Lux Proofs

Lux is not merely adding post-quantum signatures to a chain; it defines a hybrid finality architecture for DAG-native consensus, with protocol-agnostic threshold lifecycle, post-quantum threshold sealing, and cross-chain propagation of Horizon finality.

See LP-105 §Claims and evidence for the canonical claims/evidence table and the ten architectural commitments — single source of truth.

Proof scripts, protocol specifications, and property tests for the Lux consensus stack: 760 theorems and lemmas against 504 axioms, with no sorry, across 115 Lean files.

lake build runs on every push (.hanzo/workflows/proofs.yml) over every library the lakefile declares. Lean confirms each proof follows from what it is given, and a theorem's name does not say whether it was given standard hardness or an unfinished mechanisation. lean/axioms.py runs #print axioms over the corpus: 594 of 715 theorems are proved outright, resting on Lean's ambient logic alone, and 121 are conditional on axioms the report names and ranks by how many theorems stand on them. Two more figures accompany the build, neither visible in a green result: 75 declarations carry no content (lean/vacuity.py lists each, and why — it states True, or is provable by rfl, or restates a hypothesis), and 10 modules are in no library and are therefore never compiled.

Inventory

Tool	Files	Path
Lean 4	115	lean/
TLA+	28	tla/
Halmos	10	halmos/
Tamarin	6	tamarin/
Go property tests	6	property/
LaTeX soundness	1	strict-e2e-pq/strict-e2e-pq-soundness.tex
Total	166

Build and Run

# Lean 4
cd lean && lake build

# TLA+
cd tla && tlc MC_Wave.tla

# Halmos
pip install halmos
cd halmos && halmos --contract LiquidSolvencyTest

# Tamarin
cd tamarin && tamarin-prover QuasarConsensus.spthy

# Go property tests
cd property && GOWORK=off go test ./...

Lean 4 Proofs (115 files)

Consensus (11)

File	Property
Consensus/Safety.lean	No two honest nodes finalize conflicting values
Consensus/Liveness.lean	Progress under partial synchrony
Consensus/BFT.lean	Quorum intersection (2f+1 of 3f+1)
Consensus/Finality.lean	Finalized values are permanent
Consensus/Quasar.lean	BLS+Corona+ML-DSA triple hybrid composition
Consensus/ThresholdProof.lean	Threshold signature scheme correctness
Consensus/PreferenceStability.lean	Preference stability under adversary
Consensus/Validator.lean	Validator set properties
Consensus/DAGEVM.lean	Block-STM-as-consensus: serialisability, commutativity, no-double-spend
Consensus/DAGZChain.lean	Nullifier-disjoint antichains; parallel-verify soundness; FHE linearity
Consensus/PQZParallel.lean	Cross-chain non-interference; Quasar stamps independent; linear-scaling validator signing

Protocol (10)

File	Property
Protocol/Wave.lean	Threshold voting convergence
Protocol/Flare.lean	DAG cert/skip 2f+1 correctness
Protocol/Ray.lean	Linear chain finality
Protocol/Field.lean	DAG committed prefix consistency
Protocol/Quasar.lean	BLS+Corona hybrid aggregation
Protocol/Photon.lean	Committee selection uniformity
Protocol/Prism.lean	Fisher-Yates unbiased k-subsets
Protocol/Handshake.lean	Protocol handshake correctness
Protocol/Nebula.lean	Nebula protocol properties
Protocol/Nova.lean	Nova protocol properties

Crypto (20)

File	Property
Crypto/BLS.lean	Aggregation correctness + rogue key resistance
Crypto/FROST.lean	t-of-n threshold unforgeability
Crypto/Corona.lean	LWE-based threshold unforgeability (PQ)
Crypto/MLDSA.lean	FIPS 204 signature correctness
Crypto/MLKEM.lean	FIPS 203 key encapsulation
Crypto/SLHDSA.lean	SLH-DSA signature correctness
Crypto/Hybrid.lean	Triple hybrid identity sig (Ed25519+ML-DSA+SLH-DSA)
Crypto/Age.lean	Age encryption properties
Crypto/DEKDerivation.lean	Data encryption key derivation
Crypto/HashChainIntegrity.lean	Hash chain integrity
Crypto/HSM.lean	HSM security model
Crypto/NonCustodial.lean	Non-custodial key properties
Crypto/ThresholdDecrypt.lean	Threshold decryption
Crypto/VerkleTree.lean	Verkle tree correctness
Crypto/FHE/CKKS.lean	CKKS homomorphic encryption
Crypto/FHE/TFHE.lean	TFHE homomorphic encryption
Crypto/Threshold/CGGMP21.lean	CGGMP21 threshold ECDSA
Crypto/Threshold/Composition.lean	Threshold composition
Crypto/Threshold/LSS.lean	Linear secret sharing
Crypto/Threshold/Reshare.lean	Share resharing

DeFi (8)

