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Full Description
Are you serious about network security? Then check out SSH, the Secure Shell, which provides key-based authentication and transparent encryption for your network connections. It's reliable, robust, and reasonably easy to use, and both free and commercial implementations are widely available for most operating systems. While it doesn't solve every privacy and security problem, SSH eliminates several of them very effectively. Everything you want to know about SSH is in our second edition of SSH, The Secure Shell: The Definitive Guide. This updated book thoroughly covers the latest SSH-2 protocol for system administrators and end users interested in using this increasingly popular TCP/IP-based solution. How does it work? Whenever data is sent to the network, SSH automatically encrypts it. When data reaches its intended recipient, SSH decrypts it. The result is "transparent" encryption-users can work normally, unaware that their communications are already encrypted. SSH supports secure file transfer between computers, secure remote logins, and a unique "tunneling" capability that adds encryption to otherwise insecure network applications.
With SSH, users can freely navigate the Internet, and system administrators can secure their networks or perform remote administration. Written for a wide, technical audience, SSH, The Secure Shell: The Definitive Guide covers several implementations of SSH for different operating systems and computing environments. Whether you're an individual running Linux machines at home, a corporate network administrator with thousands of users, or a PC/Mac owner who just wants a secure way to telnet or transfer files between machines, our indispensable guide has you covered. It starts with simple installation and use of SSH, and works its way to in-depth case studies on large, sensitive computer networks. No matter where or how you're shipping information, SSH, The Secure Shell: The Definitive Guide will show you how to do it securely.
Contents
Preface 1. Introduction to SSH 1.1 What Is SSH? 1.2 What SSH Is Not 1.3 The SSH Protocol 1.4 Overview of SSH Features; 1.5 History of SSH 1.6 Related Technologies 1.7 Summary; 2. Basic Client Use 2.1 A Running Example 2.2 Remote Terminal Sessions with ssh 2.3 Adding Complexity to the Example; 2.4 Authentication by Cryptographic Key 2.5 The SSH Agent; 2.6 Connecting Without a Password or Passphrase 2.7 Miscellaneous Clients 2.8 Summary 3. Inside SSH 3.1 Overview of Features 3.2 A Cryptography Primer 3.3 The Architecture of an SSH System 3.4 Inside SSH-2 3.5 Inside SSH-1; 3.6 Implementation Issues 3.7 SSH and File Transfers (scp and sftp) 3.8 Algorithms Used by SSH 3.9 Threats SSH Can Counter; 3.10 Threats SSH Doesn't Prevent 3.11 Threats Caused by SSH; 3.12 Summary 4. Installation and Compile-Time Configuration; 4.1. Overview 4.2 Installing OpenSSH 4.3 Installing Tectia; 4.4 Software Inventory 4.5 Replacing r-Commands with SSH; 4.6 Summary 5. Serverwide Configuration 5.1 Running the Server 5.2 Server Configuration: An Overview 5.3 Getting Ready: Initial Setup 5.4 Authentication: Verifying Identities; 5.5 Access Control: Letting People In 5.6 User Logins and Accounts 5.7 Forwarding 5.8 Subsystems 5.9 Logging and Debugging 5.10 Compatibility Between SSH-1 and SSH-2 Servers; 5.11 Summary 6. Key Management and Agents 6.1 What Is an Identity? 6.2 Creating an Identity 6.3 SSH Agents; 6.4 Multiple Identities 6.5 PGP Authentication in Tectia; 6.6 Tectia External Keys 6.7 Summary 7. Advanced Client Use; 7.1 How to Configure Clients 7.2 Precedence 7.3 Introduction to Verbose Mode 7.4 Client Configuration in Depth 7.5 Secure Copy with scp 7.6 Secure, Interactive Copy with sftp 7.7 Summary 8. Per-Account Server Configuration 8.1 Limits of This Technique 8.2 Public-Key-Based Configuration 8.3 Hostbased Access Control 8.4 The User rc File 8.5 Summary; 9. Port Forwarding and X Forwarding 9.1 What Is Forwarding?; 9.2 Port Forwarding 9.3 Dynamic Port Forwarding 9.4 X Forwarding 9.5 Forwarding Security: TCP-wrappers and libwrap; 9.6 Summary 10. A Recommended Setup 10.1 The Basics; 10.2 Compile-Time Configuration 10.3 Serverwide Configuration; 10.4 Per-Account Configuration 10.5 Key Management 10.6 Client Configuration 10.7 Remote Home Directories (NFS, AFS); 10.8 Summary 11. Case Studies 11.1 Unattended SSH: Batch or cron Jobs 11.2 FTP and SSH 11.3 Pine, IMAP, and SSH; 11.4 Connecting Through a Gateway Host 11.5 Scalable Authentication for SSH 11.6 Tectia Extensions to Server Configuration Files 11.7 Tectia Plugins 12. Troubleshooting and FAQ 12.1 Debug Messages: Your First Line of Defense; 12.2 Problems and Solutions 12.3 Other SSH Resources; 13. Overview of Other Implementations 13.1 Common Features; 13.2 Covered Products 13.3 Other SSH Products 14. OpenSSH for Windows 14.1 Installation 14.2 Using the SSH Clients 14.3 Setting Up the SSH Server 14.4 Public-Key Authentication; 14.5 Troubleshooting 14.6 Summary 15. OpenSSH for Macintosh; 15.1 Using the SSH Clients 15.2 Using the OpenSSH Server; 16. Tectia for Windows 16.1 Obtaining and Installing 16.2 Basic Client Use 16.3 Key Management 16.4 Accession Lite; 16.5 Advanced Client Use 16.6 Port Forwarding 16.7 Connector; 16.8 File Transfers 16.9 Command-Line Programs 16.10 Troubleshooting 16.11 Server17. SecureCRT and SecureFX for Windows 17.1 Obtaining and Installing 17.2 Basic Client Use 17.3 Key Management 17.4 Advanced Client Use 17.5 Forwarding; 17.6 Command-Line Client Programs 17.7 File Transfer 17.8 Troubleshooting 17.9 VShell 17.10 Summary 18. PuTTY for Windows 18.1 Obtaining and Installing 18.2 Basic Client Use; 18.3 File Transfer 18.4 Key Management 18.5 Advanced Client Use 18.6 Forwarding 18.7 Summary; A. OpenSSH 4.0 New Features; B. Tectia Manpage for sshregex; C. Tectia Module Names for Debugging; D. SSH-1 Features of OpenSSH and Tectia; E. SSH Quick Reference Index
