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Table of Contents
- About the Documentation
-
- E Series and JUNOSe Documentation and Release
Notes
- Audience
- E Series and JUNOSe Text and Syntax Conventions
-
- Obtaining Documentation
- Documentation Feedback
- Requesting Technical Support
- Chapters
-
- Configuring Routing Policy
-
- Overview
- Platform Considerations
- References
- Route Maps
-
- Route Map Configuration Example
- Multiple Values in a Match Entry
- Negating Match Clauses
- Matching a Community List Exactly
- Removing Community Lists from a Route Map
- Matching a Policy List
- Redistributing Access Routes
- Setting Multicast Bandwidths
- Match Policy Lists
- Access Lists
-
- Filtering Prefixes
-
- Configuration Example 1
- Configuration Example 2
- Configuration Example
3
- Filtering AS Paths
-
- Configuration Example 1
- Using Access Lists in a Route Map
-
- Configuration Example 1
- Using Access Lists for PIM Join Filters
- Clearing Access List Counters
- Creating Table Maps
- Using the Null Interface
- Prefix Lists
-
- Using a Prefix List
- Prefix Trees
-
- Using a Prefix Tree
- Community Lists
-
- Extended Community Lists
- Using Regular Expressions
-
- AS-path Lists
- Community Lists
- Community Numbers
- Metacharacters
- Using Metacharacters as Literal Tokens
- Regular Expression Examples
- Managing the Routing Table
- Troubleshooting Routing Policy
- Monitoring Routing Policy
- Configuring NAT
-
- Overview
- Platform Considerations
-
- Module Requirements
- References
- NAT Configurations
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- Traditional NAT
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- Basic NAT
- NAPT
- Bidirectional NAT
- Twice NAT
- Network and Address Terms
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- Inside Local Addresses
- Inside Global Addresses
- Outside Local Addresses
- Outside Global Addresses
- Understanding Address Translation
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- Inside Source Translation
- Outside Source Translation
- Address Assignment Methods
-
- Static Translations
- Dynamic Translations
- Order of Operations
-
- Inside-to-Outside Translation
- Outside-to-Inside Translation
- PPTP and GRE Tunneling Through NAT
- Packet Discard Rules
- Before You Begin
- Configuring a NAT License
- Limiting Translation Entries
- Specifying Inside and Outside Interfaces
- Defining Static Address Translations
-
- Creating Static Inside Source Translations
- Creating Static Outside Source Translations
- Defining Dynamic Translations
-
- Creating Access List Rules
- Defining Address Pools
- Defining Dynamic Translation Rules
-
- Creating Dynamic Inside Source
Translation Rules
- Creating
Dynamic Outside Source Translation Rules
- Defining Translation Timeouts
- Clearing Dynamic Translations
- NAT Configuration Examples
-
- NAPT Example
- Bidirectional NAT Example
- Twice NAT Example
- Cross-VRF Example
- Tunnel Configuration Through NAT Examples
-
- Clients on an Inside Network
- Clients on an Outside Network
- GRE Flows Through NAT
- Monitoring NAT
-
- Displaying the NAT License Key
- Displaying Translation Statistics
- Displaying Translation Entries
- Displaying Address Pool Information
- Displaying Inside and Outside Rule Settings
- Configuring J-Flow Statistics
-
- Overview
-
- Interface Sampling
- Aggregation Caches
- Flow Collection
-
- Main Flow Cache Contents
- Cache Flow Export
- Aging Flows
- Operation with NAT
- Operation with High Availability
- Platform Considerations
- Before You Configure J-Flow Statistics
- Configuring Flow-Based Statistics Collection
-
- Enabling Flow-Based Statistics
- Enabling Flow-Based Statistics on an Interface
- Defining a Sampling Interval
- Setting Cache Size
- Defining Aging Timers
-
- Specifying the Activity Timer
- Specifying
the Inactivity Timer
- Specifying Flow Export
- Configuring Aggregation Flow Caches
- Monitoring J-Flow Statistics
-
- Clearing J-Flow Statistics
- J-Flow show Commands
