Enterprise Networking, Security, and Automation Course Booklet (CCNAv7)

Name: Enterprise Networking, Security, and Automation Course Booklet (CCNAv7)
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ISBN: 978-0-13-663473-7

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Beschreibung

Produktdetails

ISBN

978-0-13-663473-7

Auflage

1. Auflage

Erscheinungsdatum

22.08.2020

Bundesländer

Baden-Württemberg + weitere

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Taschenbuch

Verlag

Pearson Academic

Seitenzahl

416

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10/10/10 cm

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862 g

Sprache

Englisch

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Introduction xxx
Chapter 1 Single-Area OSPFv2 Concepts 1
Introduction - 1.0 1
    Why should I take this module? - 1.0.1 1
    What will I learn to do in this module? - 1.0.2 1
OSPF Features and Characteristics - 1.1 1
    Introduction to OSPF - 1.1.1 1
    Components of OSPF - 1.1.2 2
    Link-State Operation - 1.1.3 3
    Single-Area and Multiarea OSPF - 1.1.4 4
    Multiarea OSPF - 1.1.5 4
    OSPFv3 - 1.1.6 5
    Check Your Understanding - OSPF Features and Characteristics - 1.1.7 6
OSPF Packets - 1.2 6
    Video - OSPF Packets - 1.2.1 6
    Types of OSPF Packets - 1.2.2 6
    Link-State Updates - 1.2.3 7
    Hello Packet - 1.2.4 7
    Check Your Understanding - OSPF Packets - 1.2.5 7
OSPF Operation - 1.3 7
    Video - OSPF Operation - 1.3.1 7
    OSPF Operational States - 1.3.2 7
    Establish Neighbor Adjacencies - 1.3.3 8
    Synchronizing OSPF Databases - 1.3.4 9
    The Need for a DR - 1.3.5 10
    LSA Flooding With a DR - 1.3.6 11
    Check Your Understanding - OPSF Operation - 1.3.7 11
Module Practice and Quiz - 1.4 11
    What did I learn in this module? - 1.4.1 11
Chapter Quiz - Single-Area OSPFv2 Concepts 14
Your Chapter Notes 14
Chapter 2 Single-Area OSPFv2 Configuration 15
Introduction - 2.0 15
    Why should I take this module? - 2.0.1 15
    What will I learn to do in this module? - 2.0.2 15
OSPF Router ID - 2.1 15
    OSPF Reference Topology - 2.1.1 15
    Router Configuration Mode for OSPF - 2.1.2 16
    Router IDs - 2.1.3 16
    Router ID Order of Precedence - 2.1.4 17
    Configure a Loopback Interface as the Router ID - 2.1.5 17
    Explicitly Configure a Router ID - 2.1.6 18
    Modify a Router ID - 2.1.7 18
    Syntax Checker - Configure R2 and R3 Router IDs - 2.1.8 19
    Check Your Understanding - OSPF Router ID - 2.1.9 19
Point-to-Point OSPF Networks - 2.2 20
    The network Command Syntax - 2.2.1 20
    The Wildcard Mask - 2.2.2 20
    Check Your Understanding - The Wildcard Masks - 2.2.3 20
    Configure OSPF Using the network Command - 2.2.4 20
    Syntax Checker - Configure R2 and R3 Using the network Command - 2.2.5 21
    Configure OSPF Using the ip ospf Command - 2.2.6 21
    Syntax Checker - Configure R2 and R3 Using the ip ospf Command - 2.2.7 22
    Passive Interface - 2.2.8 22
