SANGFOR's Application Delivery (AD) solution, a major update of the traditional load balancing product, integrates the server, link, data center's load balancing and application performance optimization functions, which is the best choice for building a highly reliable and efficient service architecture.
It can help you realize the following goals:
Up to now, SANGFOR's AD has been widely applied in the core service systems of high-end customers, including governments, financial institutions, enterprises and Internet Service Providers.
Multi-Link Load Balancing
Ensures proper traffic distribution in the multi-link network environment, increases bandwidth utilization rates, helps customers to reduce investment in telecommunication links and offers excellent access experience by assigning the best link to users and application systems.
SSL offloading for HTTPS services
Sangfor AD SSL off-loading is capable of mitigating performance load and increase server response via transferring SSL decryption process to Sangfor AD from server.
Virtualized Data Center Load Balancing
Releases the computing resources in the ESXi host when SANGFOR's AD product is deployed with the VMware vSphere. On the other hand, the vSphere ensures the high availability of the application and moreover, puts the Virtualization technology into full play
Multi-Data Center Load Balancing
Assigns users' access requests to the corresponding data center based on preset rules, which ensures proper distribution of data flows and makes fully use of all data centers. Improves the overall processing capability and stability of the application system and enhance users' access experience, thus reducing the customers' IT investment costs.
Server Load Balancing
Establishes an efficient health check and load balancing mechanism on the server, with no changes to the existing network. Provides a cost-effective and transparent error tolerance method to increase the equipment and server's bandwidth as well as throughput, improve data processing capability and enhance network flexibility & availability.
