Yes. XaasIO Virtualization is a KVM-based alternative for organizations moving appropriate workloads away from VMware vSphere and related proprietary virtualization infrastructure.

It provides virtual machine provisioning, templates, snapshots, high availability, live migration, flexible storage, backup integration and software-defined networking. Existing workload, networking, storage and operational dependencies should be assessed before migration.

Yes. High availability can restart protected virtual machines on healthy cluster nodes following a host failure.

Live migration can move running virtual machines between compatible hosts during planned maintenance. Migration behaviour depends on shared storage, processor compatibility, network capacity, workload activity and virtual device configuration.

Please use minimal interruption and do not publish an unconditional zero-downtime claim.

XaasIO Virtualization supports software-defined networking based on Open vSwitch, including VLAN networks and VXLAN overlay networks.

XaasIO NFV extends the platform with virtual routing, network segmentation, virtual firewalls, VPN services and load balancing.

XaasIO NFV provides selected networking and security capabilities commonly required in virtualized data centers, including overlay networking, virtual routing, segmentation, firewalls, VPN services and load balancing.

It should not be described as a complete feature-for-feature replacement for every VMware NSX deployment. XaasIO must first assess the customer’s existing NSX usage, security policies, routing model, microsegmentation requirements and third-party integrations.

Yes. XaasIO Virtualization can be deployed within private, sovereign, regulated and air-gapped data centers.

Core virtualization and management operations do not require an external SaaS control plane. Repositories, updates, identity, monitoring, backup and support procedures can be aligned with the customer’s network-isolation policies.

Compatibility depends on the guest operating-system version, virtual drivers, application dependencies, licensing requirements and vendor support policies. During migration, XaasIO validates each workload and installs or updates the required KVM-compatible drivers.

Migration begins with an assessment of virtul machines, applications, storage, networks, dependencies, performance and business criticality. Workloads are then grouped into controlled migration waves.

>Virtual disks and configurations are converted or imported into the KVM environment. Guest drivers are validated, storage and network mappings are applied, and application testing is completed ,before production cutover.

Each production migration wave should include validation criteria and a rollback plan.

XaasIO Virtualization supports VM snapshots, scheduled backup operations and integration with supported data-protection platforms.

Disaster recovery is designed according to the required recovery point objective, recovery time objective, site topology, replication method and application dependencies.

Backup, high availability and disaster recovery must be presented as separate capabilities.

XaasIO Virtualization scales by adding KVM compute nodes, expanding external shared storage or adding Ceph capacity to a hyperconverged cluster.

The appropriate design depends on processor generation, memory capacity, workload density, storage performance, network bandwidth, failure domains and operational requirements.

Do not publish an unsupported universal maximum cluster size.

XaasIO Virtualization is suitable for enterprises, government agencies, financial institutions, regulated organizations, service providers and data centers that operate long-lived Windows and Linux virtual machines.

It is particularly relevant for organizations evaluating a VMware exit, retaining existing SAN or NAS infrastructure, deploying Ceph-based HCI, operating air-gapped infrastructure or standardizing VM operations on KVM.