    Configure Passive Interfaces - 2.2.9 23
    Syntax Checker - Configure R2 and R3 Passive Interfaces - 2.2.10 24
    OSPF Point-to-Point Networks - 2.2.11 24
    Loopbacks and Point-to-Point Networks - 2.2.12 26
    Packet Tracer - Point-to-Point Single-Area OSPFv2 Configuration - 2.2.13 26
Multiaccess OSPF Networks - 2.3 27
    OSPF Network Types - 2.3.1 27
    OSPF Designated Router - 2.3.2 27
    OSPF Multiaccess Reference Topology - 2.3.3 27
    Verify OSPF Router Roles - 2.3.4 28
    Verify DR/BDR Adjacencies - 2.3.5 30
    Default DR/BDR Election Process - 2.3.6 32
    DR Failure and Recovery - 2.3.7 33
    The ip ospf priority Command - 2.3.8 33
    Configure OSPF Priority - 2.3.9 34
    Syntax Checker - Configure OSPF Priority - 2.3.10 35
    Packet Tracer - Determine the DR and BDR - 2.3.11 35
Modify Single-Area OSPFv2 - 2.4 36
    Cisco OSPF Cost Metric - 2.4.1 36
    Adjust the Reference Bandwidth - 2.4.2 36
    OSPF Accumulates Costs - 2.4.3 38
    Manually Set OSPF Cost Value - 2.4.4 38
    Test Failover to Backup Route - 2.4.5 39
    Syntax Checker - Modify the Cost Values for R2 and R3 - 2.4.6 40
    Hello Packet Intervals - 2.4.7 40
    Verify Hello and Dead Intervals - 2.4.8 40
    Modify OSPFv2 Intervals - 2.4.9 42
    Syntax Checker - Modifying Hello and Dead Intervals on R3 - 2.4.10 43
    Packet Tracer - Modify Single-Area OSPFv2 - 2.4.11 43
Default Route Propagation - 2.5 43
    Propagate a Default Static Route in OSPFv2 - 2.5.1 43
    Verify the Propagated Default Route - 2.5.2 44
    Packet Tracer - Propagate a Default Route in OSPFv2 - 2.5.3 46
Verify Single-Area OSPFv2 - 2.6 46
    Verify OSPF Neighbors - 2.6.1 46
    Verify OSPF Protocol Settings - 2.6.2 48
    Verify OSPF Process Information - 2.6.3 48
    Verify OSPF Interface Settings - 2.6.4 50
    Syntax Checker - Verify Single-Area OSPFv2 - 2.6.5 51
    Packet Tracer - Verify Single-Area OSPFv2 - 2.6.6 51
Module Practice and Quiz - 2.7 51
    Packet Tracer - Single-Area OSPFv2 Configuration - 2.7.1 51
    Lab - Single-Area OSPFv2 Configuration - 2.7.2 51
    What did I learn in this module? - 2.7.3 52
Chapter Quiz - Single-Area OSPFv2 Configuration 56
Your Chapter Notes 56
Chapter 3 Network Security Concepts 57
Introduction - 3.0 57
    Why should I take this module? - 3.0.1 57
    What will I learn in this module? - 3.0.2 57
    Ethical Hacking Statement - 3.0.3 57
Current State of Cybersecurity - 3.1 58
    Current State of Affairs - 3.1.1 58
    Vectors of Network Attacks - 3.1.2 58
    Data Loss - 3.1.3 59
    Check Your Understanding - Current State of Cybersecurity - 3.1.4 60
Threat Actors - 3.2 60
    The Hacker - 3.2.1 60
    Evolution of Hackers - 3.2.2 61
    Cyber Criminals - 3.2.3 61
    Hacktivists - 3.2.4 61
    State-Sponsored Hackers - 3.2.5 61
    Check Your Understanding - Threat Actors - 3.2.6 62
Threat Actor Tools - 3.3 62
    Video - Threat Actor Tools - 3.3.1 62
    Introduction to Attack Tools - 3.3.2 62
    Evolution of Security Tools - 3.3.3 62
