Cisco Systems ASA 5505, ASA 5545-X, ASA 5555-X Prerequisites for Installing Certificates, 21-22

Page 510

Chapter 21 Configuring Cisco Intercompany Media Engine Proxy

Configuring Cisco Intercompany Media Engine Proxy

connections between the local Cisco UCM and the local ASA. The instructions in that task describe how to create trustpoints between the local Cisco UCM and the local ASA.

Prerequisites for Installing Certificates

To create a proxy certificate on the ASA that is trusted by the remote entity, obtain a certificate from a trusted CA or export it from the remote enterprise ASA.

To export the certificate from the remote enterprise, you enter the following command on the remote ASA:

hostname(config)# crypto ca export trustpoint identity-certificate

The ASA prompts displays the certificate in the terminal screen. Copy the certificate from the terminal screen. You will need the certificate text in Step 5 of this task.

Procedure

To create the trustpoints and generate certificates, perform the following steps:

 

Command

Purpose

 

 

 

Step 1

hostname(config)# crypto key generate rsa label

On the local ASA, creates the RSA keypair that

 

key-pair-label modulus size

can be used for the trustpoints. This is the

 

Example:

keypair and trustpoint for the local entities

 

hostname(config)# crypto key generate rsa label

 

signed certificate.

 

local-ent-key modulus 2048

 

 

 

 

The modulus key size that you select depends on

 

 

the level of security that you want to configure

 

 

and on any limitations imposed by the CA from

 

 

which you are obtaining the certificate. The

 

 

larger the number that you select, the higher the

 

 

security level will be for the certificate. Most

 

 

CAs recommend 2048 for the key modulus size;

 

 

however,

 

 

Note GoDaddy requires a key modulus size of

 

 

2048.

 

 

 

Step 2

hostname(config)# crypto ca trustpoint trustpoint_name

Enters the trustpoint configuration mode for the

 

Example:

specified trustpoint so that you can create the

 

hostname(config)# crypto ca trustpoint local_ent

trustpoint for the local entity.

 

 

 

 

A trustpoint represents a CA identity and

 

 

possibly a device identity, based on a certificate

 

 

issued by the CA. Maximum name length is 128

 

 

characters.

 

 

 

Step 3

hostname(config-ca-trustpoint)# subject-nameX.500_name

Includes the indicated subject DN in the

 

Example:

certificate during enrollment.

 

hostname(config-ca-trustpoint)# subject-name

Note The domain name that you enter here

 

cn=Ent-local-domain-name**

 

 

must match the domain name that has

 

 

been set for the local Cisco UCM.

 

 

For information about how to configure

 

 

the domain name for Cisco UCM, see the

 

 

Cisco Unified Communications

 

 

Manager documentation for information.

 

 

 

