Traditional virtualized architectures have improved efficiency compared to physical systems, but they still have limitations that can hinder data center scalability and performance. What are they? ZeroUno’s interview with AXOL Specialists Luca Ferrario and Daniel Lazaj explains.
The limitations of traditional virtualized architectures
While traditional virtualized architectures represent a significant step forward in the rationalization of server resources compared to dedicated physical systems, they are still associated with a number of challenges that can hinder efficiency and scalability. “One of the main limitations,” explains Luca Ferrario, CEO of AXOL Server, “is the clear separation between components dedicated to computing and those dedicated to storage and networking. This division, which appears logical from the point of view of resource organization, actually creates a series of management complexities that undermine the system’s overall performance.”
AXOL Server: the hyperconverged solution
The hyperconverged infrastructure underpinning AXOL Server’s high-availability clusters provides computing power, storage and networking resources within a single, pre-configured and perfectly balanced system, eliminating many of the setup complexities typical of traditional virtualized architectures. This approach enables simplified management of the entire technology stack, reducing implementation times and the operational costs associated with managing and maintaining virtual machines.
Sustainability and efficiency
AXOL Server customers receive a highly customized configuration, tailored to their specific needs: the result of a collaborative effort carried out hand in hand. “By choice, we don’t have sales representatives,” explains Daniel Lazaj, Project Manager at AXOL Server, “but only AXOL Specialists: technical experts who analyze the customer’s needs and work with them to design the best solution. What sets us apart is our consultative approach, which helps companies achieve their ROI targets more quickly and extends throughout the entire project lifecycle, from the initial contact through to the deployment of these systems and beyond.”
