SafeDNS: Ensuring Robust Security and Stability for DNS Resolvers
SafeDNS uses an efficient Anycast network for its DNS resolvers to deliver responsive and reliable user responses across the globe. With the ever-growing size of the Internet and increasing need for rapid and secure data exchange, DNS resolvers such as SafeDNS are key elements in preserving integrity and speed of connections to access the global network. SafeDNS also addresses challenges related to DNS attacks and DNS cache manipulation, ensuring robust protection and efficient operation.
Here's how SafeDNS safeguards its DNS servers and ensures a high level of performance and security:
Anycast Network
Anycast
Highest Efficiency Possible. The efficiency of SafeDNS fundamentally depends on its Anycast network. An anycast network is a routing technique which uses a type of network address where the requests for the network are distributed among a number of nodes. Under this architecture, incoming requests are automatically routed to the nearest or best-connected node.
Client Distribution Among Nodes
Anycast clients' requests are distributed among different location nodes in various ways. The distribution depends on multiple conditions such as client location, client provider, upstream provider of a given node, and more. This significantly lowers the possibility of a DDoS attack on a single node, enabling the system to redistribute the load and minimize the risk of being overloaded.
Guardian Service
Spam Detection and Protection
Every node has its own proprietary Guardian service which protects against spam of DNS queries. Guardian communicates with DNS proxy on nodes and parses IP addresses to check whether they belong to SafeDNS clients.
Request Scoring
The number of requests coming from each IP address is tracked and checked against botnets and other types of spammy categories. Depending on that, IP addresses get corresponding scores.
Suspicious IP Blocking
When the score surpasses a certain level, the IP address is blocked on all nodes in the network. In the situation of a DNS DDoS attack, if an IP address is detected and blocked on a certain node, then the further use of the device with the same IP address is impossible.
Response Time
The average time of Guardian to illegitimate DNS traffic is one minute, which allows for illegitimate threats neutralization and stability and security of the whole DNS infrastructure.
As one of the top 10 DNS resolvers globally, SafeDNS utilizes TIER IV nodes distributed worldwide. These nodes are strategically placed to provide optimal coverage and performance. The use of TIER IV nodes, which represent the highest standard in data center and server infrastructure, ensures that SafeDNS can offer unparalleled reliability and uptime. These nodes are part of a carefully designed network configuration that enhances the security and efficiency of DNS operations.
According to a recent study, SafeDNS not only ensures fast and reliable DNS resolution but also maintains a sustainable web filtering infrastructure. This commitment to stability and security makes SafeDNS a preferred choice for users worldwide seeking dependable DNS resolution services.
Provider Measures for Server Protection
Traffic Analysis and Filtering
- Behavioral Traffic Analysis: SafeDNS uses machine learning and behavior analysis technologies to identify and block abnormal DNS traffic. By continuously monitoring traffic patterns and behaviors, the system can quickly detect and mitigate potential threats.
- IP Address Filtering: Suspicious IP addresses or subnets from which dubious DNS traffic originates are blocked. This proactive approach prevents malicious actors from gaining a foothold within the DNS infrastructure.
Early Warning Systems
SafeDNS utilizes global monitoring networks and sensors to detect early signs of DDoS attacks. These early warning systems enable swift response and mitigation, ensuring that threats are addressed before they can cause significant damage.
Automatic Scaling
Cloud technologies enable SafeDNS to automatically scale resources, such as computing power and bandwidth, to handle sudden DNS traffic spikes. This scalability ensures that the DNS infrastructure remains resilient and responsive, even during periods of high demand.
Bandwidth Control
By limiting bandwidth for specific types of DNS traffic or users, SafeDNS can prevent network overload. This targeted approach ensures that legitimate DNS traffic flows smoothly while malicious or excessive traffic is curtailed.
Redundancy and Failover Systems
SafeDNS constructs its DNS infrastructure with redundancy and failover capabilities, which means that in case of an attack or hardware failure, the DNS traffic can be swiftly redirected to other nodes or data centers. This redundancy ensures that the network continues to operate smoothly, minimizing any disruptions for users.
Partnership with DDoS Protection Providers
To strengthen its defenses, SafeDNS teams up with top DDoS protection providers like Akamai, Cloudflare, and Arbor Networks. These partnerships add extra layers of security and expertise, making SafeDNS even more capable of defending against sophisticated and large-scale attacks.
Overall, SafeDNS is a solid choice for DNS resolution services, thanks to the robust security measures and efficient Anycast network. With advanced threat detection and mitigation strategies in place, you can trust SafeDNS to deliver high performance and strong protection against potential cyber threats.
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