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A10 Thunder ADC Enables Improved Proxy Server Performance for Softbank Corp.
Technology Category
- Application Infrastructure & Middleware - API Integration & Management
- Infrastructure as a Service (IaaS) - Cloud Computing
- Networks & Connectivity - Network Management & Analysis Software
Applicable Industries
- Telecommunications
Applicable Functions
- Business Operation
Services
- System Integration
- Software Design & Engineering Services
The Challenge
Softbank Corp. faced a significant challenge with the performance of their proxy servers due to a surge in the use of cloud applications like Office 365 and Suite. The increased number of network service users led to an Internet bottleneck, affecting the performance of services that required many sessions. Additionally, mounting individual security functions for each client was costly and time-consuming, failing to meet customer budgets and schedules. Softbank needed a new system to improve proxy performance and reduce the load caused by the rapid uptake of cloud applications.
About The Customer
Softbank Corp. is a core company within the Softbank Group, providing both fixed-line and mobile communication services, as well as Internet connection services. The company offers a variety of gateway services to customers who use corporate network and VPN services. Softbank Corp. operates various businesses, including mobile, audio/fixed-line telephones, network/VPN, cloud, security, data center, and digital marketing services. The company aims to be essential to people everywhere, guided by its management philosophy, 'Information Revolution – Happiness for Everyone.'
The Solution
Softbank Corp. turned to A10 Thunder ADC, a next-generation application delivery controller by A10 Networks, to address their proxy performance issues. The A10 Thunder ADC was already familiar to Softbank as they had used it as load balancers. The ADC's multi-tenant function and fully open API made it suitable for providing high-performance proxy services to multiple clients. The ADC's shared memory architecture and ACOS Harmony Platform OS enabled flexible cooperation with virtualizations in network domains like SDN and NFV. This setup allowed Softbank to automate complex setup changes, reduce operational costs, and improve proxy performance.
Operational Impact
Quantitative Benefit
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