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Gain hands-on experience of CCNP Remote Access topics with lab scenarios for the new 642-821 BCRAN exam.

• Prepare for the CCNP 642-821 BCRAN exam and gain a better, practical understanding of exam concepts
• Experience how remote access concepts work in a real network with practice labs that walk you through their implementation
• Review set-up guides that show you how to prepare a lab for study
• Ready yourself for the new simulation-based questions on the CCNP exams

CCNP Practical Studies: Remote Access (CCNP Self-Study) prepares readers for the CCNP 642-821 BCRAN exam and for workplace challenges in implementing remote access network applications. Designed as a topic-by-topic guide of how to apply remote access concepts in a real network setting, this book is useful in preparing a CCNP candidate for the general exam questions by providing a better understanding of how remote access really works. It is also essential in preparing candidates for the new simulation-based questions that are on the Cisco certification exams. Finally, it serves anyone wanting a guide to real-world application of these concepts, regardless of certification interest.

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Table of Content
Introduction
Goals of This Book
Audience
Organization
How Best to Use This Book
Equipment
Summary
Icons Used in This Book
Command Syntax Conventions
Chapter 1. Introduction to Remote Access
Types of Remote-Access Users
Remote-Access Technologies
Summary
Review Questions
Chapter 2. Building a CCNP Remote-Access Lab
Creating LANs
Creating WANs by Using a Cisco Router as a Frame Relay Switch
Creating Asynchronous, ISDN, PPP, DDR, Dial Backup, AAA, and Security Labs
Summary
Chapter 3. Modem Connections and Operation Overview
A Typical Modem Connection
DTE-to-DTE Wiring
Data Compression and Error Control
Configuring the Modem (DCE)
Scenarios
Practical Exercise 3-1: Configuring a Modem on the AUX Port for EXEC Dial-in Connectivity
Practical Exercise 3-1 Solution
Practical Exercise 3-2: Connecting Routers Back-to-Back Through the AUX Ports
Practical Exercise 3-2 Solution
Summary
Review Questions
Chapter 4. Using Cable Modems to Access a Central Site
Cable Modem Technology Overview
Scenarios
Basic Cable Modem Troubleshooting Using Cisco IOS Software Commands
Practical Exercise: The CMTS and DOCSIS-Compliant Bridging Cable Modem Configuration
Practical Exercise Solution
Summary
Review Questions
Chapter 5. Configuring Point-to-Point Protocol and Controlling Network Access
PPP Overview
Configuring PPP
Scenarios
Practical Exercise: Dial In and Dial Out
Practical Exercise Solution
Summary
Review Questions
Chapter 6. Using ISDN and DDR Technologies to Enhance Remote Connectivity
ISDN Overview
DDR
The ISDN Layer Protocols
Examining ISDN Call Setup and Teardown
Configuring ISDN
Scenarios
Practical Exercise 6-1: Dialing Out with ISDN
Practical Exercise 6-1 Solution
Practical Exercise 6-2: ISDN as a Backup
Practical Exercise 6-2 Solution
Summary
Review Questions
Chapter 7. Optimizing the Use of DDR with Interface Dialer Profiles and Rotary Groups
DDR and Dialer Profiles
Dialer Rotary Group Overview
Dialer Profiles and Dialer Rotary Group Configuration
Scenarios
Practical Exercise: Configuring Dialer Profiles
Practical Exercise Solution
Summary
Review Questions
Chapter 8. Using DSL to Access a Central Site
ADSL Overview
Cisco 6160 DSLAM Overview
