SDN

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Software Defined Networking

Software-defined networking (SDN) is one of the critical enablers driving the digital transformation of the next-generation networks. There have been accelerating industry-wide efforts for swapping traditional networking architectures with SDN-based network architectures. Emerging technologies like IoT, MEC, and 5G need SDN to deliver an agile and flexible network infrastructure, capable of handling varying user-demands and diverse network scenarios. 

HSC's SDN Expertise:

Hughes Systique (HSC) provides end to end engineering services to their clients in the SDN space. HSC engineering team is an active contributor to open-source SDN controller ONOS – providing bug fixes in their core modules and extending existing protocols supported in ONOS.

HSC’s proficiency in Software Defined Networking spans along in the following categories:

  • Design & development of networking control plane – path computations, virtual overlay network management.
  • Implementation of northbound SDN applications – orchestration, traffic engineering, n/w slicing, security, segment routing over IPV6, device provisioning and telemetry.
  • Adding SDN capabilities to a network – Greenfield or Brownfield
  • Expertise in multiple SDN controllers (Floodlight, OpenDaylight, ONOS), northbound/southbound protocols – RESTCONF, NETCONF, OpenFlow, etc.
  • Migration from one SDN controller to another
  • Agent side implementation and integration with SDN’s southbound interface
  • SDN integration with networking stacks of virtualized deployments.
  • Yang Modelling and XML generation for Controller-Device Interaction, RPCs & notifications

Hughes-Systique-SDN-Skills-Expertise

At HSC we understand that SDN is an evolving area and opens new software development opportunities. We have good experience in the development of SDN applications and controllers, API, SDK and protocol development. Contact us if you are looking forward to simplify business operations, improve business agility, build programmable networks, and achieve faster Time-to-Market.

 

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