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A.P. Moller - Maersk

One connectivity solution for Maersk’s global fleet.

A global fleet requires a truly global network. One that enables access and unlimited control. One that unites worldwide assets and breaks down borders and barriers.

Challenge

A.P. Moller - Maersk runs a fleet of over 700 vessels and transports over 12 million containers every year. It all needs to be tracked and monitored. At the same time, the Danish shipping giant operates container terminals all over the world equipped with cranes, trucks and hardware, all of which rely on connections to the Internet. With this level of global presence comes a demand for a unified global connectivity solution.

Solution

Onomondo’s IoT network allows A.P. Moller - Maersk to fulfill its vision of being the integrator of container logistics and enables true connectivity across Maersk's millions of assets. As such, Onomondo plays a vital role in digitising A.P. Moller - Maersk’s global asset base of cranes, containers and vessels which creates an extensive amount of new operational and commercial opportunities for the shipping company.

700+

Vessels

Details

3 mil+

Containers

130+

Countries

“Onomondo’s efficient platform and global network technology make it easier, more secure and more cost-efficient for us to stay ahead in the ever-evolving connectivity space”

Klaus Bruun Egeberg

Head of Mobility and Connectivity, Maersk Group

Case Story Maersk Egeberg Avatar
Maersk Ship

A series of globally connected sensors for A.P. Moller – Maersk.

A complex IoT solution with many types of devices requires less complicated device logic and an intelligent network to be truly scalable.

Onomondo enables A.P. Moller - Maersk to enhance its data security and data steering from within the network - globally. That is without any device overhead or add-ons and without any considerations for its hardware setup.

Highlighted Feature IoT Scalability

Model 05 – Unified Network.

Highlighted feature #1

Increased scalability.

With Onomondo, A.P. Moller - Maersk can enable their global fleet by using a single connectivity platform. And by fully integrating the network and device management into their own operations systems, via APIs, everything the network knows or does can now be programmatically controlled directly from within business operations. This simplifies both the scalability and the quality assurance.

Highlighted Feature IoT Device Logic

Model 02 – Agnostic device.

Highlighted feature #2

No device logic.

By using Connectors, A.P. Moller - Maersk now ensures that no device will ever have to be shipped with endpoint security logic. At the same time, no hardware vendor will have to build purpose-specific firmware to handle current routing conditions or future changes in how security is managed between the device and the cloud. Everything is handled by the network and is flexible across the entire fleet.

Highlighted Feature Reduce IoT Attack Vectors

Model 05 – Unified Network.

Highlighted feature #3

Less attack vectors.

Onomondo takes an active role in safeguarding both device, cloud and data packets passing through the network. By analysing patterns and behaviour across the network, rules and triggers can be implemented if certain things change. By feeding live information from any relevant network interaction to A.P. Moller - Maersk’s own systems via Webhooks, A.P. Moller - Maersk is able to act in real time to any potential abnormalities found in any network in the world.

  • Device data

    Location Temperature Humidity
  • Network

    Data steering Network management
  • Cloud

    Full fleet overview Control panel Business rule set
Currently on Onomondo
BOSCH GREY
CARLSBERG GREY
CONNECTED CARS GREY
DONKEY REBUPLIC GREY
IBM GREY
MAERSK GREY
MONIMOTO GREY
POLYTECH GREY
SPIIO GREY
WASTE HERO GREY
Connected Cars

A network for the vehicle that goes wherever you go.

Connected Cars wants to make mobility smarter by connecting vehicles, workshops and data all over the world. Onomondo’s IoT network is helping the company realize that vision.

  • Device data

    Location Temperature Humidity
  • Network

    Data steering Network management