Happiest Minds

Enterprise and service providers are seeking solutions to their networking challenges today and want their networks to adjust and respond dynamically while being in line with their business policies. An impetus on optimizing operational costs of running a network requires embracing automation and reducing manual effort. In addition, being able to easily deploy and run applications on their networks is a tall order and no single point solution can address all these needs.

Happiest Minds is committed to supporting OEMs, ISVs, Service Providers, Web Scale & Enterprises in the design, development and deployment of Software Defined Networking, Network Function Virtualization, Software Defined Storage & Cloud Storage. We also test, validate and provide test automation frameworks and accelerators covering both SDN and NFV. We provide the complete Test cycle services from Test requirements to deployment and support. In addition, our expertise across 3rd platform technologies like IoT and Analytics enables us to offer incremental value across the technology landscape.

Headquartered in Bangalore, India, Happiest Minds has operations in the US, UK, Australia, Middle East and Turkey. Our key investors are J P Morgan Private Equity Group, Intel Capital and Ashok Soota.

Network Edge Resources
NFV Services

The need for business agility, scale, everything as a service (XaaS) has led to several disruptions in the way network services are delivered. We have seen the transition from physical machines to virtual machines and then to containers. More recently, we have actively worked with acceleration technologies like DPDK and NIC offload, embraced ASICS and programming models like P4 and developed solutions using Intent Based Networks.

As a result, Happiest Minds brings together all this expertise to offer comprehensive end to end NFV Services which include:

VNF Development & Porting
Design and Development of VNFs Enhancement of VNFs Performance tuning and optimization using technologies like DPDK, PFRING, SRIOV etc.