Remote Development Environment Hosting
An always-on Linux machine in our data centres that you treat as your primary dev box. Connect from VS Code, JetBrains, or a terminal and get fast compiles, persistent sessions, and every core reserved for you.
A remote development environment is a machine that lives in our data centres and that you connect to from your laptop over SSH. Your editor, terminal, builds, and background processes all run on fast, always-on hardware instead of draining a laptop — and because it is a dedicated machine, the CPU, memory, and storage are never shared, so compiles and test runs stay quick no matter what your neighbours are doing.
Always-on & persistent
Sessions, builds, and processes keep running across laptop reboots and disconnects — pick up exactly where you left off.
Connect from any editor
VS Code Remote-SSH, JetBrains Gateway, Cursor, or a plain terminal — it is a standard Linux box your tools already understand.
Fast compiles off your laptop
Offload heavy builds and test suites to dedicated cores and NVMe, and keep your laptop cool and quiet.
Reproducible for the team
Share one consistent environment and toolchain so everyone builds against the same setup.
Connect with the editors you already use
Point your local editor at the box over SSH and keep working exactly as you do now — just with more horsepower behind it.
VS Code Remote-SSH
Open the remote filesystem in VS Code as if it were local; extensions and terminals run on the server.
JetBrains Gateway
Run IntelliJ, PyCharm, GoLand and the rest as thin clients against the machine.
SSH + tmux / Neovim
A classic terminal workflow with sessions that survive disconnects and reboots.
Dev Containers
Reproducible, containerised toolchains your whole team can share.
Cursor & AI agents
Run AI-assisted editors and CLI coding agents on always-on hardware — see our agentic coding page.
Git, Docker & CI runners
Full root to install any runtime, self-host a CI runner, and build without limits.
Why dedicated hardware for this
Shared hosting and noisy-neighbour VPS plans compromise on exactly the things this workload needs. A whole machine removes those compromises.
What to look for in a machine
A few things worth weighing when you pick a configuration for this workload.
CPU single-thread speed
Compiles, linters, and interactive editing lean on fast single-thread performance more than raw core count.
Memory headroom
Language servers, containers, and parallel builds add up quickly — size RAM with headroom to spare.
Fast NVMe storage
Repos, dependency caches, and container images are IO-heavy; NVMe keeps everything snappy.
Dedicated Server Management Panel
A powerful self-service management panel that puts you in full control of your dedicated server hardware
One-Click OS Reinstall
Reinstall your operating system in minutes. Choose from AlmaLinux, Debian, Ubuntu, Rocky Linux, Proxmox VE, and more — all available on demand.
Statistics & Monitoring
Real-time traffic, CPU, and resource usage statistics. Keep tabs on your server health with detailed graphs and activity logs.
Rescue & Recovery
Boot into rescue mode when you need it. Recover from misconfigurations or locked-out systems without waiting on support.
Power Controls
Start, stop, restart, and power cycle your server remotely. Full IPMI-level power management from your browser.
The Best DDoS Protection
Always ActiveAll services come with comprehensive L4 and L7 DDoS protection powered by Cosmic Global Networks, ensuring your infrastructure stays secure and available 24/7.
Frequently Asked Questions
Anything that speaks SSH: VS Code Remote-SSH, JetBrains Gateway, Cursor, or a plain terminal with tmux and Neovim. The machine is a standard Linux box, so your usual workflow just works.
Yes. The machine is always on, so your environment, sessions, and background processes persist across laptop reboots and disconnects.
Yes. It is a dedicated machine that is entirely yours — install any runtime, container engine, or tool, and configure the OS however you like.
A VPS shares a physical host with other tenants, so CPU and IO are oversubscribed. A dedicated machine reserves every core, all the RAM, and the full disk for you, which is what keeps long builds and multiple sessions responsive.
Yes. With full root you can run Docker, Docker Compose, and Dev Containers natively for reproducible, shareable toolchains.
Related use cases
AI Agentic Coding
A dedicated box for running AI coding agents 24/7 — Claude Code, Codex, Cursor and more, unattended, no GPU needed.
Remote Desktop / Windows
A dedicated Windows Server you reach over RDP — desktops, apps, and automation on hardware that is 100% yours.
Virtualization & Proxmox
Run Proxmox VE, VMs, and containers on bare metal — your own private cloud with full root control.
Ready to build it?
Pick a dedicated machine sized for the job, or tell our team what you are running and we will recommend the right hardware.