Skip to main content

Virtual Data Centers (VDC)

Mycelium Virtual Data Centers (VDC) let you provision full cloud environments — compute, storage, and networking — without owning or operating physical servers.

They are built on top of Mycelium Cloud and the underlying decentralized grid, combining distributed infrastructure with managed Kubernetes and Mycelium networking.

What Is a VDC?

A VDC is your dedicated environment on the grid:

  • Isolated clusters for applications, databases, and internal services.
  • Customizable CPU, RAM, and storage profiles.
  • Encrypted overlay networking using Mycelium Network.
  • Integration with quantum‑safe storage (QSFS) and other Mycelium components.

Think of it as your own mini cloud region that you control, without having to run a datacenter.

Key Capabilities

Adapted from the "Virtual Data Centers" focus in the Mycelium Cloud UI:

  • Dedicated environments – Keep workloads, teams, and projects cleanly separated.
  • Elastic capacity – Add or remove compute and storage on demand.
  • Migration paths – Move workloads from public cloud or on‑prem into a VDC.
  • Compliance‑aware placement – Choose where data and workloads reside.
  • Continuous monitoring & recovery – Benefit from built‑in redundancy.

How VDC Relates to Mycelium Cloud

Under the hood, a VDC is powered by K3s Kubernetes clusters running on the Mycelium grid via Mycelium Cloud:

  • You interact through the Mycelium Cloud dashboard and APIs.
  • Clusters are deployed onto distributed grid nodes.
  • Access happens over Mycelium Network using secure IPv6 overlay addresses.

Common VDC Use Cases

  • Enterprise Kubernetes – Multi‑service apps, APIs, back‑office systems.
  • Internal Platforms – Developer platforms, CI/CD runners, internal tools.
  • AI / Data Workloads – Training, inference, and data processing pipelines.
  • Hybrid & Edge – Extend existing infrastructure into grid‑backed environments.

See VDC Use Cases for more detailed scenarios.

Compared to Traditional Cloud

AspectMycelium VDCTraditional Cloud
InfrastructureDecentralized gridCentralized datacenters
NetworkingEncrypted P2P via MyceliumPublic IPs, centralized routing
SovereigntyYou choose jurisdictions & nodesProvider‑controlled
Lock‑inStandard Kubernetes & open toolingOften proprietary services
Cost ProfileCompetitive, usage‑basedOften complex and higher over time

Where to Go Next