Advanced interconnection that enables seamless, on-demand and direct access to multiple clouds
Cloud Software-Defined Networking (SDN) is an approach to network management that shifts much of the traditional control from hardware to software. It allows network administrators to manage network services through our centralised software-based controller, for more efficient resource utilisation, easier network configuration, and rapid deployment of new services.
With our Cloud SDN, users can enjoy seamless integration of Data Center, Public Clouds, Private Clouds and On-premise Edge networks to deliver robust and resilient applications and services.
Cloud SDN not only streamlines the operation and management of complex networks, but delivers enhancements for applications and workloads, such as:
Increased network agility and flexibility
Cloud SDN delivers advanced interconnection that enables seamless, on-demand and direct access to multiple clouds across multiple networks and resources from data center networks, public clouds and on-premise edge networks.
Complex multi-cloud or hybrid environments
Organisations that use a combination of private and public clouds, or those transitioning between the two, can benefit from Cloud SDN’s ability to manage multiple network environments. Cloud SDN makes it easier to manage and migrate across different cloud platforms, for better connectivity and consistency without compromising security.
Cloud Bursting
With Cloud SDN, you can automatically and dynamically scale workloads to public clouds during periods of peak resource demand, with automated triggers defining the events and granular policies to control when and how workloads ‘burst’ into public clouds.
Rapid scaling needs
Cloud SDN provides cost-effective scalability that businesses, such as startups scaling up operations or companies with seasonal peaks in demand, need to manage fluctuating workloads and accommodate rapid growth.
Our Cloud SDN is a comprehensive solution that delivers scalability and resilience to any workload.
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