• Single code base supports 32-bit and 64-bit platforms
• Manages multiple concurrent persistence repositories
• In-Memory repositories may be up 8,000 GB in size on 64-bit systems
• Arbitrary objects, variables, arrays and object trees may be persisted
• Directly accessible (with C# pointers) shared memory areas can be used with ease

• Methodically engineered kernel layer, written in C.
• Full concurrency support
• Powerful AVL based indexes maximize performance
• High performance ASP.NET custom provider classes for authentication and session state.
• Rapidly access/update shared memory areas in unsafe C#
• NoIO™ - persisted data may be accessed and updated in real-time with no IO operations
• NTFS Sparse File support greatly reduces disk space wastage on large sparse repositories

• Innovative memory management platform 
• Suitable for mission critical applications
• Combines flexibility of memory access with resilience of disk files
• Protected Storage prevents errant threads from corrupting system memory
• Full support for VM modified page flushing

• Rational class design
• Suitable for both very large and complex storage needs as well as the simplest
• Elegant initialization semantics for repositories and shared variables
• ExtrinsicCollection manages collections of unmanged resources
• Shared<T> classes, support shared thread-safe value-type variables and arrays
• SharedString class makes it easy to persist and share string data.
• SharedStream class for in-memory .NET stream, aids in high-performance XML processing
• Powerful object enumeration support helps reduce code complexity

• Use in Windows applications, ASP.NET web services and applications
• Powerful support tools aid in debugging, testing and administration
• Memory integrity checking features
• Powerful indexing capabilities available to managed code
• Object persistence and real-time shared memory in a single product
• Directories give sophisticated hierarchical organization of storage
• Persistent repositories mapped to disk for applications where data must be retained
• Volatile repositories enable easy sharing of transient data with no need for mapping file

If your looking for flexible and resilient management for your applications persistence needs, if your looking for support for fast in-memory data repositories, or if you simply want to fully exploit the potential of the fastest form of IPC on both 32-bit and 64-bit platforms, then you need to have a serious look at Persistore™.