Cherry Servers vs Vultr: Which Is Better?

Cherry Servers is a European cloud infrastructure and bare metal provider headquartered in Lithuania. The company provides dedicated servers, virtual servers, cloud VPS and VDS infrastructure for developers, businesses, agencies, startups, Web3 projects and other organizations that need direct control over their computing resources.

Founded more than 25 years ago, Cherry Servers has developed from a local infrastructure project into a global hosting provider with data center locations across Europe, North America and Asia. The company focuses on high-performance infrastructure, flexible billing, automation and direct access to technical support.

Company Overview

Cherry Servers positions itself around the idea of providing cloud infrastructure without unnecessary complexity or vendor lock-in. Its platform combines dedicated bare metal servers with virtual infrastructure, allowing customers to choose between physical hardware and more flexible virtual environments depending on their workload.

According to the company, Cherry Servers has been in business for 25 years, provisions more than 30,000 new servers annually and has recorded an average annual revenue growth of 39% over the previous three years.

The company is headquartered in Lithuania and operates infrastructure in multiple regions around the world. Its current locations include Lithuania, the Netherlands, Sweden, Germany, the United States, Singapore and Japan.

Infrastructure and Data Centers

Cherry Servers operates a distributed infrastructure designed to provide low-latency connectivity and regional deployment options.

Its listed data center locations include:

• Lithuania — Šiauliai
• Netherlands — Amsterdam
• Sweden — Stockholm
• Germany — Frankfurt
• United States — Chicago
• Singapore
• Japan — Tokyo

The company's network uses 10 Gbps connectivity at individual locations and a redundant backbone of more than 100 Gbps, with direct Internet Exchange peering and DoubleZero interconnection.

This geographic distribution allows customers to deploy workloads closer to their users and choose infrastructure based on latency, regional requirements and workload location.

Dedicated and Bare Metal Servers

Bare metal is one of Cherry Servers' core offerings.

Customers can choose from pre-configured instant dedicated servers or order customized hardware for specialized workloads. The company offers current-generation Intel and AMD processors, high-memory configurations, NVMe storage and GPU-capable systems.

Cherry Servers lists dedicated configurations with up to 128 physical CPU cores and up to 768 GB of RAM for its instant server offerings. Custom configurations can reach up to 1,152 GB of RAM and as many as 10 storage disks, with configurations supporting up to 80 TB of NVMe storage.

Instant dedicated servers are designed for relatively fast deployment, while custom servers allow customers to modify hardware components according to their specific requirements.

Virtual Servers and Cloud Infrastructure

Alongside bare metal, Cherry Servers provides virtual infrastructure for workloads that require faster deployment and greater flexibility.

Its virtual server portfolio includes:

• Cloud VPS
• Cloud VDS
• Storage VPS
• Cloud ARM VDS
• Premium VDS
• Performance VDS

Virtual servers can be deployed within minutes and provide root access through SSH or a VNC console. Depending on the configuration, customers can select shared or dedicated resources, NVMe or HDD storage and different operating systems.

Cherry Servers also introduced ARM-based virtual dedicated servers in its Lithuania location, expanding its infrastructure options for workloads where performance-per-watt and ARM compatibility are important considerations.

Hardware and GPU Infrastructure

Cherry Servers supports compute-intensive workloads through modern AMD and Intel processors, high-memory systems and GPU-enabled infrastructure.

Its current server portfolio includes AMD EPYC, Ryzen and Threadripper processors, including newer generations of AMD hardware. GPU accelerators are available on selected custom server configurations for artificial intelligence, machine learning, deep learning and other compute-heavy workloads.

This makes the platform suitable for applications that require substantially more CPU, memory or dedicated hardware resources than conventional shared hosting environments.

Network and Connectivity

Network performance is an important part of Cherry Servers' infrastructure strategy.

The company operates locations connected through high-capacity network infrastructure and direct Internet Exchange peering. Its current platform advertises 10 Gbps connectivity and up to 100 TB of included traffic on selected dedicated server configurations.

Cherry Servers also participates in the DoubleZero network, connecting several of its European data centers to a high-performance network designed for distributed systems and latency-sensitive workloads.

Developer Automation

Cherry Servers provides several tools for customers who prefer infrastructure-as-code and automated provisioning rather than manual server management.

The platform supports:

• REST API
• CLI
• Python SDK
• Go SDK
• Ansible
• Terraform

This allows development and DevOps teams to integrate server provisioning into existing deployment pipelines and infrastructure-as-code workflows.