    Attack Types - 3.3.4 63
    Check Your Understanding - Threat Actor Tools - 3.3.5 64
Malware - 3.4 64
    Overview of Malware - 3.4.1 64
    Viruses and Trojan Horses - 3.4.2 64
    Other Types of Malware - 3.4.3 65
    Check Your Understanding - Malware - 3.4.4 66
Common Network Attacks - 3.5 66
    Overview of Network Attacks - 3.5.1 66
    Video - Reconnaissance Attacks - 3.5.2 67
    Reconnaissance Attacks - 3.5.3 67
    Video - Access and Social Engineering Attacks - 3.5.4 68
    Access Attacks - 3.5.5 68
    Social Engineering Attacks - 3.5.6 69
    Lab - Social Engineering - 3.5.7 70
    Video - Denial of Service Attacks - 3.5.8 70
    DoS and DDoS Attacks - 3.5.9 70
    Check Your Understanding - Common Network Attacks - 3.5.10 71
IP Vulnerabilities and Threats - 3.6 71
    Video - Common IP and ICMP Attacks - 3.6.1 71
    IPv4 and IPv6 - 3.6.2 71
    ICMP Attacks - 3.6.3 71
    Video - Amplification, Reflection, and Spoofing Attacks - 3.6.4 72
    Amplification and Reflection Attacks - 3.6.5 72
    Address Spoofing Attacks - 3.6.6 72
    Check Your Understanding - IP Vulnerabilities and Threats - 3.6.7 73
TCP and UDP Vulnerabilities - 3.7 73
    TCP Segment Header - 3.7.1 73
    TCP Services - 3.7.2 73
    TCP Attacks - 3.7.3 74
    UDP Segment Header and Operation - 3.7.4 74
    UDP Attacks - 3.7.5 75
    Check Your Understanding - TCP and UDP Vulnerabilities - 3.7.6 75
IP Services - 3.8 75
    ARP Vulnerabilities - 3.8.1 75
    ARP Cache Poisoning - 3.8.2 76
    Video - ARP Spoofing - 3.8.3 76
    DNS Attacks - 3.8.4 76
    DNS Tunneling - 3.8.5 78
    DHCP - 3.8.6 78
    DHCP Attacks - 3.8.7 78
    Lab - Explore DNS Traffic - 3.8.8 79
Network Security Best Practices - 3.9 80
    Confidentiality, Integrity, and Availability - 3.9.1 80
    The Defense-in-Depth Approach - 3.9.2 80
    Firewalls - 3.9.3 80
    IPS - 3.9.4 81
    Content Security Appliances - 3.9.5 81
    Check Your Understanding - Network Security Best Practices - 3.9.6 82
Cryptography - 3.10 82
    Video - Cryptography - 3.10.1 82
    Securing Communications - 3.10.2 82
    Data Integrity - 3.10.3 83
    Hash Functions - 3.10.4 83
    Origin Authentication - 3.10.5 84
    Data Confidentiality - 3.10.6 85
    Symmetric Encryption - 3.10.7 85
    Asymmetric Encryption - 3.10.8 86
    Diffie-Hellman - 3.10.9 87
    Check Your Understanding - Cryptography - 3.10.10 88
Module Practice and Quiz - 3.11 88
    What did I learn in this module? - 3.11.1 88
Chapter Quiz - Network Security Concepts 91
Your Chapter Notes 91
Chapter 4 ACL Concepts 93
Introduction - 4.0 93
    Why should I take this module? - 4.0.1 93
    What will I learn to do in this module? - 4.0.2 93
Purpose of ACLs - 4.1 93
    What is an ACL? - 4.1.1 93
    Packet Filtering - 4.1.2 95
    ACL Operation - 4.1.3 95
    Packet Tracer - ACL Demonstration - 4.1.4 96
    Check Your Understanding - Purpose of ACLs - 4.1.5 96
Wildcard Masks in ACLs - 4.2 96
    Wildcard Mask Overview - 4.2.1 96
