Description: Nutanix AHV is a hypervisor that provides virtualization capabilities to run virtual machines. Designed to integrate natively with Nutanix’s hyper-converged infrastructure platform, AHV allows organizations to efficiently and scalably manage their computing, storage, and networking resources. This hypervisor is characterized by its simplicity in deployment and management, making it an attractive option for companies looking to optimize their IT operations. AHV supports multiple operating systems and applications, facilitating the creation and management of virtual environments. Additionally, it includes advanced features such as live migration of virtual machines, high availability, and disaster recovery, ensuring continuous and reliable operation. Its architecture is designed to maximize performance and efficiency, allowing companies to reduce operational costs and improve agility in service delivery. In a world where virtualization is key to digital transformation, Nutanix AHV positions itself as a robust and flexible solution that adapts to the changing needs of modern organizations.
History: Nutanix AHV was launched in 2015 as part of Nutanix’s hyper-converged infrastructure platform. Since its introduction, it has evolved to include advanced features and improvements in the management of virtual resources. The company has worked to integrate AHV with its storage and networking solutions, allowing for a smoother and more efficient user experience.
Uses: Nutanix AHV is primarily used in enterprise environments for server virtualization, allowing organizations to run multiple applications on a single physical hardware. It is also employed in creating development and testing environments, as well as in implementing disaster recovery and high availability solutions.
Examples: An example of using Nutanix AHV is in a financial services company that needs to run critical applications in a virtualized environment to ensure business continuity. Another case is that of a technology company using AHV to develop and test new applications in an isolated environment before deploying them in production.