The Client Portal provides another way to manage infrastructure, including server deployment, configuration and account management.

Operating Systems

Cherry Servers supports a broad range of Linux distributions and virtualization platforms.

Available operating systems vary by product, but include distributions such as:

• Ubuntu
• Debian
• AlmaLinux
• Rocky Linux
• Fedora
• openSUSE
• Arch Linux
• CentOS

Selected dedicated server configurations also support VMware ESXi, while Windows Server is available as an additional paid option.

Web3 and Blockchain Infrastructure

Cherry Servers has developed a significant focus on Web3 and blockchain infrastructure.

The company offers infrastructure specifically designed for blockchain workloads, including Ethereum and Solana servers, validator infrastructure and RPC infrastructure. Its platform is designed for workloads where dedicated hardware, high network performance and predictable infrastructure are important.

Cherry Servers has also worked with the DoubleZero network to improve connectivity for blockchain workloads across its European infrastructure.

Gaming and High-Performance Workloads

Dedicated servers are also offered for game development and gaming infrastructure.

Cherry Servers highlights low latency, direct hardware access and geographically distributed server locations as important factors for game developers, studios and game service providers. Dedicated infrastructure can be configured for different game server workloads and scaled as requirements change.

Other workloads promoted by Cherry Servers include AI/ML, data processing, streaming, trading, web hosting and self-hosted WordPress.

Storage and Networking Services

Beyond compute, Cherry Servers offers additional infrastructure services including:

• Elastic Block Storage
• Backup Storage
• VM Backups
• Floating IP addresses
• Public IP subnets
• Private networking
• Load balancing
• Local BGP

These services allow customers to build more complete infrastructure environments around their virtual or dedicated servers.

Billing and Payment Options

Cherry Servers supports flexible billing models designed for both short-term testing and longer-term infrastructure deployments.

Customers can use hourly billing, while fixed-term billing can provide discounts on selected infrastructure. The company also supports cryptocurrency payments in addition to conventional payment methods.

The company advertises more than 20 payment methods across its infrastructure products and supports crypto payments through providers such as CoinGate and BVNK.

Technical Support

Cherry Servers emphasizes direct access to human technical support rather than relying exclusively on automated support systems.

The company provides 24/7 technical assistance through live chat, email and phone. It also assigns customers a personal account manager who can assist with infrastructure requirements and account-related needs.

Cherry Servers currently states that customers can reach a technical engineer through live chat in under 45 seconds, while its dedicated web-hosting offering advertises an even faster target of approximately 15 seconds.

Reliability and Service Level

Cherry Servers provides SLA-backed infrastructure for its dedicated server services. The company currently advertises a 99.97% uptime SLA for dedicated servers, supported by infrastructure monitoring and 24/7 technical assistance.

Actual performance can vary depending on the server configuration, location, network conditions and workload, so customers should evaluate the SLA and infrastructure characteristics relevant to their particular deployment.

Who Is Cherry Servers For?

Cherry Servers is primarily suited to customers who need more control over infrastructure than conventional shared hosting platforms provide.

Typical users include:

• Developers and DevOps teams
• Startups and technology companies
• SaaS businesses
• Web agencies
• Game developers
• Blockchain and Web3 projects
• AI and machine-learning teams
• High-performance computing workloads
• Streaming platforms
• Trading and latency-sensitive applications
• Businesses running self-hosted applications

The combination of dedicated bare metal and virtual infrastructure gives customers the option to start with virtual resources and move to dedicated hardware when workloads require additional performance or isolation.

What Makes Cherry Servers Different?

Cherry Servers' infrastructure strategy is centered around several key principles:

Bare metal performance: Customers can access dedicated physical hardware rather than relying exclusively on virtualized cloud instances.

Cloud-style automation: Servers can be provisioned and managed through APIs, CLI tools and infrastructure-as-code integrations.

Global deployment: Infrastructure is available across multiple European locations as well as North America and Asia.

Flexible infrastructure: Customers can choose between instant dedicated servers, customized hardware and different virtual server products.

Human support: Technical assistance is available around the clock, with personal account management available to customers.

Developer-focused tooling: API, SDK, Terraform and Ansible integrations make Cherry Servers suitable for automated infrastructure workflows.

Web3 and specialized workloads: The company maintains dedicated infrastructure solutions for blockchain, AI/ML, gaming, trading and other performance-sensitive applications.

Cherry Servers Today

Today, Cherry Servers operates as a European infrastructure provider combining bare metal servers with cloud-based virtual infrastructure. Its platform is aimed at customers who want more control over hardware, networking and deployment than is typically available from large hyperscale cloud platforms.

