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Computer vulnerabilities of RHEL
Adobe Flash Player: use after free via UncompressViaZlibVariant
Synthesis of the vulnerability
An attacker can invite the victim to display a malicious Adobe Flash Player animation, to force the usage of a freed memory area in ByteArray::UncompressViaZlibVariant, in order to trigger a denial of service, and possibly to execute code.
Impacted products: Flash Player, IE, openSUSE, RHEL, SUSE Linux Enterprise Desktop, SLES.
Severity: 3/4.
Consequences: administrator access/rights, privileged access/rights, user access/rights, denial of service on server, denial of service on service, denial of service on client.
Provenance: document.
Creation date: 22/01/2015.
Revisions dates: 23/01/2015, 12/03/2015.
Identifiers: 2755801, APSA15-01, CVE-2015-0311, openSUSE-SU-2015:0150-1, openSUSE-SU-2015:0174-1, RHSA-2015:0094-01, SUSE-SU-2015:0151-1, SUSE-SU-2015:0163-1, VIGILANCE-VUL-16034.
Description of the vulnerability
The Adobe Flash Player product displays animations included in web pages.
However, the ByteArray::UncompressViaZlibVariant function frees a memory area before reusing it.
An attacker can therefore invite the victim to display a malicious Adobe Flash Player animation, to force the usage of a freed memory area in ByteArray::UncompressViaZlibVariant, in order to trigger a denial of service, and possibly to execute code.
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Linux kernel: integer overflow of Infiniband
Synthesis of the vulnerability
A local attacker can generate an integer overflow in the Infiniband implementation of the Linux kernel, in order to trigger a denial of service, and possibly to execute code.
Impacted products: Debian, Fedora, Linux, RHEL, SUSE Linux Enterprise Desktop, SLES, Ubuntu.
Severity: 2/4.
Consequences: administrator access/rights, privileged access/rights, user access/rights, denial of service on server, denial of service on service, denial of service on client.
Provenance: document.
Creation date: 12/03/2015.
Identifiers: 1181166, 1413741, CERTFR-2015-AVI-112, CERTFR-2015-AVI-128, CERTFR-2015-AVI-136, CERTFR-2015-AVI-144, CERTFR-2015-AVI-164, CERTFR-2015-AVI-190, CVE-2014-8159, DSA-3237-1, FEDORA-2015-4059, FEDORA-2015-5024, RHSA-2015:0674-01, RHSA-2015:0695-01, RHSA-2015:0726-01, RHSA-2015:0727-01, RHSA-2015:0751-01, RHSA-2015:0782-01, RHSA-2015:0783-01, RHSA-2015:0803-01, RHSA-2015:0870-01, RHSA-2015:0919-01, SUSE-SU-2015:1071-1, SUSE-SU-2015:1376-1, SUSE-SU-2015:1478-1, USN-2525-1, USN-2526-1, USN-2527-1, USN-2528-1, USN-2529-1, USN-2530-1, USN-2561-1, VIGILANCE-VUL-16382.
Description of the vulnerability
The InfiniBand technology is used to transmit data efficiently. It uses the Verbs API.
However, a local attacker can access to /dev/infiniband/uverbsX, and use a large parameter, to force an integer overflow in the ib_umem_get() function, triggering an error in the computation of a memory address.
A local attacker can therefore generate an integer overflow in the Infiniband implementation of the Linux kernel, in order to trigger a denial of service, and possibly to execute code.
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PHP: four vulnerabilities
Synthesis of the vulnerability
An attacker can use several vulnerabilities of PHP.
Impacted products: Debian, Fedora, HP-UX, openSUSE, openSUSE Leap, Solaris, PHP, RHEL, Slackware, SUSE Linux Enterprise Desktop, SLES, Ubuntu.
Severity: 3/4.
Consequences: user access/rights, denial of service on service.
Provenance: document.
Number of vulnerabilities in this bulletin: 4.
Creation date: 10/03/2015.
Revision date: 12/03/2015.
