What does Quantum Encryption Defender do?
It helps you migrate clients and web servers to the latest and most secure versions of TLS including post-quantum cipher suites. Our products also help you seamlessly transition from IPv4 to IPv6.
How do we do it?
Our proxy and reverse proxy products intuitively detect and seamlessly transition your systems to the highest security levels of the protocols you choose. By safeguarding you at the most vulnerable points, the Internet, connections to business partners, or over your own private network, we prioritize your online security, ensuring a robust defense against potential threats.
Why is it important?
Using outdated versions of protocols exposes your system to potential security risks from hackers. Fortunately, now you have the flexibility to migrate at your own pace, ensuring compliance with auditing and government requirements.
Who do we serve?
Our products cater to government entities, Fortune 1000 companies, and financial institutions managing extensive, intricate private networks. The inherent complexity of these networks often leads to intricate challenges. Our solutions are designed to streamline your operations and ensure compliance with both government regulations and industry mandates.
harvest now, decrypt later
What is “harvest now, decrypt later”? As quantum computing capabilities advance, traditional encryption methods may become vulnerable. What adversaries are doing is storing data now so that when a powerful quantum computer is available, they can break the encryption! Our products help you protect yourself!
Migrating to different versions of TLS can be a nightmare! The client and server need to have the same versions of TLS as well as match cipher suites. We help you migrate at your own pace.
New versions of TLS create a problem for network management tools and diagnostics! Current methods will have a problem with deep packet inspection needed for malware detection, fraud, and many other needed functions. Our products, using best practices, help bring back this invaluable function.