Cisco ASA Series Firewall ASDM Configuration Guide

21-22

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Contents Cisco ASA Series Firewall Asdm Configuration Guide Software VersionCisco ASA Series Firewall Asdm Configuration Guide N T E N T S NAT for VPN Guidelines and Limitations Default Settings NAT and Same Security Level Interfaces Configuring Access Rules Getting Started with Application Layer Protocol Inspection Select IM Map Add/Edit H.323 Match Criterion SIP Class Map Select Radius Accounting Map Cisco Unified Communications Manager Prerequisites ACL Rules Configuring the TLS Proxy for Encrypted Voice Inspection Creating the TLS Proxy TCP Intercept and Limiting Embryonic Connections Blocks Monitoring Cloud Web Security Related Documents IP Audit Policy Licensing Requirements for the ASA CX Module Operating Modes Management Access Host/Networks About This Guide Document ObjectivesRelated Documentation Conventions Convention IndicationBold font Configuring Service Policies Page Configuring a Service Policy Information About Service PoliciesSupported Features For Through Feature DirectionalityFeature Traffic? See Accounting onlyFeature Matching Within a Service Policy FeatureGlobal Direction Order in Which Multiple Feature Actions are Applied ASA IPS ASA CXLicensing Requirements for Service Policies Incompatibility of Certain Feature ActionsFeature Matching for Multiple Service Policies Guidelines and Limitations Default Settings Default ConfigurationDefault Traffic Classes Task Flows for Configuring Service PoliciesAdding a Service Policy Rule for Through Traffic Task Flow for Configuring a Service Policy RuleCisco ASA Series Firewall Asdm Configuration Guide Click Next Click Match or Do Not Match Cisco ASA Series Firewall Asdm Configuration Guide Adding a Service Policy Rule for Management Traffic Configuring a Service Policy Rule for Management TrafficClick Match or Do Not Match Managing the Order of Service Policy Rules Moving an ACE Introduced class-map type management, and inspect Feature History for Service PoliciesFeature Name Releases Feature Information Radius-accountingPage Information About Inspection Policy Maps Default Inspection Policy Maps Defining Actions in an Inspection Policy Map Choose Configuration Firewall Objects Inspect MapsChoose Configuration Firewall Objects Class Maps Identifying Traffic in an Inspection Class MapWhere to Go Next Feature History for Inspection Policy MapsConfiguring Network Address Translation Page Why Use NAT? Information About NAT ASA 8.3 and LaterNAT Terminology Static NAT NAT TypesNAT Types Overview Information About Static NATInformation About Static NAT with Port Translation Information About Static NAT with Port Address TranslationStatic NAT with Identity Port Translation Information About One-to-Many Static NAT Static Interface NAT with Port TranslationInformation About Other Mapping Scenarios Not Recommended Dynamic NAT 6shows a typical few-to-many static NAT scenarioInformation About Dynamic NAT 209.165.201.10Dynamic PAT Dynamic NAT Disadvantages and AdvantagesInformation About Dynamic PAT Per-Session PAT vs. Multi-Session PAT Version 9.01 and Later Dynamic PAT Disadvantages and AdvantagesNAT in Routed and Transparent Mode Identity NATNAT in Routed Mode NAT in Transparent Mode13 NAT Example Transparent Mode NAT and IPv6 How NAT is ImplementedMain Differences Between Network Object NAT and Twice NAT Information About Network Object NAT Information About Twice NAT14 Twice NAT with Different Destination Addresses 15 Twice NAT with Different Destination Ports 16 Twice Static NAT with Destination Address Translation NAT Rule Order Rule Type Order of Rules within the SectionNAT Interfaces 10.1.2.0Routing NAT Packets Mapped Addresses and Routing18 Proxy ARP Problems with Identity NAT Transparent Mode Routing Requirements for Remote Networks Determining the Egress InterfaceNAT and Remote Access VPN NAT for VPNSrc 203.0.113.16070 4. Http request to NAT and Site-to-Site VPN DstSee the following sample NAT configuration for ASA1 Boulder NAT and VPN Management Access Subnet 10.2.2.025 VPN Management Access Enter show nat detail and show conn all Troubleshooting NAT and VPNDNS and NAT Repeat show nat detail and show conn all26 DNS Reply Modification, DNS Server on Outside 192.168.1.10 28 DNS Reply Modification, DNS Server on Host Network 2001DB8D1A5C8E1 30 PTR Modification, DNS Server on Host Network Configuring Network Object NAT ASA 8.3 and Later Information About Network Object NATLicensing Requirements for Network Object NAT Prerequisites for Network Object NATAdditional Guidelines Configuring Network Object NAT Configuring Dynamic NAT or Dynamic PAT Using a PAT PoolDetailed Steps Check the Add Automatic Translation Rules check box Configuring Network Object NAT ASA 8.3 and Later Configuring Dynamic PAT Hide Configuring Network Object NAT ASA 8.3 and Later Check the Add Automatic Translation Rules check box Configuring Static NAT or Static NAT-with-Port-Translation Add NAT to a new or existing network objectConfiguring Network Object NAT ASA 8.3 and Later Check the Add Automatic Translation Rules check box Configuring Network Object NAT ASA 