AWS has also chosen the MWC 2025 to announce its News on the Internet of Things and Aws Outposts. In the first case, he has launched a service for integrations managed to AWS IoT Device Managementdeveloped to facilitate the process of incorporating IoT devices into the cloud, as well as to unify the control of devices through various brand and protocols.
To address this, AWS IoT Device Management offers managed integrations that include SDKs (software development kits) for device connectivity and protocols support for specifications, among which are Zigbee, Z-Wave and Wifi.
In addition, it has more than 80 templates of device data models and a catalog of cloud connectors to cloud. These functions simplify integrations and unify control of different types of devices, such as sensors, cameras and appliances. Developers can thus create a single app for the control of products of several manufacturers, including owner, third parties and connected devices to the cloud.
With these templates, the process of representing physical devices in the cloud is expedited without the need to configure dedicated MQTT issues, IoT policies or rules. Templates can be used to describe devices attributes, such as their ignition or off state, or the level of brightness or power. Once defined, the managed integrations function validates all messages automatically according to these attributes, reducing the need for errors management. Once the messages are validated, send them to the corresponding device directly, through a hub or with a cloud cloud connector.
Integrations managed for AWS IoT Device Management also integrate functions for barcodes scan and direct devices of devices, with additional mechanisms to simplify the incorporation of devices and their integration.
The function of managed integrations admits data encryption with keys managed by AWS and the client. It also manages safe identity for connected devices and manages authentication, access control, monitoring and storage of credentials through different types of devices. Besides, Aws IoT Device Management is integrated with more than 200 AWS services To facilitate the scaling of solutions to developers, to which it also allows adding functions of AI and automatic learning to their tools.
Racks y servidores AWS Outposts
AMWS has also announced the racks AWS Outpostsdesigned for intensive and high -performance workloads, as well as servidores AWS Oputpostsfor access loads of access to Cloud RAN. In both cases, they allow telecommunications service providers to expand the infrastructure and AWS services to display network functions into facilities that need low latency, high performance and real -time performance. They are indicated for cases for the use of low latency, migration and modernization, data residence and processing of data at local.
In both cases they help Telcos modernize inherited networks, as well as accelerate the deployment of cloud and virtualized networks. In addition, this offer expands the infrastructure and secure cloud services without interruptions from the AWS regions and the large metropolitan areas to the data centers in customer facilities and in points of the periphery. The two are today In trial period and will be available throughout 2025.
Racks AWS Outposts are designed for work loads in intensive network and high performance facilities, offering an efficient cost traffic scaling to meet the performance needs in the workloads of the UPF and RAN CU nucleus. Thus, mobile operators can have flexibility to place workloads at different points depending on the latency, performance and traffic aggregation requirements, enabling advanced cases of 5G.
These racks have new exposed metal instances based on Intel Xeon Scalable of 4th Generation (Sapphire Rapids) by Amazon Elazon Elastic Compute Cloud (Amazon EC2) with a high -performance exposed metal bad metal, with key benefits for telcos. Among them the SOPporte for workloads in intensive network and high performance facilities; improved safety and performance with AWS Nitro System; automated management, management and scaling; and improvement of operational efficiency with regional AWS services.
On the other hand, AWS OUTPOST servers are designed from scratch for cloud work loads, complying with requirements such as the form, environmental factor, synchronization, transportation and performance latency, to host critical workloads of RAN DU at the end. For example, in Ran cell towers.
These servers, developed in collaboration with Nokia. They allow Telcos to take advantage of the infrastructure and cloud services to display virtualized ran solutions, accelerating the adoption of 5G and enabling new services. AWS is also working with other RAN suppliers to integrate their accelerating cards in the future.
Among the advantages of these servers for Telcos are the following: REDUCTION OF OPERATIVE COMPLEXITY WITH PREINTGRADED CLOUD INFRASTRUCTURE, IMPROVEMENTS IN INNOVATION Thanks to its cloud capabilities, high performance and additional computing options with AWS Graviton3 processors and preintegration with RAN suppliers. Several operatorslike Telefónica, Orange and Du Network They will start developing pilots to validate evidence With these servers throughout this year.
