AI for Virtualization

Updated: July 31, 2023

AI for virtualization refers to the integration of artificial intelligence (AI) technologies and techniques into virtualization platforms and management systems. By leveraging AI, virtualization solutions can optimize the allocation of computing resources, automate performance monitoring, and predict workload demands more accurately. AI can analyze historical data, user behavior, and system performance patterns to make intelligent decisions in real-time, ensuring optimal performance and resource utilization. Additionally, AI-driven virtualization can enhance security by detecting and responding to potential threats proactively. With AI's ability to adapt and learn from data, AI for virtualization holds significant promise in improving efficiency, agility, and security in virtualized environments, empowering organizations to streamline their operations and achieve higher levels of performance and reliability.

See also: Top 10 Virtualization platforms

2019. HiveIO Hive Fabric 7.4 allows to deploy virtualization technology without vendor complexity



HiveIO has introduced version 7.4 of Hive Fabric, a solution designed for Artificial Intelligence (AI) capabilities. This solution enables organizations to deploy virtualization technology without the complexities associated with multiple vendors or the necessity for specialized personnel. In the latest release, users have the option to enhance the security of the desktop broker by enabling two-factor authentication (2FA), requiring end-users to provide both a password and an additional form of validation to access their desktop. Additionally, the introduction of Gateway Mode allows users to deploy a server or virtual machine (VM) running Hive Fabric in a demilitarized zone, effectively bolstering the overall security of the environment by separating roles and responsibilities for each server. Furthermore, administrators now have the convenience of uploading updates or new versions and applying them across the entire cluster with a single click.