Loadbalancing
Loadbalancing: A10 Networks
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What is the Thunder ADC?
Thunder ADC is an advanced application delivery controller. Its main purpose is to improve the performance, security and reliability of applications running on the IT infrastructure. It offers features for application traffic management, load balancing, performance optimisation and protection against network threats. It is designed for both on-premises and cloud environments, supporting applications running in data centres, hybrid clouds and multicloud environments.
Features of Thunder ADC
Main features and functions of Thunder ADC
Load balancing
The system distributes network traffic between multiple servers to improve application performance and availability. It supports both L4-7 level load balancing, which allows traffic to be distributed intelligently between application servers. It supports load balancing for HTTP, HTTPS, TCP, UDP applications and specific protocols such as SIP (for VoIP).
Safety features
It protects applications from DDoS attacks, OWASP Top 10 attacks, intrusions and other threats, providing secure access to data.
Flexible scalability
Depending on the needs - from smaller environments to large enterprises.
Accelerating applications
The solution uses various techniques such as data compression, caching or SSL offloading to speed up the application.
High availability
Ensures application continuity, even in the event of hardware or software failure. Supports HA (High Availability) clusters, which ensures reliability and minimises downtime.
Session management
It manages user sessions, ensuring consistency of user experience, even when using multiple servers.
Why Thunder ADC
Why use the Thunder ADC solution?
01
Improved end-user experience
Reducing latency and reducing response times improves the user experience.
02
Wide range of functions
Customisable configuration.
03
Ease of management
Intuitive user interfaces make it easy to configure and manage the device.
04
Reduced server load
SSL/TLS offloading and caching relieves the load on application servers, which improves their performance.
05
Flexibility in implementation
Support for local server rooms, public cloud, private cloud and hybrid environments readiness for microservices, containers and multicloud solutions, support for a wide range of network protocols, allowing integration into different IT environments.
06
Ensured business continuity through:
Increased application availability: use multiple load-balancing techniques to efficiently distribute workloads to all servers, while constantly assessing the state of the application
Improved application performance: optimised traffic, faster content delivery and application loading times thanks to features such as data compression, caching and TCP acceleration
Enhanced application security: protection against application and network threats