A Virtual Private Server gives you dedicated compute, full root access, and the freedom to run whatever your workload demands. We deploy, configure, secure, and monitor VPS instances for AI inference, application hosting, agents, and automation, hardened before they take a single request.
Between hyperscaler complexity and shared hosting limits sits the VPS: dedicated resources at a fixed price, full control, and no per-request billing. For the right workloads it is the most honest infrastructure there is.
Workloads with steady, predictable load pay a serverless premium for elasticity they never use. On a VPS the same workload runs at a flat monthly price you can recite from memory.
For private AI inference, the case is even stronger: a GPU-equipped VPS runs open-source models behind an OpenAI-compatible API, so sensitive prompts and documents never leave infrastructure you control.
And for always-on agents and automations, a VPS provides the persistent home that serverless platforms make awkward: long-lived processes, webhook endpoints, schedulers, and bots that simply keep running.
GPU-equipped VPS running vLLM, llama.cpp, or other inference engines. Private LLM hosting with OpenAI-compatible APIs on your own infrastructure.
Web apps, APIs, background workers, and scheduled jobs. Dockerized deployments with reverse proxy (Nginx/Caddy), SSL, and health monitoring.
Always-on servers for AI agents, bots, and autonomous systems. Persistent processes, webhook endpoints, and multi-channel connectivity.
SSH key-only access, fail2ban, firewall configuration, automatic security updates, and encrypted storage. Every server is hardened before it takes traffic.
CPU, memory, disk, and process monitoring with Prometheus and Grafana. Alerts fire to Slack, email, or webhook when thresholds are breached.
Tailscale mesh networking, VPN tunnels, private DNS, and reverse proxy configuration. Secure connectivity between your VPS and existing infrastructure.
An unhardened VPS on the public internet is scanned within minutes of boot. This checklist is not optional and it is not billable extra; it is simply how a server leaves our hands.
| Control | Default state on the internet | State after our hardening |
|---|---|---|
| Access | Password SSH, root login open | Key-only SSH, root login disabled, per-operator accounts |
| Network | All ports answering | Deny-by-default firewall; only proxied service ports exposed |
| Brute force | Unlimited login attempts | fail2ban banning repeat offenders automatically |
| Patching | Manual, therefore never | Unattended security updates with scheduled reboots |
| Transport | Plain HTTP | SSL everywhere via the reverse proxy, auto-renewed |
| Visibility | No idea what the box is doing | Metrics, logs, and alerts to your channel of choice |
Answer three questions and get an indicative sizing class. Real sizing follows measurement, but this gets the conversation started honestly.
Both, usually. Steady always-on workloads and private inference favor a VPS; spiky, elastic, or heavily managed workloads favor cloud services. We run hybrid setups routinely and will tell you honestly where each piece belongs.
You do, fully: it is your provider account and your keys. Our access exists only if you keep us on for operations, through named accounts you can revoke in one command.
Monitoring pages before users notice, documented restore procedures bring services back from tested backups, and for critical workloads we design standby capacity. Failure is planned for, not hoped against.
Yes. We containerize what you run today, rehearse the cutover, and move traffic with minimal downtime, leaving the old environment intact until the new one has proven itself.
Tell us the workload. We will spec, harden, and deploy the box it deserves.