Decentralized services that offer bare metal machines

Decentralized services that offer bare metal machines

If you're looking for decentralized services that offer bare metal machines for Windows installations, several platforms provide such infrastructure:

List

1. Aethir: Aethir is building a decentralized infrastructure platform that allows users to rent bare metal servers for high-performance computing. While it focuses on GPU and compute-heavy workloads, the platform's flexibility might allow for Windows installation【10†source】.

2. Equinix Metal: Though not entirely decentralized, Equinix Metal operates on a globally distributed infrastructure model with bare metal offerings, where you can install Windows directly on dedicated hardware【13†source】.

3. Flux: Flux is a decentralized cloud infrastructure service that allows for bare metal and virtualized environments. You could potentially install Windows on bare metal servers provided by node operators within the network【12†source】.

4. ThreeFold.

   Any AI, Web2, Web3 application can run on the ThreeFold Grid

   Compatible with the existing world of Containers, Virtual Machines, Kubernetes, S3 Storage, IPFS, ...

List

1. MAAS (Metal as a Service): MAAS offers bare metal servers and supports various operating systems, including Windows. It is designed for managing large-scale data centers and is highly flexible for both enterprises and individual users【11†source】.

2. Equinix Metal: This service offers globally distributed bare metal infrastructure that allows you to deploy Windows Server alongside Linux-based systems. It's well-suited for high-performance workloads, providing full control over hardware without virtualization【13†source】.

3. Cherry Servers: Specializing in bare metal services, Cherry Servers offers customizable options with dedicated server resources. You can deploy Windows on their bare metal machines, which cater to a range of workloads【12†source】.

These platforms allow for bare metal customization, ensuring that you can install Windows directly on dedicated hardware without the overhead of virtualized environments.