File	Property
DeFi/AMM.lean	AMM invariants
DeFi/FeeModel.lean	Fee model correctness
DeFi/FlashLoan.lean	Flash loan safety
DeFi/Governance.lean	Governance properties
DeFi/HFT.lean	HFT fairness
DeFi/LiquidStaking.lean	Liquid staking safety
DeFi/OrderBook.lean	Order book invariants
DeFi/Router.lean	Swap router correctness

Bridge / Warp (8)

File	Property
Bridge/FillIntegrity.lean	Bridge fill integrity
Bridge/OmnichainRouter.lean	Omnichain routing correctness
Bridge/ShariaFilter.lean	Compliance filter properties
Bridge/Teleport.lean	Teleport bridge correctness
Bridge/YieldVault.lean	Yield vault safety
Warp/Delivery.lean	Exactly-once message delivery
Warp/Ordering.lean	Causal ordering preservation
Warp/Security.lean	Warp message security

GPU (4)

File	Property
GPU/ConsensusScaling.lean	GPU consensus scaling
GPU/DEXScaling.lean	GPU DEX scaling
GPU/EVMScaling.lean	GPU EVM scaling
GPU/FHEScaling.lean	GPU FHE scaling

Build (4)

File	Property
Build/Attestation.lean	Build attestation
Build/Coeffect.lean	Coeffect tracking
Build/Ecosystem.lean	Ecosystem properties
Build/Reproducibility.lean	Reproducible builds

Storage (2)

File	Property
Storage/Replicate.lean	Replication correctness
Storage/ZapDB.lean	ZapDB properties

Trust (3)

File	Property
Trust/Authority.lean	Authority properties
Trust/Revocation.lean	Revocation correctness
Trust/Vouch.lean	Vouch chain properties

Other (5)

File	Property
Compliance/ERC3643.lean	ERC-3643 compliance
Compute/CrossChain.lean	Cross-chain compute
Network/PeerDiscovery.lean	Peer discovery correctness
Vault/KeyIsolation.lean	Key isolation
Main.lean	Entry point

Strict-E2E-PQ (2)

File	Property
StrictE2EPQ/Profile.lean	IsE2EPQ profile proposition; production strict-PQ instance satisfies it
StrictE2EPQ/Coverage.lean	14-path surface coverage theorem; bridge invariant; Forbid* relaxations break IsE2EPQ

TLA+ Specifications (22 files)

12 specs + 10 model checker configs (MC_*.tla):

Spec	MC Config	Domain
Wave.tla	MC_Wave.tla	Wave consensus
Quasar.tla	MC_Quasar.tla	Quasar hybrid consensus
StrictPQProfile.tla	MC_StrictPQProfile.tla	LUX_STRICT_E2E_PQ profile lifecycle
Teleport.tla	MC_Teleport.tla	Cross-chain teleport
AMM.tla	MC_AMM.tla	AMM invariants
Orderbook.tla	MC_Orderbook.tla	Order book matching
Oracle.tla	MC_Oracle.tla	Oracle price feed
Governance.tla	MC_Governance.tla	Governance voting
LiquidStaking.tla	MC_LiquidStaking.tla	Liquid staking
VaultSync.tla	MC_VaultSync.tla	Vault synchronization
CrossChainSwap.tla	MC_CrossChainSwap.tla	Cross-chain swap atomicity
ExplorerReplication.tla	MC_ExplorerReplication.tla	Explorer data replication

Halmos Symbolic Execution (10 files)

File	Target
AMMInvariant.t.sol	AMM constant product
HalmosAMM.t.sol	AMM operations
HalmosBridge.t.sol	Bridge solvency
HalmosE2E.t.sol	End-to-end flows
HalmosLiquidLUX.t.sol	Liquid LUX staking
HalmosMarkets.t.sol	Markets invariants
HalmosYieldVault.t.sol	Yield vault safety
LiquidSolvency.t.sol	Liquid solvency
MarketsSolvency.t.sol	Markets solvency
test/FHEInvariant.t.sol	FHE invariants

Tamarin Protocol Verification (6 files)

File	Protocol
FROSTThreshold.spthy	FROST threshold signing
MPCBridge.spthy	MPC bridge security
pq_encryption.spthy	Post-quantum encryption
QuasarConsensus.spthy	Quasar consensus
RNSHybridHandshake.spthy	RNS hybrid handshake
ZKVerification.spthy	Zero-knowledge verification

Go Property Tests (5 files)

File	Target
defi_test.go	DeFi invariants
fhe_noise_test.go	FHE noise budget
quasar_test.go	Quasar consensus
replication_test.go	Replication correctness
strict_pq_test.go	LUX_STRICT_E2E_PQ IsE2EPQ + relaxation breakage + bridge invariant

Methodology

1. Model Go protocol as Lean state machine (states, transitions, invariants)
2. Prove invariants hold across all transitions (induction on steps)
3. Adversarial scheduler with f < n/3 Byzantine nodes (no network model)
4. Crypto proofs assume standard hardness (DLP, LWE) -- protocol correctness only
5. Halmos tests target economic invariants (solvency, conservation), not functional correctness
6. TLA+ specs verify liveness and fairness under model checking
7. Tamarin verifies protocol-level security properties (authentication, secrecy)