![]() ![]() ![]() Enhanced performance boost on decryption.Support for TLS 1.3 without downgrading to older insecure protocols.Simplified implementation of decryption policies to provide comprehensive visibility.Here are some of the decryption features in PAN-OS 10.0: This visibility empowers you to roll out decryption in a safe and straightforward way that actually works. The new innovations in PAN-OS 10.0 address the importance of decryption for our customers by making it easy for you to deploy decryption where it’s needed, and by delivering complete visibility into the details of all your encrypted connections to help you implement and operationalize decryption. How You Can Deploy Decryption Where It’s Needed The combination of increasing encryption and the security concerns it brings has put deploying decryption projects center stage for most organizations. We’ve been hearing from our customers that they see an order of magnitude increase in encrypted traffic, primarily driven by the adoption of public cloud and SaaS applications, which increasingly adopt HTTP/2 over TLS and modern encryption protocols like TLS1.3. It’s expected that this year 70% of malware will use encryption to evade security measures. While this is great news for the end user, here’s the problem: Encryption provides confidentiality and privacy, but it does not guarantee the presence of security, and it presents the perfect opportunity for malware to hide. With increasing concerns about end-user privacy, major browsers, content providers and web developers are embracing encryption and pushing for its use on all web properties. Increasing Encryption Raises Security ConcernsĮncrypted data has exploded to around 95% of enterprise traffic. Luckily, PAN-OS 10.0 includes advances in decryption to match the growing challenges for organizations. Our customers have been using the decryption capabilities available in PAN-OS over the last 10 years, but the need for simplifying decryption has recently become even more critical. Some of the questions we’ve received center around advances in decryption features introduced in PAN-OS 10.0, and I’d like to elaborate on this particular functionality. You can specify an EC or RSA certificate.During the launch of the world’s first ML-Powered NGFW with PAN-OS 10.0, we were excited to hear from thousands of customers, many of whom joined us during virtual events for questions and discussion. Used when the website’s certificate was signed using EC. You can specify an EC or RSA certificate. Used when the website’s certificate was signed using RSA. If you add a second CA, ensure that it is trusted by all endpoint devices. If you encounter problems with applications that expect certificates of only one type, you can add an EC key and use it for re-signing certificates that were originally signed by an EC-based authority. ![]() In most situations, certificates of one type can be signed by certificate authorities of the other, allowing you to use the same CA for both. Most certificate authorities use certificates with either RSA or Elliptic Curve (EC) encryption keys. It isn’t possible to obtain signing certificates from CAs that are already trusted by operating systems or browsers. ![]() Alternatively, you can create and use signing certificates that are subordinate to an existing trusted enterprise CA for your organization. Under most circumstances, this requires the installation of copies of the certificates in the browsers or the operating system certificate stores of the endpoint devices. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |