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Distributed Cache for .NET

Modern .NET applications often need to scale across multiple servers or containers.
In such environments, a distributed cache allows applications to share cached data across instances.

A distributed cache stores data in multiple nodes and allows applications to retrieve cached values regardless of which server processes a request.

Why Distributed Caching​

Distributed caching improves:

  • Application performance
  • Scalability
  • Fault tolerance
  • Load distribution

Common use cases include:

  • Session storage
  • API response caching
  • Configuration storage
  • Shared application state

Clustron as a Distributed Cache​

Clustron provides a high‑performance distributed cache designed specifically for .NET applications.

Features include:

  • Distributed key‑value storage
  • Horizontal scaling across multiple nodes
  • TTL‑based expiration
  • High‑performance async APIs
  • Cluster‑wide consistency

Clustron can be used as a Redis alternative for .NET caching workloads while also providing additional coordination capabilities.

Beyond Caching​

Unlike traditional caches, Clustron also provides distributed coordination primitives such as:

  • Distributed locks
  • Leader election
  • Transactions
  • Watch notifications

These primitives enable developers to build more advanced distributed systems.