UTC: 00:00:00
SID: UNAUTHEN...
SYNC_ID: --
ENCRYPTION: ACTIVE (AES-256)
DEFCON: Lvl 4
● LIBR_ENGINE: DETECTED_DIP [$14,500 RECOVERED] ● ENTITY_RESOLUTION: FLAGGED_CRYPTO_TRANSFER [COINBASE -> UNKNOWN_WALLET] ● INTEL_ANALYSIS: BLOCKED_HOSTILE_TEXT [RISK_LEVEL: HIGH] ● ALERT: NEW_OFFSHORE_NODE_IDENTIFIED ● SYSTEM_STATUS: ENCRYPTION_ACTIVE (AES-256) ● LIBR_ENGINE: DETECTED_DIP [$14,500 RECOVERED] ● ENTITY_RESOLUTION: FLAGGED_CRYPTO_TRANSFER [COINBASE -> UNKNOWN_WALLET]
Engineering Note

LIBR tracing behaves like a deterministic ledger state machine.

The public artifact shows the core calculation model with synthetic data, same-day ordering modes, and regression tests.

traceable_after = min(
traceable_before,
account_balance_after
)
Why It Exists

A small artifact for technical review.

The full Exit Protocol product remains private. This public demo isolates one narrow claim: LIBR-style tracing can be represented as a reproducible calculation over an ordered ledger.

Dependency-Free Python

A compact calculator that can run without the Django application.

Synthetic Ledger

Public-safe CSV data designed to demonstrate depletion and non-replenishment.

Ordering Modes

Ledger, best-case, and worst-case ordering for same-day ambiguity.

Regression Tests

Tests for zero-balance depletion, multiple separate deposits, and the replenishment fallacy.

Run Locally

Inspect the calculation before inspecting the product.

git clone https://github.com/Vinaygond/libr-state-machine-demo.git
cd libr-state-machine-demo
python -m unittest discover -s tests
python libr.py examples/synthetic_ledger.csv --ordering worst_case
This artifact is not legal advice and does not make admissibility claims. It is a transparent calculation demo for technical feedback.
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