8.3 and Later Configuring Identity NAT From the Type drop-down list, choose Static Configuring Network Object NAT ASA 8.3 and Later Configuring Per-Session PAT Rules DefaultsMonitoring Network Object NAT FieldsConfiguration Examples for Network Object NAT Providing Access to an Inside Web Server Static NAT Static NAT for an Inside Web ServerCisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Dynamic NAT for Inside, Static NAT for Outside Web Server Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Static NAT with One-to-Many for an Inside Load Balancer Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Static NAT-with-Port-Translation Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Create a network object for the FTP server address Cisco ASA Series Firewall Asdm Configuration Guide DNS Reply Modification Using Outside NAT Cisco ASA Series Firewall Asdm Configuration Guide 2001DB8D1A5C8E1 IPv6 Net DNS Reply Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Feature History for Network Object NAT Platform Feature Name Releases Feature InformationNo-proxy-arp and route-lookup keywords, to maintain This feature is not available in 8.51 or Platform Feature Name Releases Feature Information Platform Feature Name Releases Feature Information Platform Feature Name Releases Feature Information Page Configuring Twice NAT ASA 8.3 and Later Information About Twice NATLicensing Requirements for Twice NAT Prerequisites for Twice NATIPv6 Guidelines Configuring Twice NAT Choose Configuration Firewall NAT Rules, and then click Add Configuring Twice NAT ASA 8.3 and Later Source Destination Source Destination Configuring Twice NAT ASA 8.3 and Later Configuring Twice NAT ASA 8.3 and Later Click OK To configure dynamic PAT, perform the following steps Configuring Twice NAT ASA 8.3 and Later Source Destination Configuring Twice NAT ASA 8.3 and Later Source Destination Configuring Twice NAT ASA 8.3 and Later To configure static NAT, perform the following steps Configuring Twice NAT ASA 8.3 and Later Source Destination Source Destination Configuring Twice NAT ASA 8.3 and Later Configuring Twice NAT ASA 8.3 and Later To configure identity NAT, perform the following steps Configuring Twice NAT ASA 8.3 and Later 10.1.2.2 Source Destination Configuring Twice NAT ASA 8.3 and Later Monitoring Twice NAT Configuration Examples for Twice NAT Twice NAT with Different Destination Addresses Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Click Apply Twice NAT with Different Destination Ports Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Cisco ASA Series Firewall Asdm Configuration Guide Click Apply Feature History for Twice NAT This feature is not available in 8.51 or Platform Feature Name Releases Feature Information Platform Feature Name Releases Feature Information Page Configuring NAT ASA 8.2 and Earlier NAT OverviewIntroduction to NAT NAT Example Routed Mode NAT in Transparent Mode NAT Control 209.165.201.1NAT Control and Same Security Traffic NAT Types Dynamic NATRemote Host Attempts to Connect to the Real Address PAT Static NAT Static PATBypassing NAT When NAT Control is Enabled Policy NAT Policy NAT with Different Destination Addresses NAT and Same Security Level Interfaces 11 Policy Static NAT with Destination Address TranslationOrder of NAT Rules Used to Match Real Addresses Mapped Address GuidelinesDNS and NAT 12 DNS Reply Modification Configuring NAT Control 13 DNS Reply Modification Using Outside NATUsing Dynamic NAT Dynamic NAT ImplementationReal Addresses and Global Pools Paired Using a Pool ID Global Pools on Different Interfaces with the Same Pool IDGlobal 1 Multiple Addresses in the Same Global Pool 16 Different NAT IDsOutside NAT 17 NAT and PAT TogetherManaging Global Pools 18 Outside NAT and Inside NAT CombinedConfiguring Dynamic NAT, PAT, or Identity NAT 19 Dynamic NAT ScenariosConfiguring NAT ASA 8.2 and Earlier Using Dynamic NAT Configuring Dynamic Policy NAT or PAT 20 Dynamic Policy NAT ScenariosConfiguring NAT ASA 8.2 and Earlier Using Dynamic NAT Using Static NAT Configuring Static NAT, PAT, or Identity NAT InsideUse IP Address Use Interface IP AddressClick OK Configuring Static Policy NAT, PAT, or Identity NAT 22 Static Policy NAT ScenariosUse IP Address Using NAT Exemption Click Action ExemptClick Action Do not exempt Configuring Access Control Page Configuring Access Rules Information About Access RulesGeneral Information About Rules Implicit PermitsRule Order Using RemarksNAT and Access Rules Implicit DenyTransactional-Commit Model Outbound ACLInformation About Access Rules Access Rules for Returning TrafficAdditional Guidelines and Limitations Supported EtherTypes and Other Traffic Management Access RulesInformation About EtherType Rules Traffic Type Protocol or PortLicensing Requirements for Access Rules Default SettingsAllowing Mpls Configuring Access Rules Adding an Access RuleChoose Configuration Firewall Access Rules Adding an EtherType Rule Transparent Mode Only Configuring Management Access Rules Advanced Access Rule Configuration PrerequisitesConfiguring Http Redirect Access Rule ExplosionCheck the Enable Object Group Search Algorithm check box Edit HTTP/HTTPS Settings