- Configuring BFD
-
- Bidirectional Forwarding Detection Overview
-
- How BFD Works
- Negotiation of the BFD Liveness Detection Interval
- BFD Platform Considerations
- BFD References
- Configuring a BFD License
- BFD Version Support
- Configuring BFD
- Managing BFD Adaptive Timer Intervals
- Clearing BFD Sessions
- Monitoring BFD
-
- System Event Logs
- Viewing BFD Information
- Configuring IPSec
-
- Overview
-
- IPSec Terms and Acronyms
- Platform Considerations
- References
- IPSec Concepts
-
- Secure IP Interfaces
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- RFC 2401 Compliance
- IPSec Protocol Stack
- Security Parameters
-
- Manual Versus Signaled Interfaces
- Operational
Virtual Router
- Transport
Virtual Router
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- Transport VR Definition
- Transport
VR Definitions with an FQDN
- Perfect
Forward Secrecy
- Lifetime
- Inbound and Outbound
SAs
- Transform
Sets
-
- Encapsulation Protocols
- Encapsulation Modes
- Supported Transforms
- Negotiating
Transforms
- Other Security Features
-
- IP Security Policies
- ESP Processing
- AH Processing
- IPSec Maximums Supported
- DPD and IPSec Tunnel Failover
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- Tunnel Failover
- IKE Overview
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- Main Mode and Aggressive Mode
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- Aggressive Mode Negotiations
- IKE Policies
-
- Priority
- Encryption
- Hash
Function
- Authentication Mode
- Diffie-Hellman
Group
- Lifetime
- IKE SA Negotiation
- Generating Private and Public Key Pairs
- Configuration Tasks
-
- Configuring an IPSec License
- Configuring IPSec Parameters
- Creating an IPSec Tunnel
- Configuring DPD and IPSec Tunnel Failover
- Defining an IKE Policy
- Refreshing SAs
- Enabling Notification of Invalid Cookies
- Configuration Examples
-
- Configuration Notes
- Monitoring IPSec
-
- System Event Logs
- show Commands
- Configuring Dynamic IPSec Subscribers
-
- Overview
-
- Dynamic Connection Setup
- Dynamic Connection Teardown
- Dynamic IPSec Subscriber Recognition
- Licensing Requirements
- Inherited Subscriber Functionality
- Using IPSec Tunnel Profiles
- Relocating Tunnel Interfaces
- User Authentication
- Platform Considerations
- References
- Creating an IPSec Tunnel Profile
- Configuring IPSec Tunnel Profiles
-
- Limiting Interface Instantiations on Each Profile
- Specifying IKE Settings
-
- Setting the IKE Local Identity
- Setting
the IKE Peer Identity
- Appending a Domain Suffix to a Username
- Overriding IPSec Local and Peer Identities for SA Negotiations
- Specifying an IP Profile for IP Interface Instantiations
- Defining the Server IP Address
- Specifying Local Networks
- Defining IPSec Security Association Lifetime Parameters
- Defining User Reauthentication Protocol Values
- Specifying IPSec Security Association Transforms
- Specifying IPSec Security Association PFS and DH Group Parameters
- Defining the Tunnel MTU
- Defining IKE Policy Rules for IPSec Tunnels
-
- Specifying a Virtual Router for an IKE Policy Rule
- Defining Aggressive Mode for an IKE Policy Rule
- Monitoring IPSec Tunnel Profiles
-
- System Event Logs
- show Commands
- Configuring ANCP
-
- Overview
-
- Access Topology Discovery
- Line Configuration
- Transactional Multicast
- OAM
- Retrieval of DSL Line Rate Parameters
- Platform Considerations
- References
- Configuring ANCP
-
- Creating a Listening TCP Socket for ANCP
- Accessing L2C Configuration Mode for ANCP
- Defining the ANCP Session Timeout
- Configuring ANCP Interfaces
- Configuring ANCP Neighbors
-
- Accessing L2C Neighbor Configuration Mode for ANCP
- Defining an ANCP Neighbor
- Limiting Discovery Table Entries
- Clearing ANCP Neighbors
- Configuring Topology Discovery
- Configuring ANCP for QoS Adaptive Mode
- Triggering ANCP Line Configuration
- Adjusting the Data Rate Reported by ANCP for DSL Lines
- Configuring Transactional Multicast for IGMP
-
- Creating an IGMP Session for ANCP
