Confidential Servers - Cryptocurrencies accepted

Confidential Computing Servers

☆☆☆☆☆

True hardware-enforced security with AMD SEV. Your data stays encrypted in memory and on disk - only you control the keys. Priced comparable to dedicated servers - get VPS flexibility with dedicated-class performance and hardware-enforced security.

True hardware-enforced security with AMD SEV. Your data stays encrypted in memory and on disk - only you control the keys. Priced comparable to dedicated servers - get VPS flexibility with dedicated-class performance and hardware-enforced security.

AMD SEV memory encryption

AMD SEV Memory Encryption

Each VM memory space is encrypted by the CPU, so the host cannot access your workload.

Always-on disk encryption

Always-On Disk Encryption

Disk encryption is enabled by default to protect data at rest and backups.

Customer-controlled keys

Customer-Controlled Keys

Keep control of decryption keys and secure recovery workflows in the control panel.

Dedicated-class CPU

AMD EPYC Performance

Dedicated-class CPU resources with instant provisioning for production workloads.

NVMe storage

NVMe Storage

Low-latency NVMe delivers fast, predictable I/O for sensitive applications.

Swiss data residency

Swiss Data Residency

Hosted in Switzerland with ISO-certified facilities and strong privacy laws.

The Simple Explanation

AMD Secure Encrypted Virtualization (SEV) is like having a personal vault inside the server's processor. Your data is encrypted by the CPU itself using keys that only your virtual machine knows - not the hosting provider, not the hypervisor, not even someone with physical access to the server.

Think of it as the difference between renting a room with a lock (traditional VPS) versus renting a bank vault where only you have the combination (AMD SEV). Even the bank owner can't see what's inside.

Why This Changes Everything

Zero-Trust Architecture: You don't have to trust the hosting provider, the hypervisor, or other tenants. The hardware guarantees your data stays encrypted and isolated - it's mathematically impossible for anyone else to access it.

Complete Data Protection: Your data is encrypted in memory (RAM) and on disk. Even if someone steals the physical server or gains root access to the host system, they can't read your data. It's protected by hardware, not just software.

You Control the Keys (Industry First): We're the only provider offering both encrypted RAM (AMD SEV) and encrypted disk with user-controlled decryption keys. Our exclusive control panel lets you manage keys and decrypt your server on reboot - no console mess, no shared access. Just simple, secure control.

Incredibly Easy to Use

Despite the advanced security, using our Confidential Computing Servers is as simple as any VPS:

Instant provisioning

Your encrypted server is ready in under 60 seconds

No configuration needed

Encryption is enabled automatically, no complex setup

User-friendly control panel

Manage encryption keys with a simple web interface

Works with your existing apps

Compatible with Linux and Windows Server

Enterprise security without the enterprise complexity

FeatureConfidential ServerStandard VPSDedicated Server
Hardware-Enforced EncryptionAMD SEV (RAM + Disk)NoneOptional (complex setup)
User-Controlled Encryption KeysYes (exclusive control panel)NoManual configuration required
Protection from Host AccessComplete (mathematically guaranteed)None (host has full access)Physical only (datacenter staff)
Deployment Speed< 60 seconds< 60 secondsHours to days
ScalabilityInstant (upgrade/downgrade)InstantRequires new hardware
PerformanceDedicated-class resourcesShared resourcesFull dedicated resources
Data SovereigntySwiss hosting + hardware encryptionLocation only (no encryption)Location only (manual setup)
Price PointDedicated server pricingBudget-friendlyPremium pricing
Management ComplexitySimple (automated encryption)SimpleComplex (manual security setup)
Zero-Trust ArchitectureBuilt-in (hardware level)Not possibleRequires extensive configuration

Some workloads must remain confidential at all times. Confidential servers are built precisely for that purpose.

Financial Services & FinTech

PCI-DSS, GDPR, and regulatory compliance with hardware-backed confidentiality.

Healthcare & Life Sciences

Secure infrastructure for patient data and medical research workloads with hardware-enforced encryption.

SaaS & Multi-Tenant Platforms

Cryptographic isolation between customer workloads with zero-trust architecture.

High-Performance Databases

MySQL, PostgreSQL, MongoDB with NVMe performance and memory encryption.

Secure Development & CI/CD

Protect intellectual property and secrets in isolated build environments.

Confidential AI/ML Workloads

Train and deploy models on sensitive datasets with hardware-enforced privacy.

AMD SEV Memory Encryption

AMD SEV Memory Encryption

Hardware-enforced isolation encrypts each VM's memory with unique keys. The host cannot access your workload - even with physical access to the server.

Always-On Disk Encryption

Always-On Disk Encryption

AES-256 encryption enabled by default. Your data is protected at rest and in transit with no configuration required.

User-Controlled Decryption

User-Controlled Decryption

Industry-first control panel for managing encryption keys. Decrypt your server on reboot without console access - only you control the keys.

NVMe + 10 GbE Performance

NVMe + 10 GbE Performance

Up to ~90K read IOPS and ~38K write IOPS with sub-millisecond latency on NVMe storage. Dedicated 10 Gigabit Ethernet with no oversubscription.

Swiss Data Protection

Swiss Data Protection

ISO 27001 certified facilities in Switzerland. Strong privacy laws, political neutrality, and 99.99% uptime SLA.

AMD EPYC Processors

AMD EPYC Processors

Enterprise-grade AMD EPYC CPUs with instant provisioning. Scale resources on demand in under 60 seconds.

Looking for a recommendation? Talk to our team and we will help you choose the right configuration.

Cryptocurrencies Accepted

Cryptocurrencies are secure, decentralized digital currencies using blockchain technology for peer-to-peer transactions without central authorities. Bitcoin, created in 2009 by the pseudonymous Satoshi Nakamoto, was the first of thousands of cryptocurrencies now used for trading, investing, remittances, and more. They've spurred innovations like decentralized finance (DeFi), non-fungible tokens (NFTs), and supply chain management, with popular examples including Bitcoin, Ethereum, and Binance Coin.

Dozens of Payment Options

It's in the name! COIN.HOST accepts cryptocurrencies such as Bitcoin (BTC), Tether (USDT), Ethereum (ETH), Dash, Litecoin (LTC), Nextcoin (NXT) and many other tokens and stablecoins. Besides crypto, we accept a wide range of other payment methods and digital currencies including PayPal, VISA, MasterCard, American Express, Discover and Bank Wire.