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Arabian Sea Container Tracking API: How to use JSON Cargo in Real Time

Global shipping routes are under increasing pressure, and the Arabian Sea has become one of the most closely monitored regions in maritime logistics.

For companies relying on container tracking, delays and disruptions in this area create a major visibility gap. Standard carrier updates are often not enough.

This is where combining a container tracking API with an Arabian Sea vessel tracking API becomes essential.

Arabian Sea Disruptions and Their Impact on Containers:

The Arabian Sea connects key global trade routes between Asia, the Middle East, and Europe. It includes critical maritime corridors near:

  • The Gulf region

  • The Red Sea access routes

  • Major ports like Jebel Ali, Mumbai, and Karachi

With ongoing geopolitical tensions and security risks affecting nearby routes, vessels may:

  • Slow down or change routes

  • Wait offshore before entering ports

  • Experience unexpected delays

For logistics teams, this creates uncertainty around container location and ETA.

How JsonCargo Enhances Container Tracking?

JsonCargo provides a unified container tracking API.

With JsonCargo, you can:

  • Track containers across different carriers through a single API

  • Track tracking events

  • Monitor container status globally

But the real value comes when you combine container tracking with vessel tracking.

Tracking Containers Stuck in the Arabian Sea:

When containers appear “stuck” or delayed in the Arabian Sea, you can use a combined workflow:

Step 1: Identify the Vessel

Using JsonCargo, retrieve:

  • The vessel name

  • IMO or MMSI (if available)

  • Last known container event

Step 2: Track the Vessel in Real Time

Using a vessel tracking API:

  • Locate the vessel in the Arabian Sea

  • Monitor its current position and movement

  • Check if it is stationary, drifting, or rerouted

Step 3: Detect Delays and Anomalies

By analyzing vessel behavior, you can:

  • Identify if the vessel is waiting offshore

  • Detect deviations from expected routes

  • Estimate updated arrival times

Step 4: Continue Monitoring Until Port Arrival

Even without new container events, vessel tracking allows you to follow the journey until:

  • Port arrival

  • Berthing at the terminal

  • Cargo discharge

Practical Example ‘Port of Mumbai’:

A container is reported as “loaded” in Mumbai port, with no updates for several days.

Using JsonCargo:

  • You identify the assigned vessel

Using an Arabian Sea vessel tracking API:

  • You see the vessel is stationary offshore near a congested port

  • Speed is near zero, indicating waiting time

Conclusion:

  • The container is not lost, it is delayed due to congestion or operational constraints

This level of insight is not possible with container tracking alone.

Vessel Details and Specifications: Going Beyond Real-time Position Tracking:

While real-time vessel position is the foundation of maritime visibility, modern tracking APIs provide much deeper insight through vessel details and operational statistics.

What Kind of Vessel Data Is Available?

Using AIS-based tracking systems and enriched maritime datasets, you can access:

  • Ship specifications
    Vessel type, dimensions, flag, build year

  • Ship position data
    Latitude, longitude, speed, course, and navigation status

  • Last updated timestamp
    Indicates how fresh the AIS signal is and whether tracking is reliable in real time

  • Location information
    Current region, proximity to ports, anchorage areas, or shipping lanes

  • Operational behavior
    Whether a vessel is underway, drifting, anchored, or waiting offshore

Vessel Tracking API Response:

				
					{
  "data": {
    "uuid": "b8625b67-7142-cfd1-7b85-595cebfe4191",
    "name": "MAERSK CHENNAI",
    "mmsi": "566093000",
    "imo": "9525338",
    "eni": null,
    "country_iso": "SG",
    "type": "Cargo - Hazard A (Major)",
    "type_specific": "Container Ship",
    "lat": 5.519612,
    "lon": 0.02949333,
    "speed": 0.1,
    "course": 133,
    "heading": 161,
    "current_draught": 12.9,
    "navigation_status": null,
    "destination": "CGPNR>GHTEM",
    "dest_port_uuid": "4e16eec7-c821-423f-7a61-31ca9cdd4601",
    "dest_port": "TEMA",
    "dest_port_unlocode": "GHTEM",
    "dep_port_uuid": "11ccc7a1-cb91-bfd8-fefd-520b892be1da",
    "dep_port": "POINTE NOIRE",
    "dep_port_unlocode": "CGPNR",
    "last_position_epoch": 1721925300,
    "last_position_UTC": "2024-07-25T16:35:00Z",
    "atd_epoch": 1721391180,
    "atd_UTC": "2024-07-19T12:13:00Z",
    "eta_epoch": 1721633940,
    "eta_UTC": "2024-07-22T07:39:00Z",
    "timezone_offset_sec": 0,
    "timezone": "GMT"
  }
}