With infrastructure spanning seven listed locations across Europe, North America and Asia, modern AMD and Intel hardware, GPU options, automation tooling and 24/7 technical support, Cherry Servers provides infrastructure for workloads ranging from small development environments to demanding production applications.

For DohoHub, Cherry Servers represents a provider focused less on traditional shared hosting and more on developer-oriented infrastructure, dedicated hardware and flexible bare metal cloud services.

Vultr is a privately held cloud infrastructure company founded in 2014 by David Aninowsky. The company provides cloud computing, GPU infrastructure, bare metal servers, storage, networking, Kubernetes, managed databases, and other infrastructure services for developers, startups, enterprises, and organizations running demanding workloads.

Headquartered in West Palm Beach, Florida, Vultr has built its business around providing globally distributed cloud infrastructure with an emphasis on performance, flexible deployment, developer accessibility, and transparent infrastructure pricing. The company describes itself as an independent cloud infrastructure provider, positioning its platform as an alternative to the largest hyperscale cloud providers.

Company History

Vultr was founded in 2014 by David Aninowsky. For its first decade, the company operated as a largely self-funded business before raising institutional capital to accelerate its expansion in cloud infrastructure and artificial intelligence.

In December 2024, Vultr announced a growth financing round that valued the company at approximately $3.5 billion. The investment was led by LuminArx Capital Management and AMD Ventures, with the capital intended to support further expansion of Vultr's global cloud and AI infrastructure.

The company has grown from a developer-focused cloud provider into a broader infrastructure platform serving organizations ranging from individual developers and startups to larger enterprises.

Global Cloud Infrastructure

Vultr operates a globally distributed cloud infrastructure platform spanning multiple continents. The company historically operated 32 cloud data center regions and expanded to its 33rd region in Milan, Italy, announced in 2026.

The infrastructure is designed to allow customers to deploy workloads geographically closer to their users while providing access to different combinations of CPU, GPU, storage, networking, and dedicated hardware.

Vultr's infrastructure portfolio includes:

• Cloud Compute
• VX1 Cloud Compute
• Optimized Cloud Compute
• Cloud GPU
• Bare Metal
• Kubernetes
• Managed Databases
• Block Storage
• Object Storage
• File Storage
• Load Balancers
• VPC networking
• Firewalls
• CDN
• DNS
• Container Registry
• Serverless computing and inference
• Backup and snapshot services

The platform also provides APIs and infrastructure automation capabilities for developers and engineering teams.

Cloud Compute

Cloud Compute remains one of Vultr's core infrastructure products. Customers can deploy virtual machines with different CPU, memory, storage, and networking configurations for applications ranging from websites and APIs to databases, SaaS applications and development environments.

Vultr also offers specialized compute configurations for workloads requiring additional CPU performance or predictable dedicated resources.

In 2026, the company introduced and expanded its VX1 Cloud Compute platform, targeting enterprise workloads such as web applications, SaaS platforms, ERP systems, microservices, databases, analytics, and AI-related workloads.

GPU and AI Infrastructure

Artificial intelligence has become an increasingly important part of Vultr's infrastructure strategy.

The company offers GPU-accelerated cloud infrastructure using hardware from NVIDIA and AMD, targeting AI training, inference, machine learning, graphics processing, data analytics, and other GPU-intensive workloads.

Vultr's GPU infrastructure is available across its global network, allowing organizations to deploy AI workloads without relying exclusively on the largest hyperscale cloud providers. The company's infrastructure portfolio includes modern NVIDIA and AMD GPU configurations designed for both traditional accelerated computing and emerging generative-AI workloads.

Vultr has also expanded into managed and serverless AI infrastructure, including Serverless Inference, which allows customers to deploy and scale AI inference workloads without directly managing the underlying infrastructure.

Bare Metal

Vultr provides dedicated bare metal servers for workloads that require direct access to physical hardware.

Unlike virtualized cloud instances, bare metal deployments provide customers with a dedicated physical server without a virtualization layer. This can be useful for workloads requiring predictable performance, dedicated resources, specialized software configurations, or intensive CPU and GPU processing.

Kubernetes and Cloud-Native Infrastructure

Vultr operates its own managed Kubernetes service, Vultr Kubernetes Engine (VKE).

VKE allows developers and infrastructure teams to deploy and manage Kubernetes clusters without having to build and maintain the underlying control-plane infrastructure themselves. Vultr integrates Kubernetes with its compute, networking, storage, load balancing, and other cloud services.

