- Processor
Intel/AMD 1 Core - RAM
1GB Memory - DISK
25GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 2 Core - RAM
2GB Memory - DISK
40GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 2 Core - RAM
3GB Memory - DISK
60GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 3 Core - RAM
4GB Memory - DISK
80GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 3 Core - RAM
6GB Memory - DISK
100GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 4 Core - RAM
8GB Memory - DISK
160GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 4 Core - RAM
12GB Memory - DISK
200GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 8 Core - RAM
16GB Memory - DISK
240GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
- Processor
Intel/AMD 16 Core - RAM
32GB Memory - DISK
360GB Space - Bandwidth
Upto 1Gbps Unmetered - OS
Windows Server - Panel
Powerful Control Panel - Location
USA (6+ states) - Access
Full Admin Access - Setup
Instant to 4hrs max - Backup
Free/Paid Available
What Is a Self-Hosted CI Runner?
A self-hosted runner is a machine you own that connects to GitHub Actions or GitLab CI and runs your pipeline jobs — builds, tests and deployments — instead of the provider's hosted runners. You install the runner agent on your VPS, register it with your repository or organization, and your workflows run on your hardware.
Teams self-host runners for three reasons: cost (hosted CI minutes get expensive as builds grow; a VPS is a flat monthly price), speed (a persistent runner keeps caches, dependencies and Docker layers warm between runs, so builds are much faster than a cold hosted runner), and control (pre-install exactly the tools, SDKs and secrets your pipeline needs, and access your private network). A VPS with full root is the ideal home for one.
Self-Hosted Runner vs Hosted CI Minutes
Why growing teams bring CI in-house.
Factor | Hosted runners | VostRDP Self-Hosted Runner |
| Pricing | Per build minute | Fixed from $7.99/mo |
| Build speed | Cold start each run | Warm cache, faster builds |
| Environment | Fixed image | Your tools, versions, secrets |
| Concurrency | Limited by plan | Your resources, your rules |
| Private network access | No | Yes |
| Best for | Occasional builds | Frequent builds at scale |
Why Self-Host Your CI Runner on VostRDP
Faster, cheaper and fully yours.
Run unlimited pipeline minutes for a fixed monthly price — a big saving for teams with frequent or heavy builds.
A persistent runner keeps dependency, Docker-layer and build caches warm between runs, cutting build times dramatically.
Pre-install the SDKs, compilers, tools and versions your pipeline needs — no fighting a fixed hosted image.
Secrets and source stay on a server you control, and the runner can reach your private network and internal services.
Install Docker to run container builds, matrix jobs and Compose-based test stacks.
The runner stays online and ready, so jobs start immediately without cold-start delays.
What You Can Run
Pipelines our customers self-host.
Compile, lint and test any stack — Node, Python, Go, Java, Rust — on every push.
Build and push container images with a warm layer cache.
Deploy to your servers or cloud straight from the pipeline, with network access.
Run heavy test matrices and end-to-end suites without minute limits.
Fast incremental builds for large repos that burn hosted minutes.
Nightly builds, releases and maintenance tasks on your own runner.
How to Set Up a Self-Hosted Runner
Registering a runner takes a few minutes — here's the GitHub Actions flow (GitLab is similar):
- Deploy a VPS (2GB+ RAM; more for heavy builds) and connect over SSH.
- Install build tools / Docker your pipeline needs (
curl -fsSL https://get.docker.com | shfor container builds). - Add a runner in your repo or org settings (Settings → Actions → Runners) and copy the registration command.
- Install & configure the runner on the VPS with that command, then run it as a service so it stays connected.
- Target it in your workflow with
runs-on: self-hosted— your jobs now run on your server with warm caches. - Scale by adding more runners or a bigger VPS as your pipeline grows.
Frequently Asked Questions
Everything you need to know before you deploy.
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It's a machine you own that runs your GitHub Actions jobs instead of GitHub's hosted runners. You install the runner agent on your VPS, register it with your repo or organization, and target it with
runs-on: self-hosted.
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For frequent or heavy builds, yes. Hosted CI bills per minute, which adds up fast; a VPS is a flat monthly price from $7.99 with unlimited pipeline time — so self-hosting pays off quickly for active teams.
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Usually, because a persistent runner keeps dependency, Docker-layer and build caches warm between runs, avoiding the cold start of hosted runners. Dedicated CPU and NVMe also speed up builds.
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Yes. The same VPS can host a GitLab Runner — install the runner, register it with your project or group, and your pipelines run on your server. The concept is identical to GitHub Actions.
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Yes. Install Docker on the VPS and your pipeline can build and push images with a warm layer cache, run container-based jobs and spin up service containers for tests.
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2GB handles light builds; compiling large projects, running test matrices or building Docker images is more comfortable at 4GB+. Size the plan to your heaviest job and scale up as needed.
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Yes — unlike hosted runners, a self-hosted runner on your VPS can reach internal services, private registries and databases it's allowed to connect to, which is useful for deployments and integration tests.
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It's a single-tenant server you control, so secrets and source stay on your infrastructure. Follow best practices — use it for trusted repos, keep it updated, and isolate build steps — especially for public repositories.
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Yes — register several runner instances for more concurrency, limited by your CPU and RAM. Scale the plan up when you need more parallel jobs.
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PayPal, PerfectMoney, Bitcoin, Bank Transfer, PayTM, and Indian debit/credit cards.
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Most servers are provisioned instantly (4-hour maximum), and registering the runner takes just a few minutes.