- ANCP IGMP Configuration Example
- Complete Configuration Example
- Triggering ANCP OAM
- Monitoring ANCP
- Configuring Digital Certificates
-
- Overview
-
- Digital Certificate Terms and Acronyms
- Platform Considerations
- References
- IKE Authentication with Digital Certificates
-
- Signature Authentication
- Generating Public/Private Key Pairs
- Obtaining a Root CA Certificate
- Obtaining a Public Key Certificate
-
- Offline Certificate Enrollment
- Online Certificate
Enrollment
- Authenticating the Peer
- Verifying CRLs
- File Extensions
- Certificate Chains
- IKE Authentication Using Public Keys Without Digital Certificates
-
- Configuration Tasks
- Public Key Format
- Configuring Digital Certificates Using the Offline Method
- Configuring Digital Certificates Using the Online Method
- Configuring Peer Public Keys Without Digital Certificates
- Monitoring Digital Certificates and Public Keys
- Configuring IP Tunnels
-
- Overview
-
- GRE Tunnels
- DVMRP Tunnels
- Platform Considerations
-
- Module Requirements
-
- ERX7xx Models, ERX14xx Models, and
the ERX310 Router
- E120 Router and E320 Router
- Redundancy and Tunnel Distribution
- References
- Configuration Tasks
-
- Configuration Example
- Configuring IP Tunnels to Forward IP Frames
- Preventing Recursive Tunnels
- Creating Multicast VPNs Using GRE Tunnels
- Monitoring IP Tunnels
- Configuring Dynamic IP Tunnels
-
- Dynamic IP Tunnel Overview
-
- Data MDT for Multicast VPNs and Dynamic IP Tunnels
- Mobile IP and Dynamic IP Tunnels
- Combining Dynamic and Static IP Tunnels in the Same Chassis
- Changing and Removing Existing Dynamic IP Tunnels
- Platform Considerations
-
- Module Requirements
-
- ERX7xx Models, ERX14xx Models, and
the ERX310 Router
- E120 Router and E320 Router
- Redundancy and Tunnel Distribution
- References
- Configuring a Destination Profile for Dynamic IP Tunnels
-
- Modifying the Default Destination Profile
-
- Modifying the Configuration of the
Default Destination Profile
- Configuring a Destination Profile for GRE Tunnels
- Creating a Destination Profile for DVMRP Tunnels
- Monitoring Dynamic IP Tunnels
- IP Reassembly for Tunnels
-
- Overview
- Platform Considerations
-
- Module Requirements
-
- ERX7xx Models, ERX14xx Models, and
the ERX310 Router
- E120 Router and E320 Router
- Configuring IP Reassembly
- Monitoring IP Reassembly
-
- Setting Statistics Baselines
- Displaying Statistics
- Securing L2TP and IP Tunnels with IPSec
-
- Overview
-
- Tunnel Creation
- IPSec Secured-Tunnel Maximums
- Platform Considerations
-
- Module Requirements
- References
- L2TP/IPSec Tunnels
-
- Setting Up the Secure L2TP Connection
- L2TP with IPSec Control and Data Frames
- Compatibility and Requirements
-
- Client Software Supported
- Interactions with
NAT
- Interaction Between
IPSec and PPP
- LNS Change of Port
- Group Preshared Key
- NAT Passthrough Mode
- NAT Traversal
-
- How NAT-T Works
- UDP Encapsulation
- UDP Statistics
- NAT Keepalive Messages
- Configuring and Monitoring
NAT-T
- Single-Shot Tunnels
- Configuration Tasks for Client PC
- Configuration Tasks for E Series Routers
- Enabling IPSec Support for L2TP
- Configuring NAT-T
- Configuring Single-Shot Tunnels
- GRE/IPSec and DVMRP/IPSec Tunnels
-
- Setting Up the Secure GRE or DVMRP Connection
- Configuration Tasks
- Enabling IPSec Support for GRE and DVMRP Tunnels
- Configuring IPSec Transport Profiles
- Monitoring DVMRP/IPSec, GRE/IPSec, and L2TP/IPSec Tunnels
-
- System Event Logs
- show Commands
- Configuring the Mobile IP Home Agent
-
- Mobile IP Overview
-
- Mobile IP Agent Discovery
- Mobile IP Registration
-
- Home Address Assignment
- Authentication
- AAA
- Subscriber
Management
- Mobile IP Routing and Forwarding
- Mobile IP Platform Considerations
- Mobile IP References
- Before You Configure the Mobile IP Home Agent
- Configuring the Mobile IP Home Agent
- Monitoring the Mobile IP Home Agent
- Index
-
- Index
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