Ghost Excursion Suite

Deterministic infrastructure for institutional markets.

We build cryptographically verifiable software kernels that prove, with mathematical certainty, that operational data has not been altered between recording and audit.

Ghost Excursion · Kernel State

StateRoot 3a9f2b8c1e4d7f0a

Engine CVS-R v6.7

Runtime Go · Bare Metal

Signature Ed25519

Hash Chain SHA-256

Spec TLA+ Verified

Status VERIFIED

Ghost Excursion Suite — Three Runtimes, One Cryptographic Spine

CVS-R

Settlement Reconciliation Kernel

Financial Services

Proves that settlement data has not been altered between recording and regulatory audit. Designed for mid-market broker-dealers and regional banks. Produces cryptographically signed evidence packages suitable for exchange submission and compliance review.

IoT-TE

Industrial IoT / Thermal Asset Engine

Industrial Operations

Boiler and thermal asset anomaly detection with policy-gated financial decision governance. Every operational decision is hash-chained and signed, producing a forensically reconstructable timeline for insurance, liability, and compliance proceedings.

ITE

Identity Telemetry Engine

Identity & Security

Behavioral forensics for replay attack, bot, and session hijack detection. Deterministic evidence packages meet FRE 902(13)/(14) standards for digital evidence authentication, enabling admissible reconstruction of identity events for litigation and audit.

Formal Verification Posture

TLA+ Specified

Safety and liveness invariants formally specified in Temporal Logic of Actions. Behavioral guarantees hold across the full state space, not just tested cases.

Ed25519 Signed

Every evidence package carries a cryptographic signature. Tamper detection is mathematical, not procedural. Verification requires no trusted intermediary.

SHA-256 Chained

Hash-chained StateRoot architecture links every committed transaction to a single verifiable proof of operational history. The chain cannot be silently rewritten.

Go Runtime

Deterministic bare-metal execution. Refinement-mapped to the formal specification. Verified execution output distinguishes the kernel from empirically-tested alternatives.