A port's security estate spans quaysides and berths, container yards, truck and rail gates, fuel and tank farms, and a waterside perimeter that never stops moving — CCTV, access control, gate & OCR, perimeter and waterside intrusion, radar and AIS, alarms and ISPS compliance, each from a different vendor. NDIS brings them into one operational platform, so port security teams detect, verify, respond and document incidents with greater speed and consistency — across land and water.
Ports and marine terminals are vast, high-throughput environments — kilometers of quayside and waterside perimeter, container yards, truck and rail gates, fuel and tank farms, customs halls and ISPS-restricted zones, with vessels, cranes, trucks and people in constant motion. Security teams juggle CCTV, access control, gate & OCR, perimeter and waterside intrusion, radar and AIS, intrusion and duress alarms, fire and life-safety — often from separate consoles, with separate alarms, in separate vendor portals.
A marine terminal runs CCTV across quaysides, yards and gates, access control for ISPS-restricted zones and customs, gate and OCR for trucks, containers and rail, perimeter and waterside intrusion detection, radar and AIS for the harbor approach, intrusion and duress alarms, fire and life-safety, and central reporting — each from a different vendor, each with its own interface, each demanding attention the moment something goes wrong.
When these systems operate separately — and across multiple terminals — operators lose seconds switching between screens, verifying information manually, and coordinating response across the SOC, port facility security officers, harbor master, customs and law enforcement.
At a port, the difference between a contained event and a breach — an intruder on the quay, a forced container gate, a vessel off its declared track — is often measured in how fast an operator can see the event, verify it, and route the right response to the right berth, gate or zone.
NDIS is the central platform that connects and organizes data from your existing systems into a single pane of glass — the operational view your SOC, port facility security officers and harbor teams actually need to run a port across land and water.
Live and recorded video, alarms and events from every terminal and system, correlated and prioritized in one console.
Restricted-zone doors, customs halls and gate barriers tied to live video and operator workflows in real time — with tailgating awareness.
Fence sensors, quay analytics and waterside detection surfaced with the right camera and SOP — across kilometers of land and water boundary.
Truck and rail gates, container OCR and license-plate recognition feed directly into the same operational view as CCTV and access.
Harbor radar, sonar and AIS vessel tracks correlated with CCTV — so an unidentified approach surfaces as one verified event.
Port charts, terminal layouts and berth plans with live device states, alarm overlays and zone status across land and water.
SOPs guide operators step-by-step through every alarm type and MARSEC level — consistently, across every terminal and shift.
Tamper-evident logs of who did what, when — ready for ISPS audits, port-authority review and investigation.
The patterns below repeat across berths, yards, gates and the waterside of every port. NDIS wires each one to its own SOP, its own evidence trail, and its own response workflow — so what looks chaotic at the device level stays disciplined at the operator level.
Quay analytics, waterside sensors and radar feed one workflow. A breach triggers the same response — with the verifying camera, berth location and escalation path open before the operator acts.
Forced gates, tailgating trucks and OCR container-ID mismatches surface with verifying video, lane location and the right escalation — without operator interpretation.
Held-open restricted-zone doors, out-of-pattern customs-hall entries and unescorted access surface with linked video and the ISPS SOP — identify, verify, isolate, escalate — in seconds.
Radar and AIS flag a vessel off its declared track or with no transponder. The event opens with the verifying camera, harbor-approach sector and notification to the harbor master.
A fuel or tank-farm zone fires the SOP: identify, verify, isolate, evacuate, document. Cameras, gates and notifications move together — not in separate consoles.
One command view across every terminal, berth and gate — per-terminal operations preserved, but visible, comparable and coordinated from a central port security operations center.
Operators see camera locations, access points, alarm zones, perimeter sectors, berths and vessel tracks on interactive port charts and terminal layouts — so they know where an incident is happening, what is around it, and which resources are nearby, across land and water.
Unified operations turn fragmented activity into coordinated response — and turn coordinated response into a record you can review, report on, and improve over time, across every terminal.
One operator view across every system, every terminal, land and water.
Linked video, berth location and telemetry on alarm — not after.
ISPS-aligned SOPs enforced inline — same workflow at every terminal.
Gate, yard and quayside events aligned to one operational view.
SOC, PFSOs, harbor master, customs and responders aligned.
Fewer screens, fewer manual steps, less cognitive switching.
Tamper-evident records — ready for ISPS and port-authority review.
Continuous device health closes gaps before they're needed.
Open architecture protects what you've already deployed.
From single terminal to port-wide SOC — same platform.
Bring quayside cameras, waterside and perimeter sensors, gate & OCR, radar & AIS, access control, alarms, maps, ISPS procedures and reporting into one coordinated security operations platform — built for the realities of marine ports and terminals.
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