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Live communication with buyers, processors, and auction systems from fishing grounds. Negotiate price and offloading schedule before the vessel reaches port.

Vessel Monitoring System position reporting is a legal requirement for commercial fishing in US, EU, and most international EEZ waters. Tidal Ops ensures continuous, compliant uplink.

Real-time weather model downloads, sea state forecasting, and ice edge data for vessels operating in Alaska, the North Pacific, and Arctic fishing grounds.

Direct digital catch reporting to NOAA, NMFS, and flag state fisheries authorities. Eliminates paper logs and reduces port processing time.

Extended voyages require crew welfare access. MLC 2006 obligations now apply to most commercial fishing vessels operating internationally. Tidal Ops delivers compliant crew connectivity from day one.

Sub-40ms LEO latency enables shore-based operators to maintain meaningful control of USV and MASS platforms at range. The physics of GEO VSAT make remote control operationally impossible beyond basic telemetry.

Multi-camera HD video streams from vessel-mounted cameras to remote operations centres. Essential for collision avoidance, obstacle detection, and regulatory compliance under IMO MASS

Autonomous vessels require failsafe connectivity. Enterprise Command provides triple-redundant LEO + LEO + 5G/LTE architecture with sub-second automatic failover — no single point of connectivity failure.

Continuous sensor fusion data — LIDAR, radar, AIS, camera — transmitted to shore AI systems for processing. High-throughput LEO supports the data volumes autonomous navigation requires.

Over-the-air software updates, mission parameter changes, and chart refreshes delivered to USV platforms at sea. Eliminates the need for vessel recovery between operational deployments.

IMO GMDSS modernisation replaces legacy HF and Inmarsat-C with modern satellite systems including LEO. Tidal Ops provides a GMDSS-compliant LEO solution that satisfies both safety and operational requirements.

Real-time video, data, and voice coordination between SAR vessels, aircraft, and shore-based coordination centres. LEO latency supports live situational awareness sharing across all response assets.

HD video link to shore-based medical officers during MEDEVAC and mass rescue operations. Real-time biometric data transmission and telemedicine capability from the rescue vessel.

Encrypted LEO connectivity for law enforcement and maritime security operations. Traffic isolated from crew welfare and operational networks via zero-trust architecture.

Real-time AIS, radar, and sensor data transmitted to shore-based MDA centres. Integrates with national and international maritime surveillance systems.

Real-time data exchange between inbound vessels, port authority, and terminal operators. Berth pre-allocation, pilot coordination, and customs pre-clearance reduce port waiting time and turnaround costs.

Private 5G overlay for automated cranes, AGVs, and terminal operating systems. Low-latency wireless connectivity for terminal automation without reliance on public mobile networks.

ISPS Code-compliant video surveillance and access control system connectivity. LEO backhaul for remote port facilities and anchorage areas outside fixed fibre coverage.

5G/LEO connectivity service for vessels at berth — enabling bulk data sync, chart updates, software maintenance, and crew internet before departure without consuming voyage bandwidth budgets.

Real-time air quality, water quality, and emissions monitoring at berth. Supports port environmental compliance reporting and shore power integration data uplink.

Most inland waterway operations stay within 5G/LTE range. Tidal Ops SD-WAN routes via mobile networks as primary and automatically switches to LEO when leaving coverage — seamlessly, with no crew action required.

Real-time communication with lock operators and bridge authorities on the Mississippi, Ohio, Columbia, and major European waterways. Reduces wait times and improves schedule reliability.

Live communication between towboat operators and fleet dispatchers. Real-time cargo documentation, barge status updates, and fleet positioning for inland barge operators.

GPS tracking and real-time fleet visibility for inland waterway operators managing large tow fleets across extended river systems. Integration with fleet management software platforms.

Crew welfare internet on multi-week river runs where personnel are away from home ports. Satisfies MLC obligations and improves crew retention for inland fleet operators.

Modernised communications for the Maritime Administration's Ready Reserve Force vessels. LEO connectivity supports vessel readiness monitoring, crew communications, and rapid activation logistics.

High-throughput LEO connectivity for NOAA research and fisheries survey vessels. Real-time oceanographic data transmission to NOAA shore facilities and international data partners.

Reliable connectivity for US Army Corps of Engineers survey vessels and dredge operations on inland waterways, coastal ports, and offshore survey missions.

Network architecture aligned to NIST 800-171, FISMA, and federal cybersecurity requirements. Zero-trust architecture, audit logging, and incident reporting compatible with federal security operations centre requirements.

Training vessel connectivity for the United States Merchant Marine Academy's training fleet. Live connectivity for cadet training, academic support, and MARAD-required educational programmes underway.