Cisco 6400 UAC Overview
DSL Access Architectures and Protocols
Scenarios
Practical Exercise 8-1: PPPoA over DSL
Practical Exercise 8-1 Solution
Practical Exercise 8-2: RFC 1483 Bridging over DSL
Practical Exercise 8-2 Solution
Summary
Review Questions
Chapter 9. Frame Relay Connectivity and Traffic Flow Control
Frame Relay Background
Frame Relay Terminology
Frame Relay Devices
Frame Relay Topologies
Frame Relay Virtual Circuits
Frame Relay Configuration Tasks
Disabling or Reenabling Inverse ARP
Frame Relay Subinterfaces
Network-to-Network Interface
User-Network Interface
Congestion-Control Mechanisms
Frame Relay Traffic Shaping
Troubleshooting Frame Relay Connectivity
Scenarios
Practical Exercise 9-1: Unnumbered Frame Relay
Practical Exercise 9-1 Solution
Practical Exercise 9-2: Configuring Multipoint Subinterfaces
Practical Exercise 9-2 Solution
Practical Exercise 9-3: Configuring Traffic Shaping on a PVC
Practical Exercise 9-3 Solution
Practical Exercise 9-4: Configuring Guaranteed Rates on an Interface
Practical Exercise 9-4 Solution
Practical Exercise 9-5: Configuring Frame Relay Switching
Practical Exercise 9-5 Solution
Summary
Review Questions
Chapter 10. Enabling a Backup to the Permanent Connection
Backup Overview
Triggering Dial Backup
Scenarios
Practical Exercise: Enabling Backup for a Primary Link
Practical Exercise Solution
Summary
Review Questions
Chapter 11. Managing Network Performance with Queuing and Compression
Considerations for Traffic Prioritization
Queuing Operations
Configuring and Verifying Queuing
Compression
Scenarios
Practical Exercise: Configuring Priority Queuing
Practical Exercise Solution
Summary
Review Questions
Chapter 12. Scaling IP Addressing with Network Address Translation
NAT Operation
Configuring NAT
NAT Order of Operation
When to Use NAT
NAT Configuration Task List
Scenarios
Practical Exercise 12-1: Dynamic NAT Using an Outside Source List
Practical Exercise 12-1 Solution
Practical Exercise 12-2: Combining Dynamic and Static NAT
Practical Exercise 12-2 Solution
Summary
Review Questions
Chapter 13. Using AAA to Scale Access Control in an Expanding Network
AAA Overview
Configuring AAA
Scenarios
Practical Exercise: ISDN Callback Using TACACS+
Practical Exercise Solution
Summary
Review Questions
Chapter 14. Securing Remote-Access Networks
Internet Protocol Security
Cisco VPN Products
Virtual Private Networks
Memory and CPU Considerations
Monitoring and Maintaining IPSec
Clearing IKE Connections
Troubleshooting IKE
QoS for Virtual Private Networks
Configuring QoS for VPN Support
Monitoring and Maintaining QoS for VPNs
Scenarios
Practical Exercise 14-1: IPSec Router-to-Router
Practical Exercise 14-1 Solution
Practical Exercise 14-2: Three Full-Mesh IPSec Routers
Practical Exercise 14-2 Solution
Practical Exercise 14-3: IPSec Router-to-Router Hub and Spoke
Practical Exercise 14-3 Solution
Practical Exercise 14-4: IPSec Between Three Routers Using Private Addresses
Practical Exercise 14-4 Solution
Practical Exercise 14-5: IPSec/GRE with NAT
Practical Exercise 14-5 Solution
Practical Exercise 14-6: Router to VPN Client with a Preshared Key and NAT
Practical Exercise 14-6 Solution
Practical Exercise 14-7: PIX to Cisco Secure VPN Client with a Preshared Key
Practical Exercise 14-7 Solution
Practical Exercise 14-8: PIX to Cisco VPN 3000 Client
Practical Exercise 14-8 Solution
Practical Exercise 14-9: Layer 2 Tunneling Protocol over IPSec
Practical Exercise 14-9 Solution