Identifiers: 64938, 68552, 68827, 68901, bulletinjul2015, c04686230, CVE-2014-9705, CVE-2015-2301, CVE-2015-8866, DLA-499-1, DSA-3195-1, DSA-3198-1, DSA-3198-2, DSA-3602-1, FEDORA-2015-2315, FEDORA-2015-2328, HPSBUX03337, HTB23252, MDVSA-2015:079, MDVSA-2015:080, openSUSE-SU-2015:0644-1, openSUSE-SU-2016:1274-1, openSUSE-SU-2016:1357-1, openSUSE-SU-2016:1373-1, RHSA-2015:1053-01, RHSA-2015:1066-01, RHSA-2015:1135-01, RHSA-2015:1218-01, RHSA-2016:2750-01, SSA:2015-111-10, SSRT102066, SUSE-SU-2015:0868-1, SUSE-SU-2016:1581-1, SUSE-SU-2016:1638-1, USN-2535-1, VIGILANCE-VUL-16360.
Description of the vulnerability
Several vulnerabilities were announced in PHP.
An attacker can generate a buffer overflow in enchant_broker_request_dict, in order to trigger a denial of service, and possibly to execute code. [severity:3/4; 68552, CVE-2014-9705, HTB23252]
An attacker can force the usage of a freed memory area in ZMM, but with no impact on security. [severity:0/4; 68827]
An attacker can force the usage of a freed memory area in phar_object.c, in order to trigger a denial of service, and possibly to execute code. [severity:3/4; 68901, CVE-2015-2301]
An attacker can transmit malicious XML data via libxml_disable_entity_loader, in order to read a file, scan sites, or trigger a denial of service. [severity:2/4; 64938, CVE-2015-8866]
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Xen: memory corruption via Segment Override
Synthesis of the vulnerability
An attacker in a guest system can generate a memory corruption with a Segment Override of Xen, in order to trigger a denial of service, and possibly to execute code on the host system.
Impacted products: XenServer, Debian, Fedora, openSUSE, RHEL, SUSE Linux Enterprise Desktop, SLES, Unix (platform) ~ not comprehensive.
Severity: 2/4.
Consequences: administrator access/rights, privileged access/rights, user access/rights, denial of service on service, denial of service on client.
Provenance: user shell.
Creation date: 10/03/2015.
Identifiers: CERTFR-2015-AVI-109, CERTFR-2015-AVI-110, CTX200484, CVE-2015-2151, DSA-3181-1, FEDORA-2015-3721, FEDORA-2015-3944, openSUSE-SU-2015:0732-1, openSUSE-SU-2015:1092-1, openSUSE-SU-2015:1094-1, RHSA-2016:0450-01, SUSE-SU-2015:0613-1, VIGILANCE-VUL-16357, XSA-123.
Description of the vulnerability
The Xen product emulates x86 processors. An x86 instruction can use a Segment Override. For example:
mov ax, [es:1234]
However, if the Segment Override is encoded with some operands, a memory corruption occurs.
An attacker in a guest system can therefore generate a memory corruption with a Segment Override of Xen, in order to trigger a denial of service, and possibly to execute code on the host system.
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tcpdump: four vulnerabilities
Synthesis of the vulnerability
An attacker can use several vulnerabilities of tcpdump.
Impacted products: Debian, Fedora, openSUSE, openSUSE Leap, Solaris, RHEL, tcpdump, Ubuntu, Unix (platform) ~ not comprehensive.
Severity: 2/4.
Consequences: user access/rights, denial of service on service.
Provenance: intranet client.
Number of vulnerabilities in this bulletin: 4.
Creation date: 10/03/2015.
Identifiers: bulletinjul2015, CVE-2015-0261, CVE-2015-2153, CVE-2015-2154, CVE-2015-2155, DSA-3193-1, FEDORA-2015-4939, FEDORA-2015-4953, MDVSA-2015:125, MDVSA-2015:182, openSUSE-SU-2015:0616-1, openSUSE-SU-2017:1199-1, RHSA-2017:1871-01, USN-2580-1, VIGILANCE-VUL-16355.
Description of the vulnerability
Several vulnerabilities were announced in tcpdump.
