Arrow Electronics, Infineon and Arkessa announce global agreement

Technology solutions provider Arrow Electronics has announced a global agreement with Infineon and Arkessa that will further extend Arrow’s ability to support customers with cellular communications for the Internet of Things.

Security remains one of the top concerns for organisations for connected devices. Infineon provides the secured hardware controllers based on GSMA’s Embedded Subscriber Identity Module (eSIM) specification that underpin the new service. Arkessa provides secured mobile data services with the ability to provision and manage IoT devices from the factory into the field easily and effectively.

By working with Arrow, OEMs, system integrators and enterprises can obtain all the technology and service elements required to provide consistent connectivity for their IoT devices anywhere in the world, underpinned by security features from Infineon and flexible network access and provisioning by Arkessa. eSIMs provide for greater security and reliability in multiple IoT applications and can be flexibly coupled with cellular, NB-IoT, and LTE-M services today from Arkessa.

In Industry 4.0, progress is highly dependent upon the security of machine-to-machine (M2M) communication. Machines in smart factories are increasingly using cellular networks to exchange information that ensures smooth operation and improves efficiency. Infineon’s SLM family of security controllers are optimised for industrial applications, providing higher levels of endurance over an extended temperature range of -40 to +105˚C.

In addition to industrial, use cases across smart cities, retail, and asset tracking can all benefit from the secure connectivity to bring forward new business models and growth at a global scale.

Arrow’s expertise in IoT runs from the components, modules and software that comprise the edge of the IoT right through to the cloud services and analytics that exploit the data generated. It encompasses all the connectivity in between and the security necessary to protect the integrity of the network and its data.

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