Best Bare Metal Server Providers for Mid Size Business

Trust sits at the heart of hosting. Which is why we design bespoke bare metal cloud hosting solutions for every customer. Tailored to you, in consultation with our experts, our solutions marry the best of traditional hosting and cloud scalability to deliver powerful bare metal performance that you can rely on. That quality extends to the exceptional service provided by our team of specialists, who work in trusted partnership with customers to support them throughout their time with us. Available from 25 prime locations worldwide, including London, Washington, Miami, Amsterdam, Singapore, Hong Kong, São Paulo and Lagos we are defining the next era of hosting with an uncompromising dedication to excellence that you can trust in.

Zenlayer is an edge cloud services provider providing complete networking solutions around the world. Businesses utilize Zenlayer’s software-defined platform to deliver applications, instantly enable worldwide connectivity, and provide superior digital user experience.

In addition to our bare metal Mac infrastructure, we offer three flexible and extensible options for virtualizing macOS in the cloud. Developer-focused platform built on Kubernetes for easy scalability. Virtualization built specifically for macOS, running natively on Mac. Industry-standard virtualization solution with a powerful set of enterprise features. Our sales engineers are experts in helping companies select and build the right virtualized Mac cloud for their teams. Orka orchestrates macOS in a cloud environment using Kubernetes technology on genuine Apple hardware. Orka is specifically designed for Mac but based on standard cloud orchestration tools so Apple OS development teams can use container technology features just like they do for non-Apple workloads. Orka users get a software-driven, reliable, and high-performance experience with Apple hardware. Anka is built for Mac and uses the official macOS Hypervisor.framework with external registry and controller nodes.