Why Software Defined Networking
Analysts forecast that enterprise spend on public cloud services (IaaS, SaaS, PaaS) will double by end of 2018 through 2022 to $252B. The growing use of cloud-based services however brings added connectivity complexity.
Today, enterprises access cloud-based services using a myriad of public internet connections. With the average enterprise now connecting to over 20 cloud providers to run business-critical applications, performance and security is of paramount importance. Software-defined networking removes the complexity of connecting to multiple cloud and network providers and offers the security, latency and performance enterprises demand.
SDN For Best Cloud Application Performance
On-demand delivery & rapid scalability to seamlessly connect to network, cloud and internet service providers.
Dedicated, flexible and secure connectivity to an interconnected ecosystem of network and cloud providers ensuring best application performance.
Full visibility, analytics, performance management (latency, jitter, loss) and control of services through portal or API’s for full-service assurance.
Open SDN For A Truly Global Experience
Connect at one of over 120+ data centres in 56 cities for maximum convenience and efficiency.
Order, activate and manage connectivity with full visibility of latency, jitter & packet loss in a dedicated customer portal.
Seamlessly connect to global IaaS, SaaS, PaaS, NSP and ISP’s for an easy, instant, and flexible experience.
Smooth Application Performance For The Best User Experience
With applications becoming increasingly more centralised within cloud infrastructure, enterprises demand the best connectivity to connect people, places and devices to their applications. User experience is measured by application availability, requests, response times and error rates all of which are characterised by the underlying connectivity Open, secure, software defined networking offers the best way to provide a robust connectivity infrastructure service ensuring the best application performance.