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Glossary
Encryption hash—A method in which a selection of data is mixed into a section
data based on an algorithm. The result is called a hashed value.
Encryption keys—A sequence of characters that an encryption algorithm uses to
make plain text unreadable unless you share the same encryption key needed to
decode the encrypted message.
Extensible Authentication Protocol (EAP)—An IETF standard that provides for
mutual authentication between a client and a AAA authentication server.
EAP-JUAC—JUAC is an EAP authentication protocol specific to Juniper Unified
Access Control networks and is required when connecting to a Juniper Infranet
Controller.
EAP-LEAP—Cisco Wireless. With LEAP, mutual authentication relies on a shared
secret and the user's logon password, which is known by the client and the
network.
EAP-TLS—Uses digital certificates for both user and server authentication and
supports the three key elements of 802.1X/EAP.
EAP-TTLS— Tunneled Transport Layer Security extends the authentication
negotiation by using the secure connection established by the TLS handshake to
exchange additional information between client and server.
EAP-PEAP—Uses a digital certificate for server authentication. For user
authentication, PEAP supports various EAP-encapsulated methods within a
protected TLS tunnel. PEAP supports the three main elements of 802.1X/EAP.
Endpoint—An endpoint refers to the computer (desktop, laptop, or other mobile
wireless computing device) that you use to access resources on a network.
Extensible Markup Language (XML)—Like HTML, this flexible markup language is
based on standards from the World Wide Webb Consortium. XML can be used to
generate standard or fully customized content rich Web pages, documents, and
applications.
Extranet—A special internetwork architecture wherein a company’s or
organization’s external partners and customers are granted access to some parts of
its intranet and the services it provides in a secure, controlled fashion.
F
False negative—False negative acknowledgements of intrusion in an intrusion
detection system, which means an intrusion has occurred but the IDS discarded
relative events or traces as false signals.
False positive—False affirmative acknowledgment of intrusion, which means
intrusion detection has incorrectly identified certain events or traces as signaling an
attack or intrusion when no such attack or intrusion is underway. Thus a false
positive is a false alarm.
FIPS—Federal Information Processing Standards. Created for the evaluation of
cryptographic modules.
- Odyssey Access Client 1
- User Guide 1
- Table of Contents v 7
- Table of Contents vii 9
- Table of Contents 10
- About This Guide 11
- Documentation 12
- Contacting Customer Support 13
- Connecting to a Network 15
- How OAC Operates in a Network 16
- OAC in a Traditional Network 16
- Endpoint Security Enforcement 19
- Quarantine and Remediation 19
- Installing OAC 21
- Requirements 22
- Licenses 23
- Opening OAC Manager 25
- Menu Options 26
- File Menu Options 27
- 14 Menu Options 28
- “Managing Trusted Servers” 28
- Tools Menu Options 29
- Preferences 30
- Menu Options 17 31
- . Contact your network 32
- Enabling Temporary Trust 33
- Help Menu Options 34
- Adapters Folder 35
- Infranet Controllers Folder 35
- Configuration Folder 35
- Content Dialogs 36
- Displaying Status Details 37
- Signal Power Status 37
- Connection Status 37
- Encryption Key Information 38
- Endpoint Trust Status 38
- Shortcut Keys 38
- Exiting from OAC Manager 39
- 26 Exiting from OAC Manager 40
- Managing Network Adapters 41
- Renaming an Adapter 42
- Removing an Adapter 42
- Disconnecting from a Network 45
- Reconnecting to a Network 46
- Checking Adapter Status 46
- Connecting to a Network 33 47
- Status Message Definition 49
- Managing Profiles 51
- Adding or Modifying a Profile 52
- Specifying User Info 53
- Setting Passwords 54
- Using Certificates 55
- Using Soft Tokens 56
- Setting a SIM Card ID 57
- Setting Up Authentication 58
- Chapter 5: Managing Profiles 59
- Setting an Anonymous Name 61
- TTLS Settings 62
- TTLS Settings 49 63
- 50 TTLS Settings 64
- PEAP Settings 65
- EAP-POTP Run-Time Dialogs 66
- Removing a Profile 69
- Sample Profile Configuration 70
- Managing Network Access 71
- Network Settings 73
- Specifying a Network Type 74
- Specifying a Channel 74
- Authentication Settings 76
- Preshared Keys (WPA or WPA2) 77
- Preconfigured Keys (WEP) 77
- Removing a Network 78
- Setting Value 79
- Managing Auto-Scan Lists 81
- Adding an Auto-Scan List 82
- Removing an Auto-Scan List 83
- Modifying an Auto-Scan List 83
- Managing Infranet Controller 85
- Connections 85
- FIPS Mode Constraint 86
- Managing Trusted Servers 93
- Configuring Trust in OAC 94
- Adding a Trusted Server Entry 95
- Server Identity 96
- Displaying a Trust Tree 97
- Adding Certificate Nodes 98
- Removing Nodes 100
- Managing Untrusted Servers 100
- Accessing Log Files—UE Only 103
- Accessing Diagnostics 104
- IPsec Configuration—UE Only 105
- Save All Diagnostics 106
- Network Security Concepts 107
- Authentication Overview 108
- Network Security 95 109
- 802.11 Wireless Networking 110
- Wireless Network Names 111
- Wired-Equivalent Privacy 111
- 802.1X Authentication 113
- 100 802.1X Authentication 114
- Mutual Authentication 115
- Certificates 115
- EAP-TTLS 116
- EAP-PEAP 117
- EAP-FAST 117
- EAP-JUAC 117
- EAP-POTP 117
- EAP-SIM and EAP-AKA 117
- Reauthentication 118
- Session Resumption 118
- 802.1X Authentication 105 119
- 106 802.1X Authentication 120
- Glossary 121
- Numerics 135
- 122 Index 136
- Index 123 137
- 124 Index 138
- Index 125 139
- 126 Index 140
- NetScreen Secure Access 142
- NetScreen Secure Access FIPS 142
- Quick Start 142
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