    Wildcard Mask Types - 4.2.2 97
    Wildcard Mask Calculation - 4.2.3 97
    Wildcard Mask Keywords - 4.2.4 98
    Check Your Understanding - Wildcard Masks in ACLs - 4.2.5 99
Guidelines for ACL Creation - 4.3 99
    Limited Number of ACLs per Interface - 4.3.1 99
    ACL Best Practices - 4.3.2 99
    Check Your Understanding - Guidelines for ACL Creation - 4.3.3 100
Types of IPv4 ACLs - 4.4 100
    Standard and Extended ACLs - 4.4.1 100
    Numbered and Named ACLs - 4.4.2 101
    Where to Place ACLs - 4.4.3 102
    Standard ACL Placement Example - 4.4.4 102
    Extended ACL Placement Example - 4.4.5 103
    Check Your Understanding - Guidelines for ACL Placement - 4.4.6 103
Module Practice and Quiz - 4.5 103
    What did I learn in this module? - 4.5.1 103
Chapter Quiz - ACL Concepts 106
Your Chapter Notes 106
Chapter 5 ACLs for IPv4 Configuration 107
Introduction - 5.0 107
    Why should I take this module? - 5.0.1 107
    What will I learn to do in this module? - 5.0.2 107
Configure Standard IPv4 ACLs - 5.1 107
    Create an ACL - 5.1.1 107
    Numbered Standard IPv4 ACL Syntax - 5.1.2 108
    Named Standard IPv4 ACL Syntax - 5.1.3 109
    Apply a Standard IPv4 ACL - 5.1.4 109
    Numbered Standard IPv4 ACL Example - 5.1.5 110
    Named Standard IPv4 ACL Example - 5.1.6 111
    Syntax Check - Configure Standard IPv4 ACLs - 5.1.7 112
    Packet Tracer - Configure Numbered Standard IPv4 ACLs - 5.1.8 113
    Packet Tracer - Configure Named Standard IPv4 ACLs - 5.1.9 113
Modify IPv4 ACLs - 5.2 113
    Two Methods to Modify an ACL - 5.2.1 113
    Text Editor Method - 5.2.2 113
    Sequence Numbers Method - 5.2.3 114
    Modify a Named ACL Example - 5.2.4 115
    ACL Statistics - 5.2.5 116
    Syntax Checker - Modify IPv4 ACLs - 5.2.6 116
    Packet Tracer - Configure and Modify Standard IPv4 ACLs - 5.2.7 116
Secure VTY Ports with a Standard IPv4 ACL - 5.3 116
    The access-class Command - 5.3.1 116
    Secure VTY Access Example - 5.3.2 117
    Verify the VTY Port is Secured - 5.3.3 118
    Syntax Checker - Secure the VTY Ports - 5.3.4 118
Configure Extended IPv4 ACLs - 5.4 119
    Extended ACLs - 5.4.1 119
    Numbered Extended IPv4 ACL Syntax - 5.4.2 119
    Protocols and Ports - 5.4.3 120
    Protocols and Port Numbers Configuration Examples - 5.4.4 123
    Apply a Numbered Extended IPv4 ACL - 5.4.5 123
    TCP Established Extended ACL - 5.4.6 123
    Named Extended IPv4 ACL Syntax - 5.4.7 124
    Named Extended IPv4 ACL Example - 5.4.8 125
    Edit Extended ACLs - 5.4.9 126
    Another Named Extended IPv4 ACL Example - 5.4.10 127
    Verify Extended ACLs - 5.4.11 128
    Packet Tracer - Configure Extended IPv4 ACLs - Scenario 1 - 5.4.12 130
    Packet Tracer - Configure Extended IPv4 ACLs - Scenario 2 - 5.4.13 130
Module Practice and Quiz - 5.5 130
    Packet Tracer - IPv4 ACL Implementation Challenge - 5.5.1 130
    Lab - Configure and Verify Extended IPv4 ACLs - 5.5.2 131
    What did I learn in this module? - 5.5.3 131
