VPS with high single-core performance.
Most applications depend on one fast core, not many of them. We run Ryzen 9 only, and we place fewer VPS per processor than the market does. Fewer neighbors competing, more clock left over for you.
Why two "identical" VPS deliver different performance.
When you compare VPS, you usually look at cores, RAM, disk and price. But there's one variable no plans page tells you about: how many VPS the provider is allocating on the same physical processor.
Dozens of machines sharing the same 32 threads. Works fine overnight; chokes at the hour your project needs it.
Far fewer VPS per processor, with a cap set per node. The clock you measure at 3 AM is the same as at 8 PM on a Tuesday.
Almost everything that runs on a VPS depends on one fast core.
WordPress processes each request on one thread. A game server runs its logic on a few. Bots and APIs handle operations in sequence. Four fast cores deliver more than eight cores fighting over the same processor.
Sites and e-commerce
Each request is processed on one thread. The response time your visitor feels is the clock of one core, not the sum of them: doubling the core count doesn't make the page open faster.
- What holds you back
- PHP response time on every request.
- What solves it
- A fast, uncontended core, with NVMe for the database queries.
Game servers
The game's main loop runs on a single thread. Stable tick rate depends on consistent clock from the start of the session to the end, not on how many cores show up on the plan.
- What holds you back
- Tick drops when the core shares time with neighbors.
- What solves it
- High, predictable clock, with DDoS protection filtering before it reaches the server.
Bots, APIs and automations
Short, sequential operations, one after another. The latency of each response is defined by the speed of one core, not by the total thread count.
- What holds you back
- A queue of short requests piling up.
- What solves it
- Lower latency per operation, with a regionally optimized network route.
Databases
Simple queries and transactions are mostly single-threaded. A faster core reduces the time of each query and, with it, the time of everything that depends on it.
- What holds you back
- The time of each query and each commit.
- What solves it
- A fast core with NVMe and high-frequency DDR5 memory.
Development environments
Predictable build, test and deploy are worth more than peak throughput. You want the same pipeline to take the same time today and three months from now.
- What holds you back
- Builds that take a different time on every run.
- What solves it
- Reserved resources, with no variation from other customers' load.
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Protection you don't need to take on faith. You see it.
Our dashboard shows your VPS traffic in real time. Every packet that comes in, every attack that gets filtered: all visible, anytime. It's not a report that arrives by email once a week. It's live.
Permanent mitigation.
Traffic filtered 100% of the time, not "activated when there's an attack". Your protection is never sleeping.
Zero added latency.
Filtering doesn't impact your users' ping. Unlike protections that add hops, ours is invisible to whoever uses it.
L7 filters built by our own engineering.
Specific filters for different application types: web, games, APIs. It's not generic protection.
World-class mitigation infrastructure.
We run on top-tier technology to guarantee capacity against any scale of attack.
Inbound traffic · L3/L7 protection
vps-12-sp04 · 200.96.xxx.xxx · 60s windowReal-time throughput
L3/L4 + L7 · 60s windowWhat most providers charge extra for is already in the price here.
Compare the invoice, not the table. A VPS advertised as cheap usually becomes a different number once you add what was missing.
How traffic reaches your VPS.
From click to SSH in under 5 minutes.
No approval queue, no ticket, no confirmation call. Everything we automate exists to get us out of your way.
Need a specific ISO or a non-standard configuration? Talk to the team before signing up. That's when people join the process.
- 01
Payment confirmed
Pix and card confirm within seconds, straight from the gateway.
- 02
Machine created on the node
vCPU and RAM reserved, NVMe disk allocated, public IP assigned.
- 03
System installed
Image applied and first boot with your root password and hostname.
- 04
Protection tied to the IP
Permanent mitigation comes with the service. You don't have to enable it.
- 05
Access released
IP, root password and console show up in the panel. You can connect.
Pick the system you prefer.
Install and reinstall from the panel, as many times as you need. If you use a specific ISO or a non-standard configuration, talk to the team before signing up.
VPS questions.
If it made sense,
start here.
Up to Up to 30-day trial. Don't like it, we refund.