graylog siem

_ X_WAP_PROFILE '])$ Mobile_browser ++;If (isset ($ _ SERVER ['http _ PROFILE '])$ Mobile_browser ++;$ Mobile_ua = strtolower (substr ($ _ SERVER ['http _ USER_AGENT '], 0, 4 ));$ Mobile_agents = array ('W3c ', 'ACS-', 'alav', 'alca', 'amodi', 'Audi', 'avany', 'benq', 'bird ', 'blac ','Blaz', 'brew', 'cell ', 'cldc', 'cmd-', 'Dang', 'Doc', 'Eric ', 'hipt ', 'inno ','Ipaq ', 'Java', 'glasis', 'dkdi', 'keji', 'Leno', 'LG-C', 'LG-D ', 'LG-G', 'lge -','Maui', 'maxo', 'midp ', 'mits', 'mmef', 'mobi'

));$ Mobile_agents = array ('W3c ', 'ACS-', 'alav', 'alca', 'amodi', 'Audi', 'avany', 'benq', 'bird ', 'blac ','Blaz', 'brew', 'cell ', 'cldc', 'cmd-', 'Dang', 'Doc', 'Eric ', 'hipt ', 'inno ','Ipaq ', 'Java', 'glasis', 'dkdi', 'keji', 'Leno', 'LG-C', 'LG-D ', 'LG-G', 'lge -','Maui', 'maxo', 'midp ', 'mits', 'mmef', 'mobi', 'mot-', 'Moto', 'mwbp ', 'Nec -','Newt ', 'noki', 'login', 'Palm', 'pana ', 'pant', 'Phil', 'play', 'port', 'prox ','Qwap ', 'Sage', 'samples', 'sany', 'Sch-', 'SEC-', 'send

}))? )? (? p\s+) (? p\s+) (? p\s+) \[(? P\D{2}\/\W{3}\/\D{4}:\D{2}:\D{2}:\D{2}) \s+[+-]\d{4}\] \ "(? p.*) \ "(? P\d{3}) ((?P\d+)|-)( \"(?P.*)\" \"(?P.*)\")?$src_ip={resolv($src)}dst_ip={resolv($dst)}dst_port={$port}device={resolv($device)}date={normalize_date($date)}plugin_sid={$code}username={$user}userdata1={$request}userdata2={$size}userdata3={$referer_uri}userdata4={$useragent}filename={$id}[0002-apache-syslog-error]Event_type=eventregexp=^ (? p\w{3}\s+\d{1,2} \d\d:\d\d:\d\d) (? p\s+) \s+: \

volumes. New attacks have emerged, with more data to be detected and the existing analysis technology overwhelmed. How can we perceive the network security posture more quickly in the face of the security element information of the day quantity?traditional analysis methods mostly adopt rules and features based analysis engine, must have the Rule Library and feature library to work, and rules and features can only describe the known attacks and threats, do not recognize unknown attacks, or is no

', ' Noki ', ' oper ', ' palm ', ' pana ', ' Pant ', ' Phil ', ' play ', ' Port ', ' ProX ', ' Qwap ', ' sage ', ' Sams ', ' Sany ', ' sch-', ' sec-', ' send ', ' Seri ', ' sgh-', ' Shar ', ' sie-', ' Siem ', ' smal ', ' Smar ', ' Sony ', ' sph-', ' symb ', ' t-mo ', ' Teli ', ' tim-', ' Tosh ', ' tsm-', ' upg1 ', ' upsi ', ' vk-v ', ' Voda ', ' wap-', ' wapa ', ' wapi ', ' Wapp ', ' Wapr ', ' webc ', ' winw ', ' winw ', ' xda ',

-malware management system, SIEM/log management product, or help station system to start the repair process.Although you have made the best effort to detect, if you are infected with malware, usually the best anti-malware technology has the ability to clean up the device. In the control interface, you only need to click a button to repair the device. As malware becomes more complex and "vicious", cleaning becomes a battle to defeat. All malicious atta

