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Index: P

characteristics of

Archie : 8.7.3.1. Packet filtering characteristics of Archie

DNS

8.10.1. Packet Filtering Characteristics of DNS
8.10.5.5. What your packet filtering system needs to allow

finger : 8.8.1.1. Packet filtering characteristics of finger

FSP : 8.2.3.1. Packet filtering characteristics of FSP

FTP : 8.2.1.1. Packet filtering characteristics of FTP

Gopher : 8.7.1.1. Packet filtering characteristics of Gopher

HTTP : 8.6.1. Packet Filtering Characteristics of HTTP

ICMP : 8.12.5.1. Packet filtering characteristics of ICMP

IRC : 8.9.2.1. Packet filtering characteristics of IRC

lp : 8.17.3. Packet Filtering and Proxying Characteristics of lp

lpr : 8.17.1. Packet Filtering Characteristics of lpr

NFS : 8.14.1. Packet Filtering Characteristics of NFS

NIS : 8.15.1. Packet Filtering Characteristics of NIS/YP

NNTP

8.5.1. Packet Filtering Characteristics of NNTP
8.5.4. Good Ways to Set up NNTP in a Firewall Environment

NTP : 8.13.1. Packet Filtering Characteristics of NTP

ping : 8.12.3.1. Packet filtering characteristics of ping

POP : 8.1.2.1. Packet filtering characteristics of POP

"r" commands : 8.4.1.1. Packet filtering characteristics of the BSD `r' commands

rex : 8.4.3.1. Packet filtering characteristics of rex

rexec : 8.4.2.1. Packet filtering characteristics of rexec

RIP : 8.12.2.1. Packet filtering characteristics of RIP

SMTP : 8.1.1.4. Packet filtering characteristics of SMTP

SNMP : 8.12.1.1. Packet filtering characteristics of SNMP

syslog : 8.11.1. Packet Filtering Characteristics of syslog

talk : 8.9.1.1. Packet filtering characteristics of talk

Telnet : 8.3.1. Packet Filtering Characteristics of Telnet

TFTP : 8.2.2.1. Packet filtering characteristics of TFTP

traceroute : 8.12.4.1. Packet filtering characteristics of traceroute

UUCP : 8.2.4.1. Packet filtering characteristics of UUCP

WAIS : 8.7.2.1. Packet filtering characteristics of WAIS

whois : 8.8.2.1. Packet filtering characteristics of whois

X11 : 8.16.1. Packet Filtering Characteristics of X11

choosing a router : 6.8. Choosing a Packet Filtering Router

configuring router : 6.2. Configuring a Packet Filtering Router

conventions for : 6.8.3. It Should Allow Simple Specification of Rules

dynamic : 6.3.3.2. UDP

example of : 6.10. Putting It All Together

with exterior router : 4.2.3.4. Exterior router

inbound versus outbound : 6.8.6. It Should Apply Rules Separately to Incoming and Outgoing Packets, on a Per-Interface Basis

with interior router : 4.2.3.3. Interior router

IP : (see IP)

performance level of : 6.8.1. It Should Have Good Enough Packet Filtering Performance for Your Needs

perimeter, and encryption : 10.5.3. Where Do You Encrypt?

rule sequence of : 6.8.5. It Should Apply Rules in the Order Specified

rules for : 6.5. Conventions for Packet Filtering Rules

rules in screened host architecture : 9.2.2. Packet Filtering Rules

rules in screened subnet architecture : 9.1.2. Packet Filtering Rules

with screened host architecture : 4.2.2. Screened Host Architecture

by service : 6.7. Filtering by Service

by source port : 6.7.4. Risks of Filtering by Source Port

testing : 6.8.7. It Should Be Able to Log Accepted and Dropped Packets

tools for : B.3. Packet Filtering Tools

transparency of : 6.1.1.2. Packet filtering doesn't require user knowledge or cooperation

where to do : 6.8.8. It Should Have Good Testing and Validation Capabilities

packets

4.1. Some Firewall Definitions
6. Packet Filtering
8.12.4. traceroute
(see also traceroute program)
encrypting : (see encryption)
forged : 6.3.7. Non-IP Protocols
fragmenting : 6.3.2.2. IP fragmentation
fragments : 6.3.1.2. IP layer
handling (by router) : 6.4. What Does the Router Do with Packets?
headers of : 6.3. What Does a Packet Look Like?
ICMP : 8.12.5. Other ICMP Packets
inbound versus outbound : 6.2.2. Be Careful of `Inbound' Versus `Outbound' Semantics
rates of : 6.8.1. It Should Have Good Enough Packet Filtering Performance for Your Needs
sniffing, programs for : 10.1.2. Packet Sniffing
source-routed : 5.8.2.5. Turning off routing
structure : 6.3. What Does a Packet Look Like?
TCP : 6.3.3.1. TCP
UDP : 6.3.3.2. UDP

PAR (Positive Acknowledgment with Retransmission) : C.6.2. Transmission Control Protocol

passive (or PASV) mode, FTP : 8.2.1.1. Packet filtering characteristics of FTP

passwords

10.2. What Is Authentication?
10.2.2. Something You Know
(see also authentication)
aging : 12.1.2. Managing Your Accounts
false authentication and : 10.1.3. False Authentication
one-time : 10.3.1. One-Time Passwords
stealing with network taps : 1.2.1.3. Information Theft
time-based : 10.3.2. Time-based Passwords

patches : 12.3.2. Keeping Your Systems Up To Date

pcbind service : 5.8.2.4. Which services should you disable?