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Why PC Hacks?
The term hacking has a bad reputation in the press. They use it to refer to someone who breaks into systems or wreaks havoc with computers as their weapon. Among people who write code, though, the term hack refers to a “quick-and-dirty” solution to a problem or a clever way to get something done. And the term hacker is taken very much as a compliment, indicating that someone is being creative, having the technical chops to get things done. The Hacks series is an attempt to reclaim the word, document the good ways people are hacking, and pass the hacker ethic of creative participation on to the uninitiated. Seeing how others approach systems and problems is often the quickest way to learn about a new technology.

Table of Contents
Why PC Hacks?
How to Use This Book
How This Book Is Organized
Conventions
Using Code Examples
Disclaimer
How to Contact O’Reilly
Got a Hack?
Chapter 1. Basic System Board Hacks
Introduction: Hacks #1-10
Hack 1. Lock Others Out of Your Computer
Hack 2. Bypass the BIOS Password
Hack 3. Recover a BIOS That Won’t Boot
Hack 4. Boot Faster
Hack 5. Display a Boot-Time Graphic
Hack 6. Configure Boot Device Order
Hack 7. Set Your Clock Back
Hack 8. Avoid the Legacy USB Option
Hack 9. Hack an Unhackable BIOS
Hack 10. Upgrade Your Flash BIOS
Chapter 2. Basic System Board Setup
Introduction: Hacks #11-18
Hack 11. Step Away from the Legacy Device
Hack 12. Manage Devices
Hack 13. Configure Serial Ports
Hack 14. Configure Parallel Ports
Hack 15. Configure Sound Cards
Hack 16. Configure SCSI Host Adapters
Hack 17. Configure Network Cards
Hack 18. Reeducate Plug and Play
Chapter 3. CPU Hacks
Hacks #19-29
Hack 19. Get More Power
Hack 20. Identify Your CPU
Hack 21. Which CPUs Are Hackable?
Hack 22. Which System Boards Are Hackable?
Hack 23. Determine Your CPU Speed
Hack 24. Keep It Cool
Hack 25. Control CPU Clock Speed from the BIOS
Hack 26. As Goes Voltage, So Goes Speed
Hack 27. Set the CPU Multiplier
Hack 28. Unlock Your CPU Multiplier
Hack 29. Check the Vents
Chapter 4. Memory Hacks
Introduction: Hacks #30-39
Hack 30. Install More RAM
Hack 31. Recognize Memory Limitations
Hack 32. Install the RAM Your Operating System Needs
Hack 33. Tame the Windows 95 and 98 Cache
Hack 34. Manage the Paging File
Hack 35. Manage Windows System Resources
Hack 36. Force Windows 98 and Me to Swap Less
Hack 37. Pin the Kernel in RAM
Hack 38. Speed Up Your RAM
Hack 39. Enable Memory Interleave for Via Chipsets
Chapter 5. Disk Hacks
Introduction: Hacks #40-57
Hack 40. Partition and Format Wisely
Hack 41. Determine Your Filesystem
Hack 42. Create a New Partition with NT, 2000, XP, and 2003
Hack 43. Create a New Partition with PartitionMagic
Hack 44. Merge Partitions with PartitionMagic
Hack 45. Convert FAT to NTFS
Hack 46. Create or Delete NTFS Partitions from the Recovery Console
Hack 47. Fix the Master Boot Record on FAT Partitions
Hack 48. Fix the Master Boot Record on NTFS Partitions
Hack 49. Fix the Partition Boot Sector on NTFS Partitions
Hack 50. Fix GRUB or LILO Boot Problems
Hack 51. Format Your Disk
Hack 52. Change Logical Drive Letters
Hack 53. Restore DOS Bootability
Hack 54. Rescue a Blown 2000 or XP Installation
Hack 55. Fix the Windows 95 File-Caching Bug
Hack 56. Avoid the Delayed-Write-Caching Blues
Hack 57. Detect Drive Failure Before It Happens
Chapter 6. Disk Drive Performance Hacks
Introduction: Hacks #58-67
Hack 58. Choose the Fastest Hard Drive
Hack 59. Use an 80-Wire Cable
Hack 60. Upgrade Your IDE Interface
Hack 61. Kick It Up a Notch with Serial ATA
Hack 62. Get the Fastest IDE Driver for Intel Chipsets
Hack 63. Get the Fastest IDE Driver for Via Chipsets
Hack 64. Speed It Up with RAID
Hack 65. Speed Up DOS with SMARTDRV
Hack 66. Speed Up Windows with VCACHE
Hack 67. Linux’s Drive Performance Booster
Chapter 7. Video Hacks
Introduction: Hacks #68-74
Hack 68. Get off the PCI Bus
Hack 69. Upgrade from Built-in Video
Hack 70. Don’t Expect Much from AGP Aperture Size
Hack 71. Choose the Correct AGP Mode
Hack 72. Overclock Your nVidia Adapter
Hack 73. Overclock Your ATI Radeon
Hack 74. Overclock Anything
Chapter 8. I/O Device Hacks
Introduction: Hacks #75-84
Basic PC Configuration Rules
Hack 75. Let Windows Tell You About I/O Card Conflicts
Hack 76. Break the Rules with LPT Ports
Hack 77. Break the Rules with COM Ports
Hack 78. Rewire Your COM Ports
Hack 79. Boost COM Port Performance
Hack 80. New Uses for an Old Port
Hack 81. Use USB for Peer-to-Peer Networking
Hack 82. Get the Most out of USB
Hack 83. Install the Driver Before You Install the Hardware
Hack 84. Please Continue Anyway
Chapter 9. Boot-Up Hacks
Introduction: Hacks #85-94
Hack 85. Make a Bare Disk Bootable
Hack 86. Configure a Multiboot System
Hack 87. Multiboot with Third-Party Utilities
Hack 88. Speed up Operating System Installation and Maintenance
Hack 89. Access NTFS Files from Other Operating Systems
Hack 90. Give Your XP Installation Access to the Recovery Console
Hack 91. Hack the Windows 95/98/Me DOS Startup
Hack 92. Hack the MS-DOS Configuration File
Hack 93. Hack the MS-DOS Startup File
Hack 94. Hack the Windows NT/2000/XP Boot Loader
Chapter 10. Configuring a New PC
Introduction: Hacks #95-100
Hack 95. Clone Your Hard Disk
Hack 96. Move Applications and Settings from One PC to Another
Hack 97. Protect Your PC from Viruses
Hack 98. Protect Your PC from Malware
Hack 99. Surround Yourself with a Firewall
Hack 100. Do Your Backups
Colophon

