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118 Lotus Security Handbook Note that routers capable of filtering based on the port and IP session layer protocol type can be effectively used to limit the types of traffic entering and exiting the network. The ICMP is a good example of a protocol that needs to be filtered by the request type rather than a port number because it does not use a specific IP port. Packet filtering devices play a valuable role in network design despite the introduction of devices that are capable of much more sophisticated inspection and filtering of traffic. The main advantage of a packet filter as a form of firewall is raw performance. Because they do not do an in-depth analysis of the packet, they are in most cases simpler, cheaper, and faster than other types of firewalls. In some cases, the use of a packet filter firewall (typically a router device) in front of a higher layer firewall can improve the overall throughput by reducing the amount of packets requiring analysis by the more sophisticated firewall filter. Stateful packet filters Some firewall products can filter packets based on the activity or state of a connection; this capability is known as being stateful. So in addition to the basic packet filtering functions discussed previously, stateful filters apply access controls based on specific expected events occurring in a given protocol. Each time a TCP connection is established for inbound or outbound connections through the firewall, the information about the connection is logged in a stateful session flow table. The table contains the source and destination addresses, port numbers, TCP sequencing information, and additional flags for each TCP connection associated with that particular connection. This information creates a connection object in the firewall series. Thereafter, inbound and outbound packets are compared against session flows in the connection table and are permitted through the firewall only if an appropriate connection exists to validate their passage. This connection object is temporarily set up until the connection is terminated. Note that a stateful packet filter only inspects the packets predominantly at layer 4 (transport layer), and only inspects the packets at the start of a connection. If the router access control list (ACL) allows the connection, an entry is created in the router’s “state table,” so from that point forward the subsequent packets in the communication are passed through without inspection. By limiting the number of packets that are inspected in detail, the impact on router throughput performance can be kept relatively low. The overhead to examine the data packets in addition to the IP packet header is significant, so the throughput is generally less than a simple packet filtering router. Because of this, stateful packet filters are usually used downstream of an initial packet filtering router. The initial router limits the amount of data packets that reach the stateful filtering router.
Session-layer proxies Although application-level proxies are considered highly secure, they require a high degree of technical configuration and support. To help solve this problem, session-layer proxies, also referred to as circuit-level proxies, were developed. Session-layer proxies are much like application-level proxies. A session-layer gateway establishes a proxy connection between an internal user and an external host. However, unlike application-level proxies, session-layer proxies control the flow of data at the session layer. Working at the session layer means that the proxy actually establishes a virtual circuit between the client and the host on a session-by-session basis. Discussions on the advantages and disadvantages of either type can be found in numerous places. For example, see the following URL: http://www.aventail.com It is important to note the difference between a session-layer proxy and a stateful packet filter. Unlike stateful packet filters, a session-layer proxy inspects all packets, so the throughput is generally lower. SOCKS SOCKS is an IETF standard (RFC-1928) generic proxy protocol for TCP/IP-based applications. The SOCKS protocol provides a flexible framework for developing secure communications by supporting the integration of other security technologies. SOCKSv5 is an IETF (Internet Engineering Task Force) approved standard (RFC 1928), generic proxy protocol for TCP/IP-based networking applications. The SOCKS protocol provides a flexible framework for developing secure communications by easily integrating other security technologies. SOCKS consists of two components, a server and a client. The SOCKS proxy server is implemented at the application layer, while the SOCKS client is implemented between the OSI application and transport layers. It is a session-layer proxy. The basic function of SOCKS is to enable hosts on one side of a SOCKS proxy server to access hosts on the other side of a SOCKS server without requiring direct ITCP/IP connectivity. The relationship of the SOCKS proxy server to the OSI stack is shown Figure 4-2. Chapter 4. Security components and layers 119
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410 Lotus Security Handbook Enablin
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New for Domino 6 430 Lotus Security
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11.9.2 Multi-server session-based a
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478 Lotus Security Handbook databas
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486 Lotus Security Handbook NextExp
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Table 11-13 Conflict between denied
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518 Lotus Security Handbook Control
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520 Lotus Security Handbook “Deny
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11.12.2 Mail policy management New
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Table 11-15 Rule conditions 524 Lot
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Action name Description Change rout
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Table 11-17 DOLS security options O
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530 Lotus Security Handbook For inf
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12.1 Lotus Team Workplace (QuickPla
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12.2.2 Proxy support for Sametime c
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548 Lotus Security Handbook If the
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12.3 Domino Web Access (iNotes) 12.
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12.3.2 Encrypting a mail file on a
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12.3.5 Protection against malicious
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12.5 IBM WebSphere Portal 12.5.1 Au
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560 Lotus Security Handbook WebSphe
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564 Lotus Security Handbook externa
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574 Lotus Security Handbook ► Con
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Figure 14-17 Basic Settings 606 Lot
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Figure 14-21 Firewall rules 14.3 In
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* Notes SDK include files */ #inclu
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} /*--- * filter termination */ uns
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*/ if (authData->userName && authDa
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goto NoUnlockExit; pLookup = (char
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} } ValueLength -= sizeof(WORD); /*
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* *********************************
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if (getspnam_r(userName, &result, b
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674 L
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Hostname="localhost.dotnsf.com" Por
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Other publications Online resources
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Certificate authorities Domino 260
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kFilterParsedRequest Event 299 kFil
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object classes 316 objectclass eDom
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and iNotes 498 events 492 flowchart
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and WebSphere Portal 622 benefits 2
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Lotus Security Handbook Key securit
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