The remote host is running the Netscreen VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the FortiGate VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the OpenPGP VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Openswan 2.3.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Openswan 2.2.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.06 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.05 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.04 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.03 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.02 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.01 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Linux FreeS/WAN 2.00 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the XyXEL ZyWALL Router VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.4.1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.4.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.3.2 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.3.1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.3.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.2.2 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.2.1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the StrongSwan 2.2.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the MacOS 10.x VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH QuickSec 1.1.3 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH QuickSec 1.1.2 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH QuickSec 1.1.1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH QuickSec 1.1.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH QuickSec 0.9.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SonicWall VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Nortel Contivity VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the RFC 3947 NAT-T VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH IPSEC Express 5.1.1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH IPSEC Express 5.1.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH IPSEC Express 5.0.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH IPSEC Express 5.0 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the SSH IPSEC Express 4.1.1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Firewall-1 NGX VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Windows 2003 or XP SP2 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote host is running the Windows XP SP1 VPN Server.  A VPN (Virtual Private Network) allows remote users to connect to an internal network as if they were local users.  A VPN that allows split-tunneling will essentially serve as a bridge between the remote network and the internal network.  Special care should be taken to ensure that remote VPN clients connect securely and do not introduce an unacceptable level of risk to the internal computing environment. 

The remote Windows application is prone to a local privilege escalation issue.  The remote host is running ZoneAlarm, a firewall for Windows.  The TrueVector service associated with the version of ZoneAlarm installed on the remote host loads as part of its startup several necessary DLLs without specifying their pathnames.  An attacker with local access can exploit this flaw to execute arbitrary programs on the affected host with LOCAL SYSTEM privileges.

According to its version number, the installed instance of Retrospect Client for Windows reportedly will stop working if it receives a packet starting with a specially-crafted sequence of bytes.  An unauthenticated remote attacker may be able to leverage this flaw to prevent the affected host from being backed up.

ID	Name	Severity
3610	Netscreen VPN Detection	info
3609	Netscreen VPN Detection	info
3608	Netscreen VPN Detection	info
3607	Netscreen VPN Detection	info
3606	Netscreen VPN Detection	info
3605	Netscreen VPN Detection	info
3604	Netscreen VPN Detection	info
3603	Netscreen VPN Detection	info
3602	Netscreen VPN Detection	info
3601	Netscreen VPN Detection	info
3600	Netscreen VPN Detection	info
3599	FortiGate VPN Detection	info
3598	OpenPGP VPN Detection	info
3597	Openswan 2.3.0 VPN Detection	info
3596	Openswan 2.2.0 VPN Detection	info
3595	Linux FreeS/WAN 2.06 VPN Detection	info
3594	Linux FreeS/WAN 2.05 VPN Detection	info
3593	Linux FreeS/WAN 2.04 VPN Detection	info
3592	Linux FreeS/WAN 2.03 VPN Detection	info
3591	Linux FreeS/WAN 2.02 VPN Detection	info
3590	Linux FreeS/WAN 2.01 VPN Detection	info
3589	Linux FreeS/WAN 2.00 VPN Detection	info
3588	XyXEL ZyWALL Router VPN Detection	info
3587	StrongSwan 2.4.1 VPN Detection	info
3586	StrongSwan 2.4.0 VPN Detection	info
3585	StrongSwan 2.3.2 VPN Detection	info
3584	StrongSwan 2.3.1 VPN Detection	info
3583	StrongSwan 2.3.0 VPN Detection	info
3582	StrongSwan 2.2.2 VPN Detection	info
3581	StrongSwan 2.2.1 VPN Detection	info
3580	StrongSwan 2.2.0 VPN Detection	info
3579	MacOS 10.x VPN Detection	info
3578	SSH QuickSec 1.1.3 VPN Detection	info
3577	SSH QuickSec 1.1.2 VPN Detection	info
3576	SSH QuickSec 1.1.1 VPN Detection	info
3575	SSH QuickSec 1.1.0 VPN Detection	info
3574	SSH QuickSec 0.9.0 VPN Detection	info
3573	SonicWall VPN Detection	info
3572	Nortel Contivity VPN Detection	info
3571	RFC 3947 NAT-T VPN Detection	info
3570	SSH IPSEC Express 5.1.1 VPN Detection	info
3569	SSH IPSEC Express 5.1.0 VPN Detection	info
3568	SSH IPSEC Express 5.0.0 VPN Detection	info
3567	SSH IPSEC Express 5.0 VPN Detection	info
3566	SSH IPSEC Express 4.1.1 VPN Detection	info
3565	Firewall-1 NGX VPN Detection	info
3564	Windows 2003 or XP SP2 VPN Detection	info
3563	Windows XP SP1 VPN Detection	info
3493	ZoneAlarm < 6.1.744.001 VSMON.exe Path Subversion Local Privilege Escalation	high
3461	Retrospect Client < 6.5.138 / 7.0.109 Malformed Packet DoS	medium

Detections

Analytics

Generic Family for Nessus Network Monitor

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