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Run self-hosted AI and automation applications on a root-access KVM VPS, with optional one-click installs.

Trace packets through the Windows networking stack

Managed Nebula networking with certificate rotation and SSO

Configure a Linux VPS plan with a chosen resource size, management level, and control panel.

Record interactions with an emulated SSH or Telnet service

Deploy root-access Linux, Windows, or FreeBSD servers from a control panel or API.

Provision Linux or Windows virtual machines with configurable storage and networking.

Deploy Dockerized web applications and managed databases with Aptible handling container releases and the underlying application infrastructure.

Build event-driven applications with a cross-platform asynchronous I/O library.

Use Linux networking tools with kernel-aware versions

Monitor application, database, server, and web-transaction health from one managed console.

Deploy Linux or Windows virtual machines with Azure portal, CLI, or PowerShell workflows.

A terminal-native editor built around multiple selections, syntax-aware navigation, and language-server features.

Deploy Linux virtual machines with selectable regions, images, CPU plans, and SSH access.

Provision self-hosted development workspaces that developers can open through a browser IDE or desktop editor.

Practical networking and cybersecurity training.

Servers, networking and storage hardware coverage

Run your own Linux stack on a root-access VPS while InMotion maintains the underlying hardware and network.

Choose a managed or self-managed KVM VPS with root access.

Monitor websites and network services with protocol-specific checks, alerts, and private-network agents.

Monitor servers, databases, middleware, and network services through agentless collection and built-in alerts.

Configure cloud virtual machines by region, operating system, and resource profile.

Provision GNU/Linux or Windows virtual machines on Infomaniak's OpenStack-based Public Cloud.

Launch containerized applications as globally placed virtual machines using the Fly CLI.