", "Lg-d", "Lg-g", "lge-", "Maui", "Maxo", "MIDP", "MITs", "MMEF", "Mobi", "mot-", "Moto", "MWBP", "nec-", "Newt", "Noki", "oper", "palm", "pana", "Pant", "Phil", "Play", "Port", "ProX", "Qwap", "Sage", "Sams", "Sany", "sch-", "sec-", "Send", "Seri", "sgh-", "Shar", "sie-", "Siem", "Smal", "Smar", "Sony", "sph-", "Symb", "T-mo", "Teli", "tim-", "Tosh", "tsm-", "Upg1", "Upsi", "Vk-v", "Voda", "wap-", "Wapa",

', ' cmd-', ' Dang ', ' doco ', ' Eric ', ' Hipt ', ' Inno ', ' iPAQ ', ' Java ', ' Jigs ', ' kddi ', ' Keji ', ' Leno ', ' lg-c ' ', ' lg-d ', ' lg-g ', ' lge-', ' Maui ', ' Maxo ', ' MIDP ', ' mits ', ' mmEF ', ' mobi ', ' mot-', ' moto ', ' mwbp ', ' nec-', ' Newt ', ' Noki ', ' oper ', ' palm ', ' pana ', ' Pant ', ' Phil ', ' play ', ' Port ', ' ProX ', ' Qwap ', ' sage ', ' Sams ', ' Sany ', ' sch-', ' sec-', ' send ', ' Seri ', ' sgh-', ' shar ', ' sie-', '

system (HIDSs) monitors application execution and server load. HIDSs generally understands the normal behaviors of applications and provides warnings for behaviors that do not match the expected behaviors. They may be attacks. This type of tool can detect vulnerabilities spread on the operating system, but it has nothing to do with SQL detection or CSRF.3. Data activity monitoring.The data activity monitoring tool has become a common requirement for organization data protection. They control da

= strtolower (substr ($ _ SERVER ['HTTP _ USER_AGENT '], 0, 4 ));$ Mobile_agents = array ('W3c ', 'acs-', 'alav', 'alca', 'amodi', 'audi', 'avany', 'benq', 'bird ', 'blac ','Blaz', 'brew', 'cell ', 'cldc', 'cmd-', 'dang', 'Doc', 'Eric ', 'hipt ', 'inno ','Ipaq ', 'java', 'glasis', 'dkdi', 'keji', 'leno', 'lg-C', 'lg-d ', 'lg-G', 'lge -','Maui', 'maxo', 'midp ', 'mits', 'mmef', 'mobi', 'mot-', 'moto', 'mwbp ', 'nec -','Newt ', 'noki', 'login', 'palm', 'pana ', 'pant', 'Phil', 'play', 'Port', 'pr

"," MMEF "," mobI "," mot-"," Moto "," MWBP "," nec-"," Newt "," Noki "," oper "," palm "," pana "," Pant "," Phil "," Play "," Port "," ProX "," Qwap " , "Sage", "Sams", "Sany", "sch-", "sec-", "Send", "Seri", "sgh-", "Shar", "sie-", "Siem", "Smal", "Smar", "Sony", "sph-", "Symb", "T-mo", "Teli", "tim-", "Tosh", "tsm-", "Upg1", "Upsi", "Vk-v", "Voda", "wap-", "Wapa", "Wapi", "Wapp", "WAPR", "W EBC "," winw "," winw "," XDA "," xda-"," Googlebot-mobi

']), 'application/vnd.wap.xhtml + xml ')! = False ))$ Mobile_browser ++;If (isset ($ _ SERVER ['HTTP _ X_WAP_PROFILE '])$ Mobile_browser ++;If (isset ($ _ SERVER ['HTTP _ PROFILE '])$ Mobile_browser ++;$ Mobile_ua = strtolower (substr ($ _ SERVER ['HTTP _ USER_AGENT '], 0, 4 ));$ Mobile_agents = array ('W3c ', 'acs-', 'alav', 'alca', 'amodi', 'audi', 'avany', 'benq', 'bird ', 'blac ','Blaz', 'brew', 'cell ', 'cldc', 'cmd-', 'dang', 'Doc', 'Eric ', 'hipt ', 'inno ','Ipaq ', 'java', 'glasis', 'dkd