performance

with multiple interior routers : 4.3.5. It's Dangerous to Use Multiple Interior Routers
of packet filter : 6.8.1. It Should Have Good Enough Packet Filtering Performance for Your Needs

perimeter nets

multiple : 4.3.7. It's OK to Have Multiple Perimeter Networks
shared : 4.4.5. A Shared Perimeter Network Allows an `Arms-length' Relationship

perimeter network

4.1. Some Firewall Definitions
4.2.3.1. Perimeter network

ping program : 2.10. Network Management Services

configuring : 8.12.3. ping

ping service : 5.6. Selecting Services Provided by the Bastion Host

platforms : Platforms

plug-gw proxy : 7.7.3. Generic Proxying with TIS FWTK

policy, security : (see security, policies of)

POP (Post Office Protocol) : 8.1.2. Post Office Protocol (POP)

multiple services : 8.1.2.2. Proxying characteristics of POP

port numbers : C.12.2. Port Numbers

portmap service

5.8.2.4. Which services should you disable?
B.5.3. portmap

portmapper server : 6.3.3.4. RPC

ports, source, filtering by : 6.7.4. Risks of Filtering by Source Port

ports, well-known : C.12.3. Sockets

positive acknowledgment : C.6.2. Transmission Control Protocol

prearranging file transfer : 8.2.1.6. Be careful of writable directories in the anonymous FTP area

printing : 3.1. Least Privilege

configuring protocols : 8.17. Printing Protocols (lpr and lp)
systems : 2.14. Printing Systems

private

IP addresses : 4.5. What the Future Holds
key cryptography : 10. Authentication and Inbound Services
newsgroups : 2.4. Usenet News

probes, responding to : 12.2.4. Responding to Probes

procedures for proxying, custom : 7.2.2. Using Custom User Procedures for Proxying

processing speed : 5.3.2. How Fast a Machine?

programs, removing nonessential : 5.8.4.2. Remove nonessential programs

promiscuous mode : 5.5. Locating the Bastion Host on the Network

protocols

analyzing : 8.18. Analyzing Other Protocols
bidirectionality of : 6.2.1. Protocols Are Usually Bidirectional
data : (see TCP/IP)
dedicated Archie : 8.7.3.3. Providing Archie service to your users
above IP : 6.3.3. Protocols Above IP
non-IP : 6.3.7. Non-IP Protocols
numbers for : C.12.1. Protocol Numbers
packet filtering and : 6.1.2.2. Some protocols are not well suited to packet filtering
routing : (see RIP)
security of, and proxying : 7.4.3. Protocol Security
time-dependence of : 8.13. Network Time Protocol (NTP)
weaknesses of, and proxy services : 7.1.2.5. Proxy services don't protect you from all protocol weaknesses

proxy services

4.1. Some Firewall Definitions

4.1.2. Proxy Services

7. Proxy Systems

application- versus circuit-level : 7.3.1. Application-Level Versus Circuit-Level Proxies

characteristics of

Archie : 8.7.3.2. Proxying characteristics of Archie

Berkeley "r" commands : 8.4.1.2. Proxying characteristics of the BSD `r' commands

DNS : 8.10.2. Proxying Characteristics of DNS

finger : 8.8.1.2. Proxying characteristics of finger

FSP : 8.2.3.2. Proxying characteristics of FSP

FTP : 8.2.1.2. Proxying characteristics of FTP

Gopher : 8.7.1.2. Proxying characteristics of Gopher

HTTP : 8.6.2. Proxying Characteristics of HTTP

IRC : 8.9.2.2. Proxying characteristics of IRC

lp : 8.17.3. Packet Filtering and Proxying Characteristics of lp

lpr : 8.17.2. Proxying Characteristics of lpr

NFS : 8.14.2. Proxying Characteristics of NFS

NIS : 8.15.2. Proxying Characteristics of NIS/YP

NNTP

8.5.2. Proxying Characteristics of NNTP
8.5.4. Good Ways to Set up NNTP in a Firewall Environment

NTP : 8.13.2. Proxying Characteristics of NTP

ping : 8.12.3.2. Proxying characteristics of ping

POP : 8.1.2.2. Proxying characteristics of POP

rex : 8.4.3.2. Proxying characteristics of rex

rexec : 8.4.2.2. Proxying characteristics of rexec

RIP : 8.12.2.2. Proxying characteristics of RIP

SMTP : 8.1.1.5. Proxying characteristics of SMTP

SNMP : 8.12.1.2. Proxying characteristics of SNMP

syslog : 8.11.2. Proxying Characteristics of syslog

talk : 8.9.1.2. Proxying characteristics of talk

Telnet : 8.3.2. Proxying Characteristics of Telnet

TFTP : 8.2.2.2. Proxying characteristics of TFTP

traceroute : 8.12.4.2. Proxying characteristics of traceroute

UUCP : 8.2.4.2. Proxying characteristics of UUCP

WAIS : 8.7.2.2. Proxying characteristics of WAIS

whois : 8.8.2.2. Proxying characteristics of whois

generic versus dedicated : 7.3.2. Generic Versus Dedicated Proxies

intelligent servers : 7.3.3. Intelligent Proxy Servers

internal versus external clients : 7.4.5. Internal Versus External Clients

Internet services and : 7.4. Using Proxying with Internet Services

multiple operating systems and : 7.1. Why Proxying?

protocol security : 7.4.3. Protocol Security

SOCKS package for : 7.6. Using SOCKS for Proxying

software for : 7.2. How Proxying Works

TIS Internet Firewalls Toolkit for : 7.7. Using the TIS Internet Firewall Toolkit for Proxying

tools for : B.4. Proxy Systems Tools

versus packet filtering : 6.1.1.2. Packet filtering doesn't require user knowledge or cooperation

when unable to provide : 7.8. What If You Can't Proxy?

without proxy server : 7.5. Proxying Without a Proxy Server

public key cryptography : 10. Authentication and Inbound Services

pursuing intruders : 13.3. Pursuing and Capturing the Intruder

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