Websites, APIs, and SaaS backends
Run reverse proxies, app servers, workers, queues, and small databases on one VPS, then split services later when traffic or reliability needs justify it.
Pulsar67 is built around practical virtual servers: isolated KVM machines, root access, predictable resources, included mitigation, and enough recovery tooling to run real workloads with confidence.
Daily backups are included on Pulsar Pro and Pulsar Enterprise. Nano and Starter still include the same VPS control model, networking, console access, and snapshots.
This page is about what you can actually do with the server: install software, run services, recover access, store data, expose ports, and operate the workload over time.
Each VPS runs as an isolated KVM virtual machine. You get your own operating system environment, root access, firewall rules, services, users, package manager, and runtime stack.
Enterprise SAS SSD storage is included across the plan lineup for application files, databases, logs, queues, and package installs. Use snapshots before upgrades and backups on higher tiers for another recovery layer.
Always-on L3/L4 DDoS mitigation is included for public services like websites, APIs, game servers, VPN endpoints, and TCP or UDP apps. You still control the host firewall and application security.
Bring your own stack: Nginx, Caddy, Apache, Docker, PostgreSQL, Redis, Node.js, Python, Rust, WireGuard, control panels, or plain systemd services. If it runs on a normal VPS, it belongs here.
A quick comparison of what the platform feature actually gives you and why it matters for VPS workloads.
| Feature | What it gives you | Why it matters |
|---|---|---|
| KVM virtualization | A full virtual server with OS-level control instead of a limited shared hosting panel. | Run Docker, custom kernels where supported by the OS, firewall rules, background workers, and your own services. |
| Root SSH access | Administrative access to install packages, configure daemons, harden SSH, and automate deployment. | You are not locked into one web stack or a narrow managed-hosting workflow. |
| Browser console | Out-of-band access when a firewall rule, SSH config, boot issue, or network service breaks remote login. | Recovery is possible without immediately rebuilding the server or waiting for manual intervention. |
| Enterprise SAS SSD | Solid-state storage for application files, databases, logs, and package operations. | Disk performance and consistency affect web apps, databases, game servers, and self-hosted tools more than most people expect. |
| Snapshots | A point-in-time rollback option before upgrades, migrations, control panel installs, or firewall changes. | You can move faster without treating every major change like a rebuild-risk event. |
| Daily backups on Pro and Enterprise | Additional recovery coverage for larger or more important workloads. | Snapshots are great for change safety; backups are better for longer-running operational recovery. |
| Dedicated IPv4 plus IPv6 | A public IPv4 address for normal compatibility and IPv6 support for modern routing and DNS. | Host websites, APIs, game servers, VPNs, mail-adjacent tooling, and services that need stable public addressing. |
| L3/L4 DDoS mitigation | Always-on protection at the network edge for common volumetric attacks. | Public services should not need a surprise add-on just to avoid basic traffic floods. |
| Published SLA and engineer support | A documented uptime target, status visibility, and a support path for platform issues. | When something affects the host, network, virtualization layer, or billing, you need a real operational answer. |
The platform is intentionally straightforward: pick a plan, deploy a virtual server, install what you need, and scale up when the workload actually grows.
Run reverse proxies, app servers, workers, queues, and small databases on one VPS, then split services later when traffic or reliability needs justify it.
Use public ports, mitigation, and predictable RAM to host Minecraft, Valheim, Factorio, voice tools, forums, and companion web panels.
Host personal clouds, password managers, DNS tools, dashboards, monitoring, and automation without depending on a shared web-hosting environment.
Run WireGuard, OpenVPN, reverse tunnels, DNS filtering, and small edge services on a server you control.
Use a VPS as a realistic environment for package builds, staging deployments, CI helpers, demos, and always-on internal tools.
CPU and RAM usually decide the plan. Storage, bandwidth, and backup needs help confirm the right tier.
Bots, uptime checks, tiny APIs, lightweight VPNs, testing, and simple automation.
Static sites, WordPress with caching, small APIs, Docker testing, DNS tools, and hobby projects.
Web apps with workers, moderate databases, game servers, control panels, and workloads that need daily backups.
Larger databases, busy apps, multi-service hosts, larger game communities, search indexes, and heavier Docker stacks.
Need exact pricing, bandwidth, backup differences, and order links?
Compare PlansA VPS is not only about the launch button. The recovery, support, and visibility pieces matter once customers are using the service.
Take a snapshot before major package upgrades, firewall changes, database migrations, control panel installs, or risky deploys.
View plansUse the public status page and published SLA to understand platform availability and maintenance context.
Read SLAOpen a ticket when you need help with the host, network, virtualization layer, billing, or service behavior.
Contact supportStart small, install your stack, and move up when the workload needs more CPU, memory, storage, bandwidth, or backup coverage.