🖥️ Linux Virtual Machines
Full Linux virtual machines with dedicated resources and deep customization.
Designed for workloads that require full OS control, kernel isolation, and advanced hardware features.
Each VM receives dedicated vCPUs, memory, and storage for predictable performance and isolation.
Hypervisor-based isolation secures VMs from one another and from the host kernel space.
Point-in-time snapshots and incremental backups for safe updates and fast recovery.
Private networks, floating IPs, VPC peering, VLANs, and custom firewall rules for production needs.
Move running VMs between hosts with minimal downtime for maintenance and load balancing.
Root access, custom kernel modules, and the ability to install any software compatible with the chosen Linux distro.
We currently offer Linux-based VMs only — choose from widely used distributions tuned for virtualized environments.
Long-term support releases and latest versions with cloud-init and optimized cloud images.
Stable, minimal images ideal for servers and appliances.
Enterprise-compatible distributions for RHEL workloads and compatibility.
Bleeding-edge packages for testing and development environments.
Flexible choices for both stable and rolling-release models.
Upload or request custom images preconfigured for your workloads (approval required for custom kernels).
Pick a pre-configured tier or create a fully custom VM with the exact resources you need.
Entry-level VMs for lightweight services and development
Balanced resources for production web apps and services
High CPU and memory for compute-intensive tasks
High-capacity storage options with fast IO profiles
Maximize RAM for in-memory databases and caching
Choose vCPU count, cores per socket and set CPU pinning or dedicated reservations for consistent performance.
Allocate large memory profiles with hot-add and ballooning support where applicable.
Multiple backend types (SSD, NVMe, networked volumes) with RAID-like redundancy and snapshot policies.
Advanced NIC features including SR-IOV, multiple NICs, private networks, and bandwidth shaping.
Deploy any supported Linux distribution. Bring-your-own-image (BYOI) supported with kernel compatibility checks.
Hardware passthrough, nested virtualization and hardened security profiles for compliance workloads.
Run any Linux kernel, install kernel modules, and use low-level tooling that requires full OS access.
Dedicated vCPUs and reserved memory reduce noisy-neighbor risk, delivering stable performance for production workloads.
Snapshots, live migration, and backups enable robust maintenance and disaster recovery strategies.
PCI passthrough, GPU access, and SR-IOV provide capabilities necessary for ML, rendering, and high-performance networking.
Dedicated hosts and hardened images help satisfy regulatory and compliance requirements.
SSH access, full system logs, and traditional Linux tooling make administration straightforward.