An attacker can send a malicious IPv6 Mobility packet, in order to trigger a denial of service. [severity:2/4; CVE-2015-0261]
An attacker can send a malicious TCP packet, in order to trigger a denial of service. [severity:2/4; CVE-2015-2153]
An attacker can send a malicious Ethernet packet, in order to trigger a denial of service. [severity:1/4; CVE-2015-2154]
An attacker can send a malicious ForCES (Forwarding and Control Element Separation) packet, in order to trigger a denial of service. [severity:2/4; CVE-2015-2155]
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OpenSSL: NULL pointer dereference via X509_to_X509_REQ
Synthesis of the vulnerability
An attacker can force a NULL pointer to be dereferenced in X509_to_X509_REQ() of OpenSSL, in order to trigger a denial of service.
Impacted products: Arkoon FAST360, ProxySG par Blue Coat, SGOS by Blue Coat, FabricOS, Brocade Network Advisor, Cisco ASR, AnyConnect VPN Client, Cisco ACE, ASA, AsyncOS, Cisco CSS, Cisco ESA, IOS XE Cisco, Cisco IPS, IronPort Email, IronPort Web, Nexus by Cisco, NX-OS, Prime Infrastructure, Cisco PRSM, Cisco Router, Secure ACS, Cisco CUCM, Cisco Unified CCX, Cisco IP Phone, Cisco MeetingPlace, Cisco Wireless IP Phone, WebNS, Cisco WSA, Debian, BIG-IP Hardware, TMOS, Fedora, FreeBSD, hMailServer, HP-UX, AIX, IRAD, Tivoli Workload Scheduler, Juniper J-Series, Junos OS, Junos Space, Junos Space Network Management Platform, NSM Central Manager, NSMXpress, Juniper SBR, McAfee Email Gateway, ePO, McAfee NTBA, McAfee NGFW, VirusScan, McAfee Web Gateway, Data ONTAP, NetBSD, NetScreen Firewall, ScreenOS, OpenBSD, OpenSSL, openSUSE, openSUSE Leap, Oracle Communications, Solaris, pfSense, RHEL, Base SAS Software, SAS SAS/CONNECT, Slackware, Splunk Enterprise, Stonesoft NGFW/VPN, SUSE Linux Enterprise Desktop, SLES, Nessus, Ubuntu, Unix (platform) ~ not comprehensive, WinSCP.
Severity: 2/4.
Consequences: denial of service on service, denial of service on client.
Provenance: document.
Creation date: 09/03/2015.
Identifiers: 1701334, 1964410, 55767, 9010031, c04679334, CERTFR-2015-AVI-089, CERTFR-2015-AVI-117, CERTFR-2015-AVI-146, CERTFR-2015-AVI-177, CERTFR-2015-AVI-259, CERTFR-2016-AVI-303, cisco-sa-20150320-openssl, cisco-sa-20150408-ntpd, cpuoct2017, CTX216642, CVE-2015-0288, DSA-3197-1, DSA-3197-2, FEDORA-2015-4300, FEDORA-2015-4303, FEDORA-2015-6855, FreeBSD-SA-15:06.openssl, HPSBUX03334, JSA10680, MDVSA-2015:062, MDVSA-2015:063, NetBSD-SA2015-007, NTAP-20150323-0002, openSUSE-SU-2015:0554-1, openSUSE-SU-2015:1277-1, openSUSE-SU-2015:2243-1, openSUSE-SU-2016:0640-1, RHSA-2015:0715-01, RHSA-2015:0716-01, RHSA-2015:0752-01, RHSA-2015:0800-01, SA40001, SB10110, SOL16301, SOL16302, SOL16317, SOL16319, SOL16320, SOL16321, SOL16323, SPL-98351, SPL-98531, SSA:2015-111-09, SSRT102000, SUSE-SU-2015:0541-1, SUSE-SU-2015:0553-1, SUSE-SU-2015:0553-2, SUSE-SU-2015:0578-1, TNS-2015-04, USN-2537-1, VIGILANCE-VUL-16342.
Description of the vulnerability
The OpenSSL product processes X.509 certificates.
However, the X509_to_X509_REQ() function does not check if a pointer is NULL, before using it.
