IDEMIA DAKOTA Auto M2M

Introducing IDEMIA DAKOTA Auto M2M, a solution designed by IDEMIA to provide seamless IoT connectivity with robust eSIM solutions. According to the vendor, this product is specifically tailored for small to large enterprises in various professions and industries, including mobile network operators, device manufacturers, IoT stakeholders, the automotive industry, and the consumer and industrial IoT industry.

Key Features

Simplified device management: IDEMIA DAKOTA Auto M2M aims to optimize device distribution and management once deployed in the field. According to the vendor, it streamlines logistics and provides convenience in managing IoT devices. The solution offers efficient device provisioning and aims to simplify the deployment process.

End-to-end security: The DAKOTA Auto M2M solution is designed to ensure the confidentiality of application data through its highly secure operating system (OS) and built-in hardware-based cryptography. The vendor claims that it provides robust security measures to protect sensitive data transmitted by IoT devices. The solution incorporates industry-standard security protocols and encryption algorithms to safeguard against unauthorized access and data breaches.

Lasting IoT connectivity: According to the vendor, MNO profiles can be downloaded over-the-air (OTA), allowing for easy updates and extended device lifetime. It aims to eliminate the need for on-site visits by enabling OTA updates and provisioning of MNO profiles. The solution also supports OS updates, ensuring compatibility with evolving IoT network technologies and protocols.

Interoperability with IoT networks: IDEMIA DAKOTA Auto M2M is said to be compatible with a wide range of hardware and software applications operating within high latency NB-IoT and high throughput 5G networks. The vendor claims that it provides flexibility to connect devices in various verticals, including connected cars, consumer IoT objects, and industrial IoT objects. The solution aims to offer seamless integration with different IoT networks, enabling reliable and efficient connectivity.