jQuery versions prior to 3.5 suffer from an html() cross site scripting vulnerability.

Phrack: Attacking JavaScript Engines: A case study of JavaScriptCore and CVE-2016-4622.

Whitepaper from Phrack called .NET Instrumentation via MSIL bytecode injection.

Jolla Phone with Sailfish OS versions 1.1.1.27 and below suffer from a telephone URI spoofing vulnerability.

Juniper Secure Access suffers from a cross site scripting vulnerability. SA Appliances running Juniper IVE OS 6.0 or higher are affected.

The Juniper SRX suffers from a dual-homed swapfile overflow error that can cause denial of service conditions.

This is a list of older cross site scripting and bypass vulnerabilities associated with older Juniper IVE releases.

Juniper VPN client with remote desktop lets an attacking spawn Internet Explorer prior to authentication.

Juniper Secure Access software suffers from a reflective cross site scripting vulnerability.

Juniper JunOS version 9.x suffers from a html injection vulnerability that allows for cross site scripting attacks.

A special crafted ICMP ECHO REQUEST can cause a denial of service condition on the Juniper SSG20.

Certain Secure Access SA Series SSL VPN products (originally developed by Juniper Networks but now sold and supported by Pulse Secure, LLC) allow privilege escalation, as demonstrated by Secure Access SSL VPN SA-4000 5.1R5 (build 9627) 4.2 Release (build 7631). This occurs because appropriate controls are not performed.

This is a whitepaper tutorial that describes steps taken to identify post-authentication remote SQL injection vulnerabilities in Centreon version 19.10-3.el7.

Oracle Java versions prior to 7u25 suffer from an invalid array indexing vulnerability that exists within the native storeImageArray() function inside jre/bin/awt.dll. This exploit code demonstrates remote code execution by popping calc.exe. It was obtained through the Packet Storm Bug Bounty program.

Oracle Java versions prior to 7u25 suffer from an invalid array indexing vulnerability that exists within the native storeImageArray() function inside jre/bin/awt.dll. This vulnerability allows for remote code execution. User interaction is required for this exploit in that the target must visit a malicious page or open a malicious file. This finding was obtained through the Packet Storm Bug Bounty program.

The IntegerInterleavedRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a signed integer overflow that allows bypassing of "dataOffsets[0]" boundary checks. This exploit code demonstrates remote code execution by popping calc.exe. It was obtained through the Packet Storm Bug Bounty program.

The IntegerInterleavedRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a signed integer overflow that allows bypassing of "dataOffsets[0]" boundary checks. This vulnerability allows for remote code execution. User interaction is required for this exploit in that the target must visit a malicious page or open a malicious file. This finding was purchased through the Packet Storm Bug Bounty program.

This Metasploit module abuses an Invalid Array Indexing Vulnerability on the static function storeImageArray() function in order to produce a memory corruption and finally escape the Java Sandbox. The vulnerability affects Java version 7u21 and earlier. The module, which doesn't bypass click2play, has been tested successfully on Java 7u21 on Windows and Linux systems. This was created based upon the Packet Storm Bug Bounty release for this issue.

The BytePackedRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a signed integer overflow that allows bypassing of "dataBitOffset" boundary checks. This exploit code demonstrates remote code execution by popping calc.exe. It was obtained through the Packet Storm Bug Bounty program.

The BytePackedRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a signed integer overflow that allows bypassing of "dataBitOffset" boundary checks. This vulnerability allows for remote code execution. User interaction is required for this exploit in that the target must visit a malicious page or open a malicious file. This finding was purchased through the Packet Storm Bug Bounty program.

The ByteComponentRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a memory corruption vulnerability that allows bypassing of "dataOffsets[]" boundary checks. This exploit code demonstrates remote code execution by popping calc.exe. It was obtained through the Packet Storm Bug Bounty program.

The ByteComponentRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a memory corruption vulnerability that allows bypassing of "dataOffsets[]" boundary checks. This vulnerability allows for remote code execution. User interaction is required for this exploit in that the target must visit a malicious page or open a malicious file. This finding was purchased through the Packet Storm Bug Bounty program.

The ShortComponentRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a memory corruption vulnerability that allows bypassing of "dataOffsets[]" boundary checks when the "numDataElements" field is 0. This exploit code demonstrates remote code execution by popping calc.exe. It was obtained through the Packet Storm Bug Bounty program.

The ShortComponentRaster.verify() method in Oracle Java versions prior to 7u25 is vulnerable to a memory corruption vulnerability that allows bypassing of "dataOffsets[]" boundary checks when the "numDataElements" field is 0. This vulnerability allows for remote code execution. User interaction is required for this exploit in that the target must visit a malicious page or open a malicious file. This finding was purchased through the Packet Storm Bug Bounty program.

Asterisk Project Security Advisory - The RTP support in Asterisk maintains its own registry of dynamic codecs and desired payload numbers. While an SDP negotiation may result in a codec using a different payload number these desired ones are still stored internally. When an RTP packet was received this registry would be consulted if the payload number was not found in the negotiated SDP. This registry was incorrectly consulted for all packets, even those which are dynamic. If the payload number resulted in a codec of a different type than the RTP stream (for example the payload number resulted in a video codec but the stream carried audio) a crash could occur if no stream of that type had been negotiated. This was due to the code incorrectly assuming that a stream of the type would always exist.

This Metasploit module will bypass UAC on Windows 8-10 by hijacking a special key in the Registry under the Current User hive, and inserting a custom command that will get invoked when any binary (.exe) application is launched. But slui.exe is an auto-elevated binary that is vulnerable to file handler hijacking. When we run slui.exe with changed Registry key (HKCU:SoftwareClassesexefileshellopencommand), it will run our custom command as Admin instead of slui.exe. The module modifies the registry in order for this exploit to work. The modification is reverted once the exploitation attempt has finished. The module does not require the architecture of the payload to match the OS. If specifying EXE::Custom your DLL should call ExitProcess() after starting the payload in a different process.

The VMX process (vmware-vmx.exe) process configures and hosts an instance of VM. As is common with desktop virtualization platforms the VM host usually has privileged access into the OS such as mapping physical memory which represents a security risk. To mitigate this the VMX process is created with an elevated integrity level by the authentication daemon (vmware-authd.exe) which runs at SYSTEM. This prevents a non-administrator user opening the process and abusing its elevated access. Unfortunately the process is created as the desktop user which results in the elevated process sharing resources such as COM registrations with the normal user who can modify the registry to force an arbitrary DLL to be loaded into the VMX process. Affects VMware Workstation Windows version 14.1.5 (on Windows 10). Also tested on VMware Player version 15.

Furukawa Electric ConsciusMAP version 2.8.1 java deserialization remote code execution exploit.

Jira version 8.3.4 suffers from a username enumeration information disclosure vulnerability.

SmartClient version 120 suffers from information disclosure, local file inclusion, remote file upload, and XML external entity injection vulnerabilities.

Cisco M1070 Content Security Management Appliance IronPort remote host header injection exploit.

Cisco C170 Email Security Appliance version 10.0.3-003 IronPort remote host header injection exploit.

Cisco Email Security Virtual Appliance C100V IronPort remote host header injection exploit.

Cisco C690 Email Security Appliance version 11.0.2-044 IronPort remote host header injection exploit.

Cisco Email Security Virtual Appliance C600V IronPort remote host header injection exploit.

Cisco Email Security Virtual Appliance C370 IronPort remote host header injection exploit.

Cisco IronPort C350 remote host header injection exploit.

Cisco Content Security Management Virtual Appliance M600V IronPort remote host header injection exploit.

Cisco Email Security Virtual Appliance C300V IronPort remote host header injection exploit.

Cisco Email Security Virtual Appliance C380 IronPort remote host header injection exploit.

Cisco DCNM JBoss version 10.4 suffers from a credential leakage vulnerability.

Cisco Data Center Network Manager version 11.2.1 suffers from a remote SQL injection vulnerability.

Cisco Data Center Network Manager version 11.2.1 remote command injection exploit.

Asterisk Project Security Advisory - A memory leak occurs when an Asterisk pjsip session object is created and that call gets rejected before the session itself is fully established. When this happens the session object never gets destroyed.