variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to under- scores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs21, slide 19/20). If you have to support a client which sends broken headers APACHE MODULES SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to under- scores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs21, slide 19/20). If you have to support a client which sends broken headers APACHE MODULES SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted

variables is more strict than before to mitigate some possible cross-site-scripting attacks via header injection. Headers containing invalid characters (including underscores) are now silently dropped. Environment translated to underscores. This allowed for some potential cross-site-scripting attacks via header injection (see Unusual Web Bugs, slide 19/20). If you have to support a client which sends broken headers invalidated. SECURITY WARNING Any web/database application needs to secure itself against SQL injection attacks. In most cases, Apache DBD is safe, because applications use prepared statements, and untrusted