The company also supports infrastructure automation through APIs and integrations with popular infrastructure-as-code and DevOps technologies.

Storage and Networking

Vultr's platform includes a broad range of storage and networking services designed to complement its compute infrastructure.

Storage products include:

• Block Storage
• Object Storage with S3-compatible APIs
• File System storage
• Backups
• Snapshots
• Managed databases

Networking capabilities include:

• Virtual Private Cloud networks
• Load Balancers
• Firewalls
• Reserved IP addresses
• BGP
• DNS
• CDN services
• Private connectivity options

These services allow customers to build complete application environments within the Vultr ecosystem rather than relying exclusively on third-party infrastructure.

Managed Databases

Vultr offers managed database infrastructure designed to reduce the operational work involved in deploying and maintaining database clusters.

The service supports both relational and non-relational database workloads and includes features such as automated backups, high availability, and managed infrastructure.

Enterprise and Compliance

As Vultr has expanded into enterprise and industry-specific workloads, the company has increased its focus on security, privacy, and regulatory requirements.

Vultr states that its infrastructure supports compliance requirements and frameworks relevant to industries and jurisdictions including SOC, ISO, PCI-DSS, HIPAA, GDPR, LGPD, and other privacy and data-protection requirements. The exact requirements and availability of specific compliance configurations can vary by product, region, and customer deployment.

The company also offers enterprise-oriented networking and infrastructure capabilities such as private connectivity, BGP, dedicated infrastructure, SSO, and other tools intended for larger deployments.

Developer Focus

One of Vultr's defining characteristics is its developer-oriented approach.

The platform provides a relatively streamlined interface for deploying infrastructure while also exposing APIs, CLI tooling, infrastructure-as-code integrations, and technical documentation for users who prefer automation.

Vultr's documentation covers compute, GPU infrastructure, Kubernetes, storage, networking, APIs, CLI tools, Terraform integrations, and other developer workflows.

This approach allows Vultr to serve both users who want to deploy a server through a web interface and engineering teams building automated infrastructure environments.

Customers and Use Cases

Vultr serves a broad range of workloads and customer types, including:

• Developers and individual projects
• Startups and scale-ups
• SaaS companies
• Web applications
• E-commerce platforms
• Gaming infrastructure
• Media and entertainment
• Financial services
• Healthcare and life sciences
• Telecommunications
• AI and machine-learning applications
• Enterprise software
• Data-intensive applications

The company has positioned its infrastructure as suitable for both conventional cloud workloads and newer AI-driven applications.

Business Model

Vultr primarily operates as a cloud infrastructure provider, generating revenue from the consumption of its compute, storage, networking, GPU, bare metal, database, and related services.

Its platform supports flexible infrastructure deployment, allowing customers to scale resources according to their workloads. This consumption-oriented model is common across the infrastructure-as-a-service market and allows Vultr to compete across both developer and enterprise segments.

Vultr's Position in the Cloud Market

Vultr occupies a position between traditional hosting providers and the largest hyperscale cloud platforms.

Compared with conventional web hosting companies, Vultr provides substantially broader infrastructure capabilities, including cloud compute, dedicated bare metal, GPU infrastructure, Kubernetes, managed databases, private networking, and infrastructure APIs.

Compared with hyperscalers such as AWS, Microsoft Azure, and Google Cloud, Vultr focuses more narrowly on infrastructure services and emphasizes a simpler developer experience, global deployment options, and competitive price-to-performance.

The company's independence is an important part of its corporate positioning. Vultr has described itself as an independent cloud infrastructure company focused on providing an alternative to the major technology platforms.

Vultr Today

Vultr has evolved from a developer-focused cloud hosting company into a global infrastructure platform spanning traditional cloud computing, dedicated servers, GPU acceleration, AI infrastructure, Kubernetes, managed databases, storage, and networking.

Its expansion into AI and GPU infrastructure represents a major evolution of the business as demand for accelerated computing continues to reshape the cloud infrastructure market.

With more than 80 million cloud servers launched according to the company's current materials and a global network of cloud data center regions, Vultr is now positioned as a significant independent provider in the broader cloud infrastructure market.

Key Facts

DohoHub profile: Vultr is a global independent cloud infrastructure provider focused on compute, GPU, bare metal, and developer-oriented cloud services. Its product portfolio has expanded significantly beyond traditional VPS hosting into AI infrastructure, managed services, Kubernetes, storage, networking, and enterprise cloud deployments.