component	Exists	Works	Tested	Benchmarked	Documented	Core Candidate
ICP-DAG MUMPS	✓	✓	✓(TEST entry)	✗	✓	✓
ICP-DAG ASP	✓	✓	✗(no runner)	✗	✓	✓
SUBLEQ VM (Rust/WASM)	✓	✓	✓(4 tests)	✗	✓	✓
SUBLEQ Attention (J)	✓	✓	✗	✗	partial	Candidate
Resonance ISA VM	✓	✓	✓(3 tests)	✗	partial	✓
ERE.mjs	✓	✓	✗	✗	partial	✓
ERE.pl	✓	partial	✗	✗	✓	Candidate
Jordan Proof	✓	✓	✓(Lean)	N/A	✓	✓
Entropy Bound Proof	✓	✓	✓(Lean)	N/A	✓	✓
EntropyGovernor (harness)	✓	✓	✗	✗	✓	✓
Fibonacci Anyon Lean	✓	partial	✓(partial)	N/A	✓	Supporting
Braid Compilation Lean	✓	✗(all sorry)	✗	N/A	✓	Experimental
Quantum WASM	✓	✓	✗	✗	partial	Candidate
Fibonacci Anyon Sim (Rust)	✓	✓	✓	✗	partial	Supporting
ANU QRNG integration	✓	✓	✗	✗	✓	Supporting
WORM chain	✓	✓	✓	✗	✓	✓

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5. Experimental / Unfinished Systems

System	Issue
BraidCompilation.lean	All gate synthesis has sorry — structure correct, proofs absent
HybridQuantumSAT	quantum_search is a stub returning failure; axioms are empty placeholders
SovMonster Lean	26 sorry terms across 11 files, concentrated in matrix closed-form proofs
ERE.pl	resolve_unknown depends on external prev_letter/next_letter predicates not in file
ConstraintPass (src/lib.rs?)	Agent reported stubs, but inspection shows different code — needs re-verification

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6. Missing Components

Before the architecture can be considered complete:

1. SUBLEQ attention benchmark — compare latency, FLOPs, output quality vs. softmax attention on real tasks
2. BraidCompilation sorry discharge — Solovay-Kitaev + Yang-Baxter need actual proofs
3. SovMonster matrix closed-form — 7 sorry terms in SovMonster_Matrix_Closed.lean
4. ERE.pl external predicate definitions — prev_letter, next_letter, call_48
5. SUBLEQ ↔ ICP-DAG bridge — the SUBLEQ VM and ICP-DAG exist separately; no integration layer
6. Quantum swarm topology definition — precise mathematical statement of what a swarm element IS

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Repository Statistics

Metric	Value
Primary working directory	C:\Users\jessi\Desktop\bobs control repo
Languages identified	Rust, Lean 4, MUMPS, J, Prolog, JavaScript/ESM, Python, NASM, Q#, Agda, Idris, F#, Ada, Haskell
Identified algorithms	9 (ALG-001 to ALG-009)
Identified DAGs	6 (DAG-001 to DAG-006), of which 3 are actual DAGs
Quantum components	9 (Q-001 to Q-009)
Physical quantum components	1 (Q-008: ANU QRNG as entropy source)
Classical quantum simulations	3 (Q-005, Q-006, Q-007)
Pure math/proof	4 (Q-001, Q-002, Q-003, Q-004)
Proved (0 sorry)	2 (Jordan fixed-point, Entropy bound)
Working compiled artifacts	2 (quantum-wasm .wasm binary, SUBLEQ VM)