Nodestream™ delivers decision‑quality video from 8kbps with frame‑synchronised telemetry and 2‑way audio over any IP based network even on constrained or congested links.
It aggregates up to 16 video channels at 500kbps per device with synchronised sensor data for fleet‑wide monitoring from shore. PTZ camera control and a bearer‑agnostic transport layer are engineered for packet loss and latency, so vessel control and incident response remain usable when other systems degrade.


Onboard each vessel, Nodestream encoders aggregate live feeds from:
Optimised network pathways transmit all feeds, operating reliably even over low-bandwidth high-latency SATCOM links. This enables shore-based security teams to see exactly what is happening onboard in real time, with full access to video, audio, and operational data.
Nodestream supports fully integrated, secure bidirectional audio communication, allowing:
Nodestream’s secure server routes all feeds and data, enabling:
Full Access is typically granted to fleet security managers, onshore security operations, and vessel captains. Deck officers, engineers, or client representatives can receive View-Only Access. Analysts or technical teams use Limited Access for specific threat monitoring or incident review.
Nodestream’s architecture scales across single vessels or multi-vessel fleets, providing a unified security monitoring framework. Each vessel maintains operational independence while feeding into a central onshore monitoring hub, allowing:

Remote experts can direct live streams from vessels for immediate guidance in operational, technical, or medical scenarios.
By combining synchronised video, telemetry, and sensor data, Nodestream ensures that experts have full situational awareness, enabling confident decisions in real time.Remote experts can direct live streams from vessels for immediate guidance in operational, technical, or medical scenarios.
Onshore, Nodestream decoders reconstruct synchronised video, audio, and vessel data across dedicated workstations. Remote specialists can:
This creates a virtual presence, allowing experts to effectively “board” the vessel without travel, while crews continue operating within familiar command workflows.

Onboard each vessel, a Nodestream Encoder consolidates IP and HDMI camera feeds across operational zones, including bridge, engine room, deck, and cargo systems.
Optimised network pathways transmit all feeds, operating at bandwidths as low as 500 kbps per stream. This ensures reliable performance even over SATCOM links or other constrained maritime communications networks.
The Nodestream Server functions as a secure distribution hub, routing video and data streams and providing full access control between offshore and onshore teams.
This architecture supports:
Vessels maintain normal workflows while shore teams gain global operational visibility.
Nodestream uses role-based access controls to align operational visibility with responsibilities and maintain security.
Full access
Full Access is granted to operational leadership, providing complete situational awareness to monitor safety, performance, and execution in real time to Project Managers, Fleet Supervisors, HSE officers, Deck Officers, and Engineers.
View-only access
View-Only Access grants vessel managers, engineering teams, and clients transparency without interfering with core operational control.
Technical specialists
Technical specialists can receive Limited Access for specific feeds or operational windows, which enables focused review, validation, and engineering support without exposing the full system.
You can deploy Nodestream’s architecture across multiple vessels within a fleet. Each vessel operates independently offshore while feeding into a unified onshore visibility framework, creating a consistent monitoring environment across your entire fleet(s).
This multi-vessel capability enables centralised oversight of complex operations, ensures consistent reporting standards, and provides project and client leadership with aggregated, real-time visibility across all assets; allowing parallel monitoring of concurrent operations and informed decision-making at the fleet level.