', ' mot-', ' moto ', ' mwbp ', ' nec-',' Newt ', ' Noki ', ' oper ', ' palm ', ' pana ', ' Pant ', ' Phil ', ' play ', ' Port ', ' ProX ',' Qwap ', ' sage ', ' Sams ', ' Sany ', ' sch-', ' sec-', ' send ', ' Seri ', ' sgh-', ' Shar ',' sie-', ' Siem ', ' smal ', ' Smar ', ' Sony ', ' sph-', ' symb ', ' t-mo ', ' Teli ', ' tim-',' Tosh ', ' tsm-', ' upg1 ', ' upsi ', ' vk-v ', ' Voda ', ' wap-', ' wapa ', ' wapi ', ' Wapp ',' Wapr ', ' webc ', ' winw

", "MITs", "MMEF", "MoBi "," mot-"," Moto "," MWBP "," nec-"," Newt "," Noki "," oper "," palm "," pana "," Pant "," Phil "," Play "," Port "," ProX "," Qwap "Sage", "Sams", "Sany", "sch-", "sec-", "Send", "Seri", "sgh-", "Shar", "sie-", "Siem", "Smal", "Smar", "Sony", "sph-", "Symb", "T-mo", "Teli", "tim-", "Tosh", "tsm-", "Upg1", "Upsi", "Vk-v", "Voda", "wap-", "Wapa", "Wapi", "Wapp", "WAPR", "W EBC "," winw "," winw "," XDA "," xda-"," Googlebot-mo

', ' kddi ', ' Keji ', ' Leno ', ' lg-c ', ' lg-d ', ' Lg-g ', ' lge-', ' Maui ', ' Maxo ', ' MIDP ', ' mits ', ' mmef ', ' mobi ', ' mot-', ' moto ', ' mwbp ', ' nec-', ' newT ', ' Noki ', ' oper ', ' palm ', ' pana ', ' Pant ', ' Phil ', ' play ', ' Port ', ' ProX ', ' qwap ', ' sage ', ' Sams ', ' Sany ', ' sch-', ' sec-', ' Send ', ' Seri ', ' sgh-', ' shar ', ' sie-', ' Siem ', ' smal ', ' Smar ', ' Sony ', ' sph-', ' symb ', ' t-mo ', ' Teli ',

-site Scripting (XSS) attack signatures ("Cross Site Scripting (XSS)") httponly cookie attribute Enforcement A8 Insecure deserialization Attack Signatures ("Server Side Code Injection") A9 Using components with known vulnerabilities Attack SignaturesDAST Integration A10 Insufficient Logging and monitoring Request/response LoggingAttack Alarm/block LoggingOn-device logging and external logging to

of honeypotLesson outline:Chapter One: Security platform construction of enterprise security1.1 Basic Safety Construction1.2 Building an open source Siem platform1.3 Building a large-scale WAF cluster1.4 Self-built access systemChapter Two: Data security of enterprise security construction2.1 Data Leakage Prevention2.2 Host-side database audits2.3 Network Layer Database auditChapter III: Vulnerability Scanners and honeypot in enterprise security cons

', ' lg-g ', ' lge-', ' Maui ', ' Maxo ', ' MIDP ', ' mits ', ' mmef ', ' mobi ', ' mot-', ' moto ', ' mwbp ', ' nec-', ' Newt ', ' Noki ', ' oper ', ' palm ', ' pana ', ' Pant ', ' Phil ', ' play ', ' Port ', ' ProX ', ' Qwap ', ' sage ', ' Sams ', ' Sany ', ' sch-', ' sec-', ' send ', ' Seri ', ' sgh-', ' Shar ', ' sie-', ' Siem ', ' smal ', ' Smar ', ' Sony ', ' sph-', ' symb ', ' t-mo ', ' Teli ', ' tim-', ' Tosh ', ' tsm-', ' upg1 ', ' upsi

active leaks, unintentional leaks, malicious theft three against this situation, it can use login authentication, communication encryption, database encryption measures as far as possible to ensure that information is not easily stolen, but can not be completely avoided. In order to realize the real meaning of the internal information leak also requires the support of other Third-party software, and corporate governance system constraints. Question: Hello, teacher! I'd like to ask about the Ca

Webshell series (5)-Analysis of webshell's "visibility" capability 1. Typical attack sequence diagram of webshellIt is a typical webshell attack sequence diagram. It uses web vulnerabilities to obtain web permissions, upload pony, install Trojan, remotely call webshell, and execute various commands, to obtain data and other malicious purposes.2. Analyze the "visibility" capability of each stage from the kill chainFrom the perspective of kill chain, it is difficult to see behavior in the first tw