Nokia launches Mobile Edge Computing-based enterprise applications

Nokia is to extend its application of Mobile Edge Computing (MEC) so enterprises can take advantage of applications using low latency, business-critical mobile broadband networks to satisfy all their communications needs, enhance operations and reduce costs.

Nokia's Mobile Edge Computing platform will extend the possibilities of the connected world to myriad enterprises such as warehouses, factories, transportation hubs, campuses and hospitals, connecting personnel and automating workflows. Nokia is today launching three enterprise-specific MEC applications:

Nokia will provide an AppFactory environment for the creation of applications to meet the specific needs of enterprises and will support the integration of existing enterprise applications to the MEC environment.


To allow enterprises to take advantage of these applications and reduce the time and costs of maintaining legacy platforms, Nokia will provide connectivity to robust, dedicated, low-latency, networks using MEC to process data closer to end users, in conjunction with any combination of small cells and macro base stations.

The company will initially enable connectivity over existing licensed LTE spectrum, working together with operators to transform portions of their 4G networks into discrete private LTE networks as well as over Wi-Fi networks via its 'Wi-Fi Controller as a Service offer'. In a future development Nokia will leverage LTE in the unlicensed spectrum using its MulteFire technology.

Christian Renaud, Research Director, 451 Research said: "Nokia has created an entirely new customer market with this offer. By enabling robust local enterprise applications across secure mobile networks, Nokia will equip enterprises with a new level of accuracy and transparency in their operations, while at the same time enabling cost and operational efficiencies."

Dirk Lindemeier, head of Mobile Edge Computing and Wi-Fi products at Nokia, said: "Mobile Edge Computing (MEC) allows enterprises to take advantage of the latest generation LTE technology, in particular small cells, and real time applications for building complete campus networks. These networks meet the demanding privacy, resilience, and latency requirements set by business-critical applications, extending LTE to new domains.