Cloud services are more in demand than ever. However, with the demand, the demands of bandwidth and performance of the systems in the fully managed data center is growing. The cloud service providers are trading actively and optimizing its data center infrastructure with load balancers for the future to decrease global failover.

Load Balancing with measurable return on investment is the motto of eNlight Cloud project. ESDS is an Indian based cloud service provider based in Maharashtra. The company specializes in cloud-based security and archiving solutions as well as the individual project and solution development of web-enabled applications.

For Indian customers, ESDS provides all hosting services exclusively in Indian data centers that are designed and highly redundant on a national failover feature concept. ESDS had set itself the goal of optimizing its data center connections fundamentally and to realize a global failover concept.

Global Balance

The Company Network was founded in 2009 and has established itself as a global provider of secure enterprise-wide application delivery and universal access solutions in the relevant markets. Especially in DR Services / Core Banking Services – as well as in application acceleration range, ESDS is a global market leader. More than 50,000 customers worldwide belonging to ESDS service providers, for e.g., government and vertical organizations in healthcare, banks, finance, insurance and personnel training, applications working with the solutions of the ESDS.

Evaluation

During the evaluation phase, ESDS prevailed over competitors. Main selection criteria for the customers here were the points administration, security, availability and ease of integration into the existing infrastructure and data center landscape. Likewise, the focus was on the cost-effectiveness of the solution.

In revising its load balancing and failover concept initially by the use of multiple application delivery controllers of networks remedy. They will in future take over the load distribution on the individual applications and locations, thus expanding the existing failover concept. It includes all existing and traditionally been individually managed data center solutions in a single system. These include:

• L4 / 7 server load balancing,
• Traffic Management,
• Caching,
• Compression,
• SSL Acceleration,
• Offloading,
• Quality-of-Service (QoS),
• Link Load Balancing (LLB)
• GSLB and Attack detection.

Rapid SSL VPNs are therefore only part of the productivity suite. Because the overall efficiency of a network is the sum of the Managed Data Center Solutions used. To optimize the WAN traffic comes a combination of Layer 2 -7 and system-specific load balancing and global server load balancing and failover, link load balancing, SSL offload and acceleration, Layer 4 -7-safety sets, dynamic content routing , traffic shaping, TCP and Adaptive Compression – Dynamic and caching technologies used.

Disaster Recovery Control and WAN Infrastructure & Cost Control

With global server, site, and link load balancing are integrated by the nodes and services continuously monitors and distributes the loads in the composite. In case of excessive line or system utilization of the link will be removed from the supply and distributes the traffic to the other free systems.

Through SSL offloading the server load of the affected systems is reduced and their utilization minimized. By now the gateway held TCP and HTTP handshake is the WAN connection with more capacity. At the same time through cache – and compression methods are not required and not required redundant data within the LAN again, and optimized for the WAN route transfer, which makes the internal and external bandwidth required for data more usable and thus ensures additional capacity.

Application optimization

The Network not only increase the availability, but also the speed and security of all applications. In addition, it is able to reduce server load many times according to own data.

Conclusion

ESDS Networks has proven itself in practical use of Technologies. Here have convinced especially the density of the integrated method and the direct cost savings achieved by reducing internal server systems. The result is a significant increase in efficiency of existing systems, applications and services, a reduction in the hardware and software costs and an equally significant increase in the availability, security and performance of applications and services. Through the acquisition of SSL termination on the load balancer and the possibilities of the Adaptive Compression and Dynamic caching method of bandwidth also could be optimized and the internal server load could be reduced by a multiple times.

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