An attacker can therefore force a NULL pointer to be dereferenced in X509_to_X509_REQ() of OpenSSL, in order to trigger a denial of service.
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OpenSSL: use after free via d2i_ECPrivateKey
Synthesis of the vulnerability
An attacker can force the usage of a freed memory area in d2i_ECPrivateKey of OpenSSL, in order to trigger a denial of service, and possibly to execute code.
Impacted products: ArubaOS, ProxySG par Blue Coat, SGOS by Blue Coat, FabricOS, Brocade Network Advisor, Cisco ASR, AnyConnect VPN Client, Cisco ACE, ASA, AsyncOS, Cisco CSS, Cisco ESA, IOS XE Cisco, Cisco IPS, IronPort Email, IronPort Web, Nexus by Cisco, NX-OS, Prime Infrastructure, Cisco PRSM, Cisco Router, Secure ACS, Cisco CUCM, Cisco Unified CCX, Cisco IP Phone, Cisco MeetingPlace, Cisco Wireless IP Phone, WebNS, Cisco WSA, Debian, BIG-IP Hardware, TMOS, Fedora, FreeBSD, hMailServer, HP-UX, AIX, IRAD, Security Directory Server, Tivoli Directory Server, Tivoli Workload Scheduler, WebSphere MQ, Juniper J-Series, Junos OS, Junos Pulse, Junos Space, Junos Space Network Management Platform, Juniper Network Connect, NSM Central Manager, NSMXpress, Juniper SBR, Data ONTAP, NetBSD, NetScreen Firewall, ScreenOS, OpenBSD, OpenSSL, openSUSE, openSUSE Leap, Oracle Communications, Solaris, pfSense, RHEL, Base SAS Software, SAS SAS/CONNECT, Slackware, Splunk Enterprise, SUSE Linux Enterprise Desktop, SLES, Nessus, Ubuntu, Unix (platform) ~ not comprehensive, WinSCP.
Severity: 3/4.
Consequences: user access/rights, denial of service on service, denial of service on client.
Provenance: document.
Creation date: 09/03/2015.
Identifiers: 1698703, 1701334, 1902519, 1960491, 1964410, 55767, 7043086, 9010031, ARUBA-PSA-2015-007, c04679334, CERTFR-2015-AVI-089, CERTFR-2015-AVI-117, CERTFR-2015-AVI-146, CERTFR-2015-AVI-177, CERTFR-2015-AVI-259, CERTFR-2016-AVI-303, cisco-sa-20150320-openssl, cisco-sa-20150408-ntpd, cpuoct2017, CTX216642, CVE-2015-0209, DSA-3197-1, DSA-3197-2, FEDORA-2015-10047, FEDORA-2015-10108, FEDORA-2015-4300, FEDORA-2015-4303, FEDORA-2015-6855, FreeBSD-SA-15:06.openssl, HPSBUX03334, JSA10680, MDVSA-2015:062, MDVSA-2015:063, NetBSD-SA2015-007, NTAP-20150323-0002, openSUSE-SU-2015:0554-1, openSUSE-SU-2015:1277-1, openSUSE-SU-2016:0640-1, RHSA-2015:0715-01, RHSA-2015:0716-01, RHSA-2015:0752-01, RHSA-2016:1087-01, RHSA-2016:1088-01, RHSA-2016:1089-01, SA40001, SOL16301, SOL16302, SOL16317, SOL16319, SOL16320, SOL16321, SOL16323, SPL-98351, SPL-98531, SSA:2015-111-09, SSRT102000, SUSE-SU-2015:0541-1, SUSE-SU-2015:0553-1, SUSE-SU-2015:0553-2, SUSE-SU-2015:0578-1, TNS-2015-04, TSB16661, USN-2537-1, VIGILANCE-VUL-16341.
Description of the vulnerability
The OpenSSL product implements the Elliptic Curves algorithm.
However, the d2i_ECPrivateKey() function frees a memory area before reusing it.
An attacker can therefore force the usage of a freed memory area in d2i_ECPrivateKey() of OpenSSL, in order to trigger a denial of service, and possibly to execute code.