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Back Cover
WARNING: This book is not to be used for hacking into government computers, shutting down AOL, cracking software, phone phreaking, spreading viruses, or any other illegal activity. Is your computer safe from computer viruses and malicious hackers? No matter how secure you think your computer is, it’s still vulnerable to a variety of attacks that can ruin your files or hoodwink you out of thousands of dollars. This newly revised third edition of the best-selling Steal This Computer Book will help you protect yourself. You’ll discover:

• How to tackle spyware, web bugs, and adware—seemingly innocent programs that harvest your private information
• How hackers hide their identities and shred their files
• How hackers write computer viruses and worms
• How Trojan Horse programs work and how to defend against them
• How hackers steal software and defeat copy protection mechanisms
• How to fight back against spammers
• How to tell when your machine is being attacked and what you can do to protect it
• Where the hackers are, how they probe a target and sneak into a computer and what they do when they get there

Table of Contents
Steal This Computer Book 3—What They Won’t Tell You About the Internet
Introduction
Part 1 – Information Overload (Lies, Damn Lies, and Statistics)
Chapter 1 – Finding What You Need—The Magic of Search Engines
Chapter 2 – Alternative Sources of News and Information
Chapter 3 – Censoring Information (We Know What’s Best for You)
Chapter 4 – Hacktivism—Online Activism
Chapter 5 – Pledging Allegiance—Hatred as Patriotism
Chapter 6 – Where the Hackers Are
Part 2 – Dangerous Threats on the Internet
Chapter 7 – Viruses and Worms
Chapter 8 – Trojan Horses— Beware of Geeks Bearing Gifts
Chapter 9 – CON Games on the Internet
Chapter 10 – Online Stalkers
Part 3 – Breaking and Entering Computers
Chapter 11 – Probing a Target
Chapter 12 – Sneaking into a Computer
Chapter 13 – Digging In
Part 4 – Protection Yourself
Chapter 14 – Computing on a Shoestring
Chapter 15 – Protecting Your Data and Your Privacy
Chapter 16 – Waging War on Spam
Chapter 17 – Web Bugs, Adware, Pop-Ups, and Spyware
Part 5 – Protecting Your Computer
Chapter 18 – Firewalls, Intrusion-Detection Systems, and Honeypots
Chapter 19 – Computer Forensics: Recovering and Deleting Data
Chapter 20 – Protecting Your Computer
Appendix A – Software
Appendix B – A Hacker’s Gallery of Rogue Tools
Appendix C – A Bit of History—Phone Phreaking and Other Phun
Appendix D – Glossary

