ZettaScale: Availability of Zetta Cloud-to-Microcontroller Platform
Cloud agnostic platform to unify communication, storage and computation from cloud-to-microcontroller continuum, and to provide integration with mainstream protocols such as DDS, MQTT, OPC-UA and range of databases
This is a Press Release edited by StorageNewsletter.com on June 29, 2023 at 2:01 pmZettaScale Technology announced the availability of Zetta platform to unify communication, storage and computation from the smallest microcontrollers to the largest data centers.
This platform is cloud agnostic and supports provisioning, monitoring and managing the infrastructure across the cloud-to-microcontroller continuum.
At the core of Zetta is ZettaScale’s Zenoh protocol that ensures time, space and energy efficient communication across the continuum.
Additionally, the platform integrates with mainstream protocols, such as DDS, MQTT, OPC-UA, and databases, such as InfluxDB, RocksDB, MariaDB, etc.
“Zetta is the first and only platform that is able to unify communication, computation and storage and to do that with a single underlying technology, which is Zenoh,” said Angelo Corsaro, Ph.D., CEO and CTO. “In addition, it is the only platform on the market that provides users with unconstrained freedom to communicate, compute and store data where it makes the most sense for their systems. This will be a game changer for many domains, including robotics, automotive and IoT, in general. It will lead to faster system development, increased performance and, more importantly, less energy used overall.“
The Zetta platform is available for evaluation here. It is recommended to enroll soon as there are a limited number of evaluations. The company will provide general availability for the platform later this summer.
About ZettaScale Technology
Its mission is to bring every connected human and machine the unconstrained freedom to communicate, compute and store – anywhere, at any scale, efficiently and securely. The French company develops open-source communication middleware that underpins next-genrobotics, transportation and mission critical applications. As devices in the physical world become connected, instrumented and interdependent, it enables device creators to easily achieve robust, secure and scalable communication.