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OpenSSL, LibReSSL, Mono, JSSE: weakening TLS encryption via FREAK
Synthesis of the vulnerability
An attacker, located as a Man-in-the-Middle, can force the Chrome, JSSE, LibReSSL, Mono or OpenSSL client to accept a weak export algorithm, in order to more easily capture or alter exchanged data.
Impacted products: Arkoon FAST360, ArubaOS, Avaya Ethernet Routing Switch, ProxyAV, ProxySG par Blue Coat, SGOS by Blue Coat, FabricOS, Brocade Network Advisor, Cisco ATA, AnyConnect VPN Client, Cisco ACE, ASA, AsyncOS, Cisco ESA, IOS by Cisco, IronPort Email, IronPort Web, Nexus by Cisco, NX-OS, Cisco Prime Access Registrar, Prime Collaboration Assurance, Cisco Prime DCNM, Prime Infrastructure, Cisco Prime LMS, Prime Network Control Systems, Cisco PRSM, Cisco Router, Cisco IP Phone, Cisco MeetingPlace, Cisco WSA, Clearswift Email Gateway, Debian, Black Diamond, ExtremeXOS, Summit, BIG-IP Hardware, TMOS, Fedora, FortiClient, FortiGate, FortiGate Virtual Appliance, FortiOS, FreeBSD, Chrome, HPE NNMi, HP-UX, AIX, DB2 UDB, Domino, Notes, IRAD, Security Directory Server, Tivoli Directory Server, Tivoli Storage Manager, Tivoli Workload Scheduler, WebSphere AS Traditional, WebSphere MQ, Juniper J-Series, Junos OS, Junos Space, Junos Space Network Management Platform, NSM Central Manager, NSMXpress, Juniper SBR, McAfee Email Gateway, ePO, McAfee NTBA, McAfee NGFW, VirusScan, McAfee Web Gateway, Windows (platform) ~ not comprehensive, Data ONTAP, NetBSD, NetScreen Firewall, ScreenOS, Nodejs Core, OpenBSD, Java OpenJDK, OpenSSL, openSUSE, openSUSE Leap, Oracle Communications, Oracle Directory Services Plus, Oracle Fusion Middleware, Oracle Internet Directory, Java Oracle, Solaris, Tuxedo, WebLogic, pfSense, Puppet, RHEL, Base SAS Software, SAS SAS/CONNECT, Slackware, Sophos AV, Splunk Enterprise, Stonesoft NGFW/VPN, stunnel, SUSE Linux Enterprise Desktop, SLES, Ubuntu, Unix (platform) ~ not comprehensive.
Severity: 2/4.
Consequences: data reading, data creation/edition.
Provenance: internet server.
Number of vulnerabilities in this bulletin: 2.
Creation date: 04/03/2015.
Revision date: 09/03/2015.
Identifiers: 122007, 1450666, 1610582, 1647054, 1698613, 1699051, 1699810, 1700225, 1700997, 1701485, 1902260, 1903541, 1963275, 1968485, 1973383, 55767, 7014463, 7022958, 9010028, ARUBA-PSA-2015-003, bulletinjan2015, c04556853, c04679334, c04773241, CERTFR-2015-AVI-108, CERTFR-2015-AVI-117, CERTFR-2015-AVI-146, CERTFR-2016-AVI-303, cisco-sa-20150310-ssl, cpuapr2017, cpujul2018, cpuoct2017, CTX216642, CVE-2015-0138, CVE-2015-0204, DSA-3125-1, FEDORA-2015-0512, FEDORA-2015-0601, FG-IR-15-007, FREAK, FreeBSD-SA-15:01.openssl, HPSBMU03345, HPSBUX03244, HPSBUX03334, JSA10679, MDVSA-2015:019, MDVSA-2015:062, MDVSA-2015:063, NetBSD-SA2015-006, NetBSD-SA2015-007, NTAP-20150205-0001, openSUSE-SU-2015:0130-1, openSUSE-SU-2016:0640-1, RHSA-2015:0066-01, RHSA-2015:0800-01, RHSA-2015:1020-01, RHSA-2015:1021-01, RHSA-2015:1091-01, SA40015, SA88, SA91, SB10108, SB10110, SOL16120, SOL16123, SOL16124, SOL16126, SOL16135, SOL16136, SOL16139, SP-CAAANXD, SPL-95203, SPL-95206, SSA:2015-009-01, SSRT101885, SSRT102000, SUSE-SU-2015:1073-1, SUSE-SU-2015:1085-1, SUSE-SU-2015:1086-1, SUSE-SU-2015:1086-2, SUSE-SU-2015:1086-3, SUSE-SU-2015:1086-4, SUSE-SU-2015:1138-1, SUSE-SU-2015:1161-1, T1022075, USN-2459-1, VIGILANCE-VUL-16301, VN-2015-003_FREAK, VU#243585.
