AT &T Collaborates with Kigen to Introduce SIM Flexibility in the Cellular IoT Sector

Collaborative ventures are a necessity in the current IoT sector, and the most recent one highlights just how much it is important. Two major players of the IoT sector are collaborating to streamline the manufacturing in the IoT sector with the help of an integrated SIM supply chain. Also, AT&T and Kigen have joined forces to offer IoT enterprises the flexibility and security when seeking component supply of IoT devices. Kigen has integrated its advanced SIM OS with AT &T’s network to increase the efficiency of the services extended by it. For example, Kigen’s data generation & key management services improve access to AT &T’s network across different bandwidths of communication.

The new development of integrating SIMs with an advanced management framework will only boost the manufacturing of better cellular IoT technological applications. IoT is spreading its application to different sectors of technology. The integration of SIMs with better management and data generation sector creates advanced communication solutions for people. Now that people are using mobiles more and more, advanced SIM applications are necessary. AT&T and Kigen’s collaboration will bring this predicted development to fruition. The new technology will boost SIM and chip module procurement for manufacturers. Manufacturers will be able to support high-volume production with optimization of production processes. This will increase opportunities for new players in the cellular IoT segment.

The new collaboration from AT &T will support the integration of eSIM and iSIM into the new-age cellular devices. The new collaboration will help telecommunication manufacturers to reduce the time between manufacturing and marketing of cellular IoT devices in the future. Also, this partnership between the two companies will help in embedding advanced connectivity solutions in new devices. This will also help in establishing a universal network of advanced mobile IoT devices that are accessible from anywhere in the world.

This will decrease the complexity of IoT components and simplify the whole network so that cellular IoT transformation is possible in the near future. Before this collaboration, cellular device manufacturers used to source multiple SIM SKUs for each sub-market segment. This had not only massive costs and manufacturing problems but also had complicated rollout processes. This made the cellular IoT sector retard its growth because of the complexity of the manufacturing process and launch. Accessibility to a new type of integrated SIMs increases flexibility that optimizes the supply chain of cellular IoT components.

The new development allows different participants of the manufacturing process to understand what component is ideal for it. The products from this collaboration diversify the types of SIMs available for use. Thus, manufacturers will be able to access more choices for future devices. The development will also help in the creation of newer prototypes of cellular IoT devices. The manufacturers will be able to start and scale the process easily. The developers will also send the new devices to deployment in a fast manner.

Another good thing to happen because of this collaboration is the upgrade of devices to 5G bandwidth. The new cellular devices created under this integrated approach will improve connectivity with the help of the latest 5G technology.

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