Prevent cache poisoning attacks with DNSSEC and safeguard next-level security
DNS inherently lacks security, and the design of DNSSEC was to protect networks from attacks such as DNS cache poisoning. Domain Name System Security Extensions (DNSSEC) is an essential specification for securing traditional DNS, providing data integrity, and origin authentication of DNS data. At TCPWave, we understand the criticality of securing DNS and offer our customers the option to deploy DNSSEC, which adds an additional layer of security to their networks. In the past few decades, DNS has remained unchanged in its implementation despite its vulnerabilities, posing a severe threat to any organization that relies heavily on it. DNSSEC was designed as an improvement over DNS, protecting networks from pervasive threats such as DNS cache poisoning, DNS redirection, malware, and man-in-the-middle attacks. DNSSEC provides data integrity and origin authentication of DNS data through public-key encryption and validation of data using a digital signature.
Enhanced security posture
Improved brand reputation
Compliance with regulatory requirements
Business expansion
Implementing DNSSEC, an essential aspect of internet infrastructure security, is made effortless with our out-of-the-box solution. Our DNSSEC solution eliminates the need for manual configuration, automatically handling key rollovers seamlessly. By maintaining properly configured DNSSEC-signed zones, we bolster security by thwarting man-in-the-middle attacks. Our DNSSEC-enabled appliances ensure protection against DNS spoofing, enabling uninterrupted access to domain names. While implementing DNSSEC can be complex, our extensive expertise in network design and adherence to industry best practices simplify the process. Deploying our DNSSEC-enabled appliances safeguards your organization's brand and enhances consumer trust, allowing for the introduction of secure and innovative services that attract customers.
Our DNSSEC is a powerful solution that secures the Domain Name System (DNS) by providing data integrity and origin authentication of DNS data. Our DNSSEC works by leveraging public-key cryptography to digitally sign DNS data, ensuring that DNS responses are authenticated and unaltered during transmission. To achieve this, our DNSSEC uses a hierarchical trust model based on public-key infrastructure (PKI). It involves a chain of trust where top-level DNS servers, called root servers, hold a digital certificate that is signed by a trusted certificate authority (CA). Lower-level DNS servers obtain their own digital certificates, which are also signed by trusted CAs and are used to sign the DNS data they serve. When a DNS query is made, the response is validated by verifying the digital signatures of the DNS data from the root to the authoritative DNS server. If the validation succeeds, the response is deemed authentic and is returned to the end user.
Simplifying the deployment and management of DNSSEC is a top priority with our DNSSEC solution. We offer automated key management, eliminating the need for manual intervention and reducing the risk of errors during key rollovers. Administrators gain comprehensive visibility and control over DNSSEC-signed zones, allowing real-time monitoring of security status and swift troubleshooting of any potential issues. Our DNSSEC solution safeguards DNS data against various cyber threats, such as DNS cache poisoning, DNS hijacking, and man-in-the-middle attacks, bolstering network security. Additionally, our DNSViz tool is an invaluable asset for businesses reliant on DNS for online services. It swiftly identifies configuration errors, empowering businesses to rectify issues promptly and optimize their DNS infrastructure with ease.
In conclusion, by joining the global chain of trust, our DNSSEC-enabled appliances can help you explore new and exciting possibilities in your business. Contact us today to learn more about our DNSSEC solution and how it can help you secure your network against pervasive cyber threats.
TCPWave offers an in-depth guide on DNSSEC validation, detailing its mechanics, the role of trust anchors, RRSIG significance, implementation challenges, and our solutions for enhanced DNS security.
A well-engineered DDI solution ensures comprehensive DNSSEC monitoring, covering signature validity, key rollovers, DS records, chain of trust, automated reporting, and anomaly detection for robust DNS infrastructure security.
Explore our automated DNSSEC solution, optimizing key management, enhancing security, and safeguarding against DNS attacks for a resilient DNS infrastructure.
Our DDI solution offers seamless, secure, and automated zone transfers for DNSSEC-enabled zones, ensuring data consistency and robust DNS management across servers.
Our DDI solution offers comprehensive, automated DNSSEC management, ensuring secure, up-to-date DNS data integrity and streamlined DNSSEC signing processes.
DNSSEC and PKCS#11 collaboration ensures trust, defends against threats, and simplifies compliance. Learn more for a safer online experience.
TCPWave offers an in-depth guide on DNSSEC validation, detailing its mechanics, the role of trust anchors, RRSIG significance, implementation challenges, and our solutions for enhanced DNS security.
A well-engineered DDI solution ensures comprehensive DNSSEC monitoring, covering signature validity, key rollovers, DS records, chain of trust, automated reporting, and anomaly detection for robust DNS infrastructure security.
Explore our automated DNSSEC solution, optimizing key management, enhancing security, and safeguarding against DNS attacks for a resilient DNS infrastructure.
Our DDI solution offers seamless, secure, and automated zone transfers for DNSSEC-enabled zones, ensuring data consistency and robust DNS management across servers.
