Integrated Maritime Management System

One radar to camera picture of everything moving across your waters, built by NGS for platforms, ports and coastlines that can't afford blind spots.

OVERVIEW

Every sensor, one operating picture

IMMS fuses maritime radar, electro-optical and infrared cameras, and AIS vessel tracking into a single command-and-control platform, giving operators continuous, real-time awareness across wide stretches of coastal and offshore water.

The architecture is open by design: weather stations, SWIR cameras, VHF radio, and tide sensors can all be brought into the same picture as a site’s requirements grow.

It is built for environments where a missed detection has real consequences, including offshore platforms, oil terminals and FPSOs, ports, coastlines, and government or defence installations.

Basic IMMS configuration illustrating the integration of marine radar, AIS, and EO/IR sensors with an onshore Command & Control center for offshore surveillance and maritime situational awareness

DEPLOYED FOR

  • Offshore oil & gas platforms
  • Oil terminals & FPSOs
  • Ports & harbour infrastructure
  • Coastal & border surveillance
  • Government & defence sites

Key Capabilities

What the system actually does

Four capabilities work together: sensing, watching, deciding, and seeing through weather, so operators get a correlated picture instead of four separate feeds.

Multi-Sensor Integration

Multi Sensor System DAT-CON M350-A1250
IMMS integrates multiple technologies into a single unified system:
  • Long-range maritime radars
  • EO/IR cameras (day/night, thermal, optional SWIR)
  • AIS for cooperative vessel identification
  • Optional sensors (UAVs, perimeter systems, etc.)

All sensor data is fused and displayed within one operational interface.

Real-Time Detection & Tracking

Real-time operational view of the IMMS platform integrating radar, AIS, and EO/IR sensors for maritime target detection, tracking, and situational awareness in offshore environments
  • Automatic detection of marine targets, including small and non-cooperative vessels (e.g. speedboats, wooden boats)
  • Continuous tracking with radar-to-camera correlation
  • Target classification and prioritization

Advanced Command & Control Software

Representative IMMS architecture showing the integration of marine radar, AIS, and EO/IR sensors with an onshore Command & Control center for offshore surveillance and maritime situational awareness. Actual system configurations may vary depending on operational requirements and site conditions
The core of IMMS is its C4I software platform (SovaN application), enabling:
  • Unified operational picture
  • Automatic radar-to-camera cueing
  • Alarm and event management
  • Recording and playback
  • Decision support tools for operators

Enhanced Vision with EO/IR & SWIR

Sequence captured by the EO/IR multisensor (Dat-Con MS350/A850) at an approximate distance of 24 km. The images show the observation of the FPSO and an additional CSP from another CSP installation point.
  • Reliable day/night surveillance in harsh environmental conditions
  • Long-range thermal detection capabilities
  • Optional SWIR technology to improve visibility in:
  • haze
  • high humidity
  • challenging maritime atmospheres

Built For The Field

Offshore-ready by construction

Offshore-Ready Design

Built specifically for offshore deployment

  • No on-site welding required (custom mounting structures prefabricated onshore)
  • Heavy-duty brackets and corrosion-resistant materials
  • Fiber optic backbone for long-distance connections
  • Surge protection for power and signal lines

Network Resilience & Operational Continuity

Stays online, and stays useful when it isn't

  • Fiber-based communication backbone
  • Local recording capability on offshore platforms
  • Full remote control from onshore command centers
  • Continuous operation even in case of communication loss

Drone Integration (Optional)

IMMS can be integrated with UAV systems to:

  • Extend surveillance beyond fixed sensor range
  • Perform rapid inspection missions
  • Track moving targets over extended distances

System Architecture

IMMS modular system architecture illustrating the integration of the Sensor Layer (radars, EO/IR cameras, AIS, UAVs), Communication Layer (secure IP network with fiber backbone), Control Layer (Command & Control software and operator workstations), and centralized Command Center with multi-display monitoring configuration.
System Architecture IMMS follows a modular, scalable architecture:
  • Sensor Layer
    Radars, EO/IR cameras, AIS, UAVs
  • Communication Layer
    Secure IP network with fiber backbone
  • Control Layer
    Command & Control software and operator workstations
  • Command Center
    Centralized monitoring with multi-display configuration

Operational Concept

  1. A radar detects a target at long range
  2. The system automatically cues the EO/IR camera
  3. The operator receives video feed and AIS data (if available)
  4. The target is identified, classified, and tracked
  5. Alerts are generated and operational decisions are supported

Key Benefits

What it changes on the ground

Complete Situational Awareness

Integrated, real-time operational visibility

Early Threat Detection

Identification of both cooperative and non-cooperative targets

Reduced Operator Workload

Automated detection, tracking, and correlation

Scalability

Modular architecture adaptable to any project size

High Reliability in Harsh Environments

Designed for offshore and extreme maritime conditions

Applications

Where IMMS is deployed

Oil & Gas (offshore platforms, terminals)

Port and harbor security

Coastal surveillance systems

Naval and defense operations

Critical infrastructure protection

Why NGS

Who's behind the system

NGS provides:

Strong field presence and operational support

Proven experience in offshore and high-risk environments

Full integration of multi-vendor technologies

On-site and remote technical assistance

Contact Us

Request a demo

For more information or to request a demo of the IMMS system, get in touch with the NGS team.

Contact NGS →