Catellix This document defines a deployment profile of Multi-Vantage Path Snapshot (MVPS) for fleets and fixed installations operating in Disconnected, Intermittent, Limited (DIL) environments where Global Navigation Satellite System (GNSS) time may be denied -- for example naval and maritime critical infrastructure and other tactical-edge networks. The profile is DEFENSIVE: it concerns detection of coherence anomalies in the network and timing telemetry (cyber intrusion, comms tampering, and positioning/timing (PNT) spoofing). It defines no navigation, targeting, or kinetic function. MVPS promotes its detection theorems to any surface satisfying its five axioms. At sea only one axiom is at risk: A1, the bounded joint-clock-skew requirement, because oscillators drift under GNSS denial and links are intermittent. This document proves A1 still holds on an enlarged coherence tick under explicit datasheet-grounded budgets, after which the core theorems inherit verbatim via the MVPS Architecture-Invariance Theorem. The closed-form result shows the binding constraint is store-and-forward latency, not clock drift. All properties are validated by scripts/validate_maritime_edge.py (7/7 PASS, exit 0) and recorded in evidence/maritime_edge_receipt.json.