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Table of Contents:
Copyright
Preface
Audience
Assumptions This Book Makes
Contents of This Book
Conventions Used in This Book
Using Code Examples
We’d Like to Hear from You
Safari Enabled
Acknowledgments
Part I: Modifying and Hacking Security Tools
Chapter 1. Writing Plug-ins for Nessus
Section 1.1. The Nessus Architecture
Section 1.2. Installing Nessus
Section 1.3. Using Nessus
Section 1.4. The NASL Interpreter
Section 1.5. Hello World
Section 1.6. Datatypes and Variables
Section 1.7. Operators
Section 1.8. if…else
Section 1.9. Loops
Section 1.10. Functions
Section 1.11. Predefined Global Variables
Section 1.12. Important NASL Functions
Section 1.13. Nessus Plug-ins
Chapter 2. Developing Dissectors and Plug-ins for the Ettercap Network Sniffer
Section 2.1. Installing and Using Ettercap
Section 2.2. Writing an Ettercap Dissector
Section 2.3. Writing an Ettercap Plug-in
Chapter 3. Extending Hydra and Nmap
Section 3.1. Extending Hydra
Section 3.2. Adding Service Signatures to Nmap
Chapter 4. Writing Plug-ins for the Nikto Vulnerability Scanner
Section 4.1. Installing Nikto
Section 4.2. Using Nikto
Section 4.3. Nikto Under the Hood
Section 4.4. Existing Nikto Plug-ins
Section 4.5. Adding Custom Entries to the Plug-in Databases
Section 4.6. Using LibWhisker
Section 4.7. Writing an NTLM Plug-in for Brute-Force Testing
Section 4.8. Writing a Standalone Plug-in to Attack Lotus Domino
Chapter 5. Writing Modules for the Metasploit Framework
Section 5.1. Introduction to MSF
Section 5.2. Overview of Stack Buffer Overflows
Section 5.3. Writing Exploits for MSF
Section 5.4. Writing a Module for the MnoGoSearch Overflow
Section 5.5. Writing an Operating System Fingerprinting Module for MSF
Chapter 6. Extending Code Analysis to the Webroot
Section 6.1. Attacking Web Applications at the Source
Section 6.2. Toolkit 101
Section 6.3. PMD
Section 6.4. Extending PMD
Part II: Modifying and Hacking Security Tools
Chapter 7. Fun with Linux Kernel Modules
Section 7.1. Hello World
Section 7.2. Intercepting System Calls
Section 7.3. Hiding Processes
Section 7.4. Hiding from netstat
Chapter 8. Developing Web Assessment Tools and Scripts
Section 8.1. Web Application Environment
Section 8.2. Designing the Scanner
Section 8.3. Building the Log Parser
Section 8.4. Building the Scanner
Section 8.5. Using the Scanner
Section 8.6. Complete Source Code
Chapter 9. Automated Exploit Tools
Section 9.1. SQL Injection Exploits
Section 9.2. The Exploit Scanner
Section 9.3. Using the Scanner
Chapter 10. Writing Network Sniffers
Section 10.1. Introduction to libpcap
Section 10.2. Getting Started with libpcap
Section 10.3. libpcap and 802.11 Wireless Networks
Section 10.4. libpcap and Perl
Section 10.5. libpcap Library Reference
Chapter 11. Writing Packet-Injection Tools
Section 11.1. Introduction to libnet
Section 11.2. Getting Started with libnet
Section 11.3. Advanced libnet Functions
Section 11.4. Combining libnet and libpcap
Section 11.5. Introducing AirJack

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Preface
Windows XP marks the biggest change to the Windows OS since the advent of Windows 95. It combines the stability of the NT/2000 operating system with the user-friendliness and hardware support of the consumer Windows line—and it does so literally, because those two operating systems have been combined for the first time in XP. Although there are two versions of XP—Home Edition and Professional Edition—the differences between them are relatively minor and have to do primarily with security and administrator tools. Under the hood, they’re the same OS.

XP marks several other change as well. DOS is no longer a part of the underlying OS, although it’s still available as a command prompt. Multimedia and graphics have been built into the operating system more directly than before and are no longer treated as an afterthought. And, cosmetically, XP has been given a makeover, in both the way it looks (rounded windows and almost cartoonish at times) and the way it works.

All this is good news for would-be operating system hackers. Because of the operating system’s greater stability, those who work under the hood of XP can concentrate on actually getting work done and making the OS more effective, rather than trying to fix its shortcomings. Because of the richer interface and greater support for graphics and multimedia, you can more easily change the way the operating system works and looks. And, because the OS offers a variety of tools for recovering from errors, you can hack to your heart’s content without worrying that you’ll damage the OS beyond recognition.

