Deploy signed firmware, monitor hardware vitals, and isolate compromised bridge systems across hundreds of commercial vessels, without touching a single shipboard rack.
Managing computers at sea requires different assumptions: high latency, dropouts, costly satellite bandwidth, and zero tolerance for bricked bridge nodes.
Differential binary updates compressed to < 15KB. Transmits seamlessly over high-cost satellite channels. Automatic rollback if hardware cryptographic check fails.
Continuous health monitoring across bridge hardware: NVRAM buffer capacity, CPU load, ambient rack temperature, and NMEA 2000 bus frame drop rates.
When an incident is confirmed by our M-SOC analysts, trigger instant isolation of corrupted bridge devices or untrusted satellite management ports with one cryptographic click.
Everything required to manage a global fleet without creating satellite bill shock or bridge disruptions.
Continuous audit of bridge network configurations against your fleet baseline. Detects when crew or contractors modify firewall rules or bridge switches.
Intelligently detects uplink quality (L-band vs Starlink vs Cellular 5G in port). Dynamically throttles telemetry to prioritize critical alerts over routine dumps.
Generate one-click cryptographically signed compliance dossiers formatted for Class societies (DNV, Lloyd's, ABS) and Port State Control inspectors.
Never push an unverified update to your entire fleet at once. Deploy to Ring 0 (test vessel), verify 72-hour operational stability, then expand across the fleet.
Every vessel communicates with Watchtower over mutual TLS 1.3 using hardware TPM-backed private keys that never leave the shipboard Haris rack unit.
Watchtower telemetry feeds directly into our 24/7 M-SOC watch desks in Tallinn and Al Khobar. When anomalies trigger, human analysts respond immediately.