Botching Forward Secrecy - The sad state of server-side TLS Session Resumption implementations
After you finished reading this one, please also read the follow-up post that covers session resumption changes in TLS 1.3. The probably oldest complaint about TLS is that its handshake is slow and together with the transport encryption has a lot of CPU overhead. This certainly is not true anymore if configured correctly. One of the most important features to improve user experience for visitors a
自堕落な技術者の日記 : 様々なサーバーのPOODLE SSLv3脆弱性(CVE-2014-3566)対策のまとめ(更新3) - livedoor Blog（ブログ）
基本は喰ってるか飲んでるかですが、よく趣味でカラオケ・PKI・署名・認証・プログラミング・情報セキュリティをやっています。旅好き。テレビ好きで芸能通 もくじ 1. はじめに 2. SSLv3を無効化できる場合のサーバー対策 2.1. Apache HTTPD Server + mod_ssl 2.2. Apache HTTPD Server + mod_nss 2.3. nginx 2.4. lighttpd 2.5. Microsoft IIS 2.6. (訂正)Apache Tomcat (Java JSSE) 2.7. Node.js 2.8. IBM HTTP Server 2.9. Amazon Web Services 2.10. その他のサーバー 2.11. SSLv3 を無効化するリスク 2.12. OpenLDAP 3. 諸般の事情で SSLv3 を有効にせざるを得ない場
Security/Server Side TLS - MozillaWiki
The ordering of cipher suites in the Old configuration is very important, as it determines the priority with which algorithms are selected. OpenSSL will ignore cipher suites it doesn't understand, so always use the full set of cipher suites below, in their recommended order. The use of the Old configuration with modern versions of OpenSSL may require custom builds with support for deprecated ciphe
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