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NKP - NetKernel Protocol

NetKernel Enterprise Edition features the NKP (NetKernel Protocol) infrastructure.

NetKernel Prototcol (NKP) is designed to transparently relay requests between NetKernel instances.

NKP supports long-lived transparent bridging of NetKernel address spaces. In addition NKP supports instantaneous "oneshot" stateless requests betwen client and server.

What makes NKP unique as a protocol for cloud server configurations is that it seamlessly distributes the NetKernel ROC abstraction across a physical set of servers. Features include:

  • Transparent ROC request injection into the remote address space.
  • Full contextual spacial scope that spans client and server. Just as with the local ROC spacial scope, a server-side endpoint can make resource requests back in to the client "superstack" address space. (Client-Server inversion)
  • Contextual transient cloud convergence - if A is talking to B and A talking to C then, B can talk to C (with appropriate trust constraints).
  • Full support for distributed representation caching with distributed dependency model.
  • Full client-side support of NetKernel endpoint metadata from the remote side. (No need for WSDL or UDDI style - what you see is what you execute).
  • Dynamic client-side discovery and integration of remote-side documentation and unit tests.
  • Support for transfer of indefinitely large representations.
  • Transparent and configurable compression.
  • Support for publish and subscribe style architectures.
  • Support for request header propagation and sticky headers.
  • TLS/SSL secure sockets
  • Pluggable authentication of connections.
  • Asynchronous (threadless) client and server - scaling to very large numbers of connections with very light weight client/server resource requirements.
  • Architectural load balancing and throughput shaping components (eg asynchronous throughput throttle etc).
  • Very simple to set up and manage
  • Very high performance.

Documentation

A comprehensive set of documentation for NKP is available here.