F5 DNS delivery hyperscales and secures your infrastructure during high query volumes and DNS DDoS attacks—making sure your apps are highly available between multiple instances and across hybrid environments.
Improve the performance and availability of your global applications—while hyperscaling and securing your DNS infrastructure from DDoS attacks.
Hyperscale up to 100 million responses per second (RPS) to manage rapid increases in DNS queries. With a set of features that includes multicore scalability, DNS Express, and IP Anycast integration, DNS delivery can handle millions of DNS queries, protects your business from DDoS attacks, and ensures top application performance for users.
Get flexible global application management in virtual and cloud environments. The web-based UI provides easy DNS configuration with centralized menus; advanced logging, statistics, and reporting; and a single point of control for your DNS delivery requirements.
Integrate with DNS zone management solutions, increase DNS performance at the network edge, and mask the DNS back-end infrastructure. That translates into higher productivity, server consolidation, faster responses, and protected DNS management.
F5 offers a hyperscale and secure DNS solution for service providers that allows for faster web browsing and reduced latency. This improves subscribers’ user experience and leads to reduced churn and increased revenues. Visibility into DNS and applications means that their health, optimization, and protection can be maximized.
Manage query responses with multicore scalability, handling spikes in DNS query volumes.
Validate query requests, mitigates malicious communications, absorbs DDoS attacks, and more.
Protect LDNS servers from cache poisoning and man-in-the-middle attacks with real-time DNSSEC.
Distribute app traffic to keep pace with changing network and user volumes.
Automatically synchronize data, propagate local DNS, and maintain session integrity to ensure user connections persist across apps and data centers.
Improve performance and reduce network latency by distributing the DNS request load and directing single IP requests to multiple local devices.
Get high-speed logging of DNS queries and responses to enable fast network recognition with quick, deep search and display.
Detect whether DNS servers are operating at peak performance to help reconfigure for optimal responses.