Description of the vulnerability
The TLS protocol uses a series of messages which have to be exchanged between the client and the server, before establishing a secured session.
Several cryptographic algorithms can be negotiated, such as algorithms allowed for USA export (less than 512 bits).
An attacker, located as a Man-in-the-Middle, can inject during the session initialization a message choosing an export algorithm. This message should generate an error, however some TLS clients accept it.
Note: the variant related to Windows is described in VIGILANCE-VUL-16332.
An attacker, located as a Man-in-the-Middle, can therefore force the Chrome, JSSE, LibReSSL, Mono or OpenSSL client to accept a weak export algorithm, in order to more easily capture or alter exchanged data.
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JSSE, CyaSSL, Mono, OpenSSL: clear text session via SKIP-TLS
Synthesis of the vulnerability
An attacker, who has a TLS server, can force the JSSE, CyaSSL, Mono or OpenSSL client/server to use a clear text session, in order to allow a third party to capture or alter exchanged data.
Impacted products: ArubaOS, ProxyAV, ProxySG par Blue Coat, SGOS by Blue Coat, FabricOS, Brocade Network Advisor, Cisco ATA, AnyConnect VPN Client, Cisco ACE, ASA, AsyncOS, Cisco ESA, IOS by Cisco, IronPort Email, IronPort Web, Nexus by Cisco, NX-OS, Cisco Prime Access Registrar, Prime Collaboration Assurance, Cisco Prime DCNM, Prime Infrastructure, Cisco Prime LMS, Prime Network Control Systems, Cisco PRSM, Cisco Router, Cisco IP Phone, Cisco MeetingPlace, Cisco WSA, Clearswift Email Gateway, Debian, BIG-IP Hardware, TMOS, Fedora, FreeBSD, HP-UX, AIX, IRAD, Tivoli Workload Scheduler, WebSphere MQ, Juniper J-Series, Junos OS, Junos Space, Junos Space Network Management Platform, NSM Central Manager, NSMXpress, Juniper SBR, McAfee Email Gateway, ePO, McAfee Web Gateway, Windows (platform) ~ not comprehensive, Data ONTAP, NetBSD, NetScreen Firewall, ScreenOS, Nodejs Core, Java OpenJDK, OpenSSL, openSUSE, Oracle Communications, Java Oracle, JavaFX, Solaris, pfSense, Puppet, RHEL, Slackware, Splunk Enterprise, stunnel, SUSE Linux Enterprise Desktop, SLES, Ubuntu, Unix (platform) ~ not comprehensive, vCenter Server, VMware vSphere.
Severity: 2/4.
Consequences: data reading.
Provenance: internet server.
Number of vulnerabilities in this bulletin: 2.
Creation date: 04/03/2015.
Revision date: 09/03/2015.