Chapter Quiz - ACLs for IPv4 Implementation 133
Your Chapter Notes 133
Chapter 6 NAT for IPv4 135
Introduction - 6.0 135
    Why should I take this module? - 6.0.1 135
    What will I learn to do in this module? - 6.0.2 135
NAT Characteristics - 6.1 135
    IPv4 Private Address Space - 6.1.1 135
    What is NAT - 6.1.2 136
    How NAT Works - 6.1.3 137
    NAT Terminology - 6.1.4 137
    Check Your Understanding - NAT Characteristics - 6.1.5 138
Types of NAT - 6.2 139
    Static NAT - 6.2.1 139
    Dynamic NAT - 6.2.2 139
    Port Address Translation - 6.2.3 139
    Next Available Port - 6.2.4 140
    NAT and PAT Comparison - 6.2.5 140
    Packets without a Layer 4 Segment - 6.2.6 141
    Packet Tracer - Investigate NAT Operations - 6.2.7 141
NAT Advantages and Disadvantages - 6.3 142
    Advantages of NAT - 6.3.1 142
    Disadvantages of NAT - 6.3.2 142
    Check Your Understanding - NAT Advantages and Disadvantages - 6.3.3 143
Static NAT - 6.4 143
    Static NAT Scenario - 6.4.1 143
    Configure Static NAT - 6.4.2 143
    Analyze Static NAT - 6.4.3 144
    Verify Static NAT - 6.4.4 144
    Packet Tracer - Configure Static NAT - 6.4.5 145
Dynamic NAT - 6.5 146
    Dynamic NAT Scenario - 6.5.1 146
    Configure Dynamic NAT - 6.5.2 146
    Analyze Dynamic NAT - Inside to Outside - 6.5.3 147
    Analyze Dynamic NAT - Outside to Inside - 6.5.4 147
    Verify Dynamic NAT - 6.5.5 148
    Packet Tracer - Configure Dynamic NAT - 6.5.6 150
PAT - 6.6 150
    PAT Scenario - 6.6.1 150
    Configure PAT to Use a Single IPv4 Address - 6.6.2 150
    Configure PAT to Use an Address Pool - 6.6.3 151
    Analyze PAT - PC to Server - 6.6.4 151
    Analyze PAT - Server to PC - 6.6.5 151
    Verify PAT - 6.6.6 151
    Packet Tracer - Configure PAT - 6.6.7 152
NAT64 - 6.7 153
    NAT for IPv6? - 6.7.1 153
    NAT64 - 6.7.2 153
Module Practice and Quiz - 6.8 153
    Packet Tracer - Configure NAT for IPv4 - 6.8.1 153
    Lab - Configure NAT for IPv4 - 6.8.2 154
    What did I learn in this module? - 6.8.3 154
Chapter Quiz - NAT for IPv4 158
Your Chapter Notes 158
Chapter 7 WAN Concepts 159
Introduction - 7.0 159
    Why should I take this module? - 7.0.1 159
    What will I learn to do in this module? - 7.0.2 159
Purpose of WANs - 7.1 159
    LANs and WANs - 7.1.1 159
    Private and Public WANs - 7.1.2 160
    WAN Topologies - 7.1.3 160
    Carrier Connections - 7.1.4 162
    Evolving Networks - 7.1.5 162
    Check Your Understanding - Purpose of WANs - 7.1.6 164
WAN Operations - 7.2 164
    WAN Standards - 7.2.1 164
    WANs in the OSI Model - 7.2.2 164
    Common WAN Terminology - 7.2.3 165
    WAN Devices - 7.2.4 166
    Serial Communication - 7.2.5 167
    Circuit-Switched Communication - 7.2.6 168
    Packet-Switched Communications - 7.2.7 168
    SDH, SONET, and DWDM - 7.2.8 169
    Check Your Understanding - WAN Operations - 7.2.9 169
Traditional WAN Connectivity - 7.3 169
    Traditional WAN Connectivity Options - 7.3.1 169
    Common WAN Terminology - 7.3.2 169