This collection is based on the hands-on, real-world experience of those who in many cases have been using PCs well before any version of Windows even existed. They have wrestled with each new version of Windows as it was released, and found ways to take advantage of every nook and cranny of the operating system. When XP came out, they applied that hard-earned knowledge to it as well, and came up with ways to take advantage of the myriad new features of the operating system.

The results is 100 hacks that are useful, frequently entertaining, and will save you countless hours at the keyboard. Whether you want to speed up your PC, customize XP’s interface, hack your wired and wireless network, get more out of the Web, make better use of email, use the Registry to bend the operating system to your will, or use XP for countless other useful tasks, you’ll find what you’re looking for here. And each hack doesn’t just show you how to do something; it also teaches why it works. Each hack is a starting point, rather than an ending point, so that you can apply the knowledge you’ve gained to create new hacks of your own. Try it out—who knows, in the next edition of this book, you may get a hack of your own published.

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The practical guide to simulating, detecting, and responding to network attacks

Overview:

• Assess your network’s defensive strengths and eliminate vulnerabilities with proven internal testing methodologies
• Learn how to perform simulated attacks on live networks
• Detect network attacks using the Cisco Intrusion Detection Sensor and Security Agent
• A complete real-world case study shows a step-by-step process for conducting your own penetration tests

Security threats are on the rise, and companies must be prepared against them. The one way companies are assessing security risk and the vulnerability of their networks is by hiring security firms to attempt to penetrate their networks or by developing their own penetration testing skills to gradually or always monitoring network vulnerabilities. Penetration testing and security aspect is a growing field, however there is no definite resources on how to perform a penetration test and testing ethically. Penetration Testing and Cisco Network Defense offers detailed steps on how to emulate any outsider attacker to penetrate the security of your network. Unlike other hacking books, this book is specifically geared toward penetration testing, so you will know how the hacking process is work practically rather than just a theory. The book divided into two parts, one part is provide a set of guidelines and methodologies for understanding and the other part is performing internal penetration tests. It will also shows you how an attack can be detected on a network by using Intrusion Detection System. Part one also covering understanding penetration testing, assessing risks, and creating a testing plan. Part two also focuses on penetration testing, and each chapter includes three essential components: 1. Perform a simulated attack using popular commercial products or open source applications; 2. Learn to detect the attack with Cisco Intrusion Detection Sensor and Security Agent; 3. Tips and Tricks on how to harden a system against such attacks.
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Content of Index
1. Real World Wireless Security
2. Under Siege
3. Putting the Gear Together: 802.11 Hardware
4. Making the Engine Run: 802.11 Drivers and Utilities
5. Learning to WarDrive: Network Mapping and Site Surveying
6. Assembling the Arsenal: Tools of the Trade
7. Planning the Attack
8. Breaking Through
9. Looting and Pillaging: The Enemy Inside
10. Building the Citadel: An Introduction to Wireless LAN Defence
11. Introduction to Applied Cryptography: Symmetric Ciphers
12. Cryptographic Data Integrity Protection, Key Exchange, and User Authentication Mechanisms
13. The Fortress Gates: User Authentication in Wireless Security
14. Guarding the Airwaves: Deploying Higher-Layer Wireless VPNs
15. Counterintelligence: Wireless IDS Systems
Appendix A: Decibel-Watts Conversion Table
Appendix B: 802.11 Wireless Equipment
Appendix C: Antenna Irradiation Patterns
Appendix D: Wireless Utilities Manpages
Appendix E: Signal Loss for Obstacle Types
Appendix F: Warchalking Signs
Appendix G: Wireless Penetration Testing Template
Appendix H: Default SSIDs for Several Common 802.11 Products
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This book is a compulsory to learn the basic of hacking and the hacking definition myth itself. It includes internet penetration, dial-in penetration, testing internal penetration, Social Engineering, UNIX Methods, The tool kit for hacking, Automated Vulnerability Scanners, Discovery tools, Port Scanners, Sniffers, Password crackers, Windows NT Tools, Remote control, Intrusion Detection System, Firewalls, DOS Attacks. You can download the Ebook in CHM format freely here.

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This book will teach you about Linux server, learn how to installing web server, access control, network addressing, file transfer, administration, samba, Email server, sendmail, backup and restoring data, and etc, but including how to tighten its security aspects in chapter “Advice from a Hacker”. The administration including useful commands, encryption, SSH protocol, inetd/xinetd Daemon.

Author: Michael Flenov
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