Identifiers: 1699051, 1700706, 1701485, 9010028, ARUBA-PSA-2015-003, bulletinjan2015, c04517481, c04556853, c04580241, c04583581, CERTFR-2015-AVI-108, CERTFR-2015-AVI-146, CERTFR-2016-AVI-303, cisco-sa-20150310-ssl, cpujan2015, cpuoct2017, CTX216642, CVE-2014-6593, CVE-2015-0205, DSA-3125-1, DSA-3144-1, DSA-3147-1, FEDORA-2015-0512, FEDORA-2015-0601, FEDORA-2015-0983, FEDORA-2015-1075, FEDORA-2015-1150, FEDORA-2015-8251, FEDORA-2015-8264, FreeBSD-SA-15:01.openssl, HPSBUX03219, HPSBUX03244, HPSBUX03273, HPSBUX03281, JSA10679, MDVSA-2015:019, MDVSA-2015:033, MDVSA-2015:062, NetBSD-SA2015-006, NTAP-20150205-0001, openSUSE-SU-2015:0130-1, openSUSE-SU-2015:0190-1, openSUSE-SU-2015:1277-1, RHSA-2015:0066-01, RHSA-2015:0067-01, RHSA-2015:0068-01, RHSA-2015:0069-01, RHSA-2015:0079-01, RHSA-2015:0080-01, RHSA-2015:0085-01, RHSA-2015:0086-01, RHSA-2015:0133-01, RHSA-2015:0134-01, RHSA-2015:0135-01, RHSA-2015:0136-01, RHSA-2015:0263-01, RHSA-2015:0264-01, SA40015, SA88, SB10104, SB10108, SKIP-TLS, SOL16120, SOL16123, SOL16124, SOL16126, SOL16135, SOL16136, SOL16139, SPL-95203, SSA:2015-009-01, SSRT101859, SSRT101885, SSRT101951, SSRT101968, SUSE-SU-2015:0336-1, SUSE-SU-2015:0503-1, USN-2459-1, USN-2486-1, USN-2487-1, VIGILANCE-VUL-16300, VMSA-2015-0003, VMSA-2015-0003.1, VMSA-2015-0003.10, VMSA-2015-0003.11, VMSA-2015-0003.12, VMSA-2015-0003.13, VMSA-2015-0003.14, VMSA-2015-0003.15, VMSA-2015-0003.2, VMSA-2015-0003.3, VMSA-2015-0003.4, VMSA-2015-0003.5, VMSA-2015-0003.6, VMSA-2015-0003.8, VMSA-2015-0003.9.
Description of the vulnerability
The TLS protocol uses a series of messages which have to be exchanged between the client and the server, before establishing a secured session.
However, clients such as JSSE or CyaSSL accept if the server directly skips to the final state (CVE-2014-6593, first analyzed in VIGILANCE-VUL-16014). Moreover, servers such as Mono or OpenSSL accept if the client directly skips to the final state (CVE-2015-0205, first analyzed in VIGILANCE-VUL-15934).The established session thus uses no encryption.
An attacker, who has a TLS server, can therefore force the JSSE, CyaSSL, Mono or OpenSSL client/server to use a clear text session, in order to allow a third party to capture or alter exchanged data.
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Wireshark 1.10: three vulnerabilities
Synthesis of the vulnerability
An attacker can use several vulnerabilities of Wireshark 1.10.
Impacted products: Debian, openSUSE, Solaris, RHEL, Wireshark.
Severity: 2/4.
Consequences: client access/rights, denial of service on service, denial of service on client.
Provenance: intranet client.
Number of vulnerabilities in this bulletin: 3.
Creation date: 05/03/2015.
Identifiers: bulletinapr2015, CERTFR-2015-AVI-087, CERTFR-2015-AVI-169, CVE-2015-2188, CVE-2015-2189, CVE-2015-2191, DSA-3210-1, MDVSA-2015:183, openSUSE-SU-2015:0489-1, RHSA-2015:1460-01, RHSA-2015:2393-01, VIGILANCE-VUL-16319, wnpa-sec-2015-07, wnpa-sec-2015-08, wnpa-sec-2015-10.
Description of the vulnerability
Several vulnerabilities were announced in Wireshark 1.10.
An attacker can send a malicious WCP packet, in order to trigger a denial of service. [severity:2/4; CVE-2015-2188, wnpa-sec-2015-07]
An attacker can generate an error in pcapng, in order to trigger a denial of service. [severity:2/4; CVE-2015-2189, wnpa-sec-2015-08]
An attacker can generate an infinite loop in TNEF, in order to trigger a denial of service. [severity:2/4; CVE-2015-2191, wnpa-sec-2015-10]
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