    Circuit-Switched Options - 7.3.3 170
    Packet-Switched Options - 7.3.4 171
    Check Your Understanding - Traditional WAN Connectivity - 7.3.5 172
Modern WAN Connectivity - 7.4 172
    Modern WANs - 7.4.1 172
    Modern WAN Connectivity Options - 7.4.2 172
    Ethernet WAN - 7.4.3 173
    MPLS - 7.4.4 174
    Check Your Understanding - Modern WAN Connectivity - 7.4.5 174
Internet-Based Connectivity - 7.5 174
    Internet-Based Connectivity Options - 7.5.1 174
    DSL Technology - 7.5.2 175
    DSL Connections - 7.5.3 175
    DSL and PPP - 7.5.4 176
    Cable Technology - 7.5.5 176
    Optical Fiber - 7.5.6 177
    Wireless Internet-Based Broadband - 7.5.7 177
    VPN Technology - 7.5.8 179
    ISP Connectivity Options - 7.5.9 179
    Broadband Solution Comparison - 7.5.10 180
    Lab - Research Broadband Internet Access Options - 7.5.11 181
Module Practice and Quiz - 7.6 181
    Packet Tracer - WAN Concepts - 7.6.1 181
    What did I learn in this module? - 7.6.2 181
Chapter Quiz - WAN Concepts 184
Your Chapter Notes 184
Chapter 8 VPN and IPsec Concepts 185
Introduction - 8.0 185
    Why should I take this module? - 8.0.1 185
    What will I learn in this module? - 8.0.2 185
VPN Technology - 8.1 185
    Virtual Private Networks - 8.1.1 185
    VPN Benefits - 8.1.2 186
    Site-to-Site and Remote-Access VPNs - 8.1.3 186
    Enterprise and Service Provider VPNs - 8.1.4 186
    Check Your Understanding - VPN Technology - 8.1.5 187
Types of VPNs - 8.2 187
    Remote-Access VPNs - 8.2.1 187
    SSL VPNs - 8.2.2 187
    Site-to-Site IPsec VPNs - 8.2.3 188
    GRE over IPsec - 8.2.4 188
    Dynamic Multipoint VPNs - 8.2.5 189
    IPsec Virtual Tunnel Interface - 8.2.6 189
    Service Provider MPLS VPNs - 8.2.7 190
    Check Your Understanding - Types of VPNs - 8.2.8 190
IPsec - 8.3 190
    Video - IPsec Concepts - 8.3.1 190
    IPsec Technologies - 8.3.2 190
    IPsec Protocol Encapsulation - 8.3.3 191
    Confidentiality - 8.3.4 192
    Integrity - 8.3.5 192
    Authentication - 8.3.6 192
    Secure Key Exchange with Diffie-Hellman - 8.3.7 193
    Video - IPsec Transport and Tunnel Mode - 8.3.8 193
    Check Your Understanding - IPsec - 8.3.9 193
Module Practice and Quiz - 8.4 193
    What did I learn in this module? - 8.4.1 193
Chapter Quiz - VPN and IPsec Concepts 195
Your Chapter Notes 195
Chapter 9 QoS Concepts 197
Introduction - 9.0 197
    Why should I take this module? - 9.0.1 197
    What will I learn to do in this module? - 9.0.2 197
Network Transmission Quality - 9.1 197
    Video Tutorial - The Purpose of QoS - 9.1.1 197
    Prioritizing Traffic - 9.1.2 197
    Bandwidth, Congestion, Delay, and Jitter - 9.1.3 198
    Packet Loss - 9.1.4 199
    Check Your Understanding - Network Transmission Quality - 9.1.5 199
Traffic Characteristics - 9.2 199
    Video Tutorial - Traffic Characteristics - 9.2.1 199
    Network Traffic Trends - 9.2.2 199
    Voice - 9.2.3 200
    Video - 9.2.4 200
    Data - 9.2.5 201
    Check Your Understanding - Traffic C...