Configuring Transactional Commit ModelFeature History for Access Rules Platform Feature Name Releases Feature Information Page Configuring AAA Rules for Network Access AAA PerformanceLicensing Requirements for AAA Rules Configuring Authentication for Network Access Information About AuthenticationOne-Time Authentication ASA Authentication PromptsDeployment Supporting Cut-through Proxy Authentication AAA Prompts and Identity FirewallAAA Rules as a Backup Authentication Method Static PAT and HttpConfiguring Network Access Authentication Authenticate Do not AuthenticateClick OK Enabling Secure Authentication of Web Clients Authenticating Directly with the ASA Authenticating Https Connections with a Virtual ServerAuthenticating Telnet Connections with a Virtual Server Configuring the Authentication Proxy Limit Choose Configuration Firewall AAA Rules, then click AdvancedConfiguring Authorization for Network Access Configuring TACACS+ AuthorizationAuthorize Do not Authorize Configuring Radius Authorization About the Downloadable ACL Feature and Cisco Secure ACS Configuring Cisco Secure ACS for Downloadable ACLs Configuring Any Radius Server for Downloadable ACLs Configuring Accounting for Network Access Account Do not Account MAC Exempt No MAC Exempt Feature History for AAA Rules Configuring Public Servers Information About Public ServersLicensing Requirements for Public Servers Adding a Public Server that Enables Static NAT Adding a Public Server that Enables Static NAT with PATEditing Settings for a Public Server Feature History for Public Servers Configuring Application Inspection Page Getting Started with Application Layer Protocol Inspection How Inspection Engines Work10-1 When to Use Application Protocol Inspection 10-2Failover Guidelines 10-3Default Settings and NAT Limitations 323 H.22510-4 Server over IP NetBIOS NameIP Options 10-5Sun RPC over SmtpSQL*Net 10-6Configuring Application Layer Protocol Inspection Choose Configuration Firewall Service Policy Rules10-7 10-8 Configuring Inspection of Basic Internet Protocols DNS Inspection11-1 General Information About DNS Default Settings for DNS InspectionInformation About DNS Inspection DNS Inspection ActionsChoose Configuration Firewall Objects Inspect Maps DNS 11-3Detailed Steps-Protocol Conformance 11-4Detailed Steps-Filtering 11-5Detailed Steps-Inspections 11-611-7 11-8 11-9 Header Flag 11-10DNS Type Field Value Class11-11 11-12 Resource Record 11-13Domain Name 11-1411-15 Configuring DNS Inspection Click Configure11-16 FTP Inspection Overview Using Strict FTPFTP Inspection 11-17Select FTP Map 11-18Add/Edit FTP Traffic Class Map Configuration Global Objects Class Maps FTPFTP Class Map 11-19Add/Edit FTP Match Criterion 11-20Configuration Global Objects Inspect Maps FTP FTP Inspect Map11-21 File Type Filtering Add/Edit FTP Policy Map Security Level11-22 Add/Edit FTP Policy Map Details 11-23Add/Edit FTP Map 11-24Verifying and Monitoring FTP Inspection 11-25Select Http Map Http InspectionHttp Inspection Overview 11-26Add/Edit Http Traffic Class Map Configuration Global Objects Class Maps HttpHttp Class Map 11-27Add/Edit Http Match Criterion 11-2811-29 11-30 11-31 Configuration Global Objects Inspect Maps Http Http Inspect Map11-32 URI Filtering Add/Edit Http Policy Map Security Level11-33 Add/Edit Http Policy Map Details 11-34Add/Edit Http Map 11-3511-36 11-37 11-38 Instant Messaging Inspection Icmp Error InspectionIcmp Inspection 11-39IM Inspection Overview Adding a Class Map for IM Inspection11-40 IP Options Inspection Overview IP Options InspectionSelect IM Map 11-41Configuring IP Options Inspection 11-42Select IP Options Inspect Map 11-43IP Options Inspect Map Add/Edit IP Options Inspect Map11-44 IPsec Pass Through Inspection IPsec Pass Through Inspection Overview11-45 Select IPsec-Pass-Thru Map IPsec Pass Through Inspect Map11-46 Add/Edit IPsec Pass Thru Policy Map Security Level Add/Edit IPsec Pass Thru Policy Map Details11-47 IPv6 Inspection Default Settings for IPv6 InspectionOptional Configuring an IPv6 Inspection Policy Map Information about IPv6 InspectionConfiguring IPv6 Inspection 11-49Select Netbios Map NetBIOS InspectionNetBIOS Inspection Overview 11-50Configuration Global Objects Inspect Maps NetBIOS NetBIOS Inspect MapAdd/Edit NetBIOS Policy Map Pptp InspectionSmtp and Extended Smtp Inspection Smtp and Esmtp Inspection Overview11-52 Select Esmtp Map 11-53Configuration Global Objects Inspect Maps Esmtp Esmtp Inspect Map11-54 Mime File Type Filtering Add/Edit Esmtp Policy Map Security Level11-55 Add/Edit Esmtp Policy Map Details 11-56Add/Edit Esmtp Inspect 11-5711-58 11-59 Tftp Inspection 11-6011-61 11-62 Ctiqbe Inspection Overview Configuring Inspection for Voice and Video ProtocolsCtiqbe Inspection 12-1Inspection Limitations and Restrictions12-2 Inspection Overview How H.323 Works12-3 Support in H.245 Messages 12-4Class Map Configuration Global Objects Class Maps H.323Select H.323 Map 12-5Add/Edit H.323 Traffic Class Map Add/Edit H.323 Match Criterion12-6 Configuration Global Objects Inspect Maps H.323 Inspect Map12-7 Phone Number Filtering Add/Edit H.323 Policy Map Security Level12-8 Add/Edit H.323 Policy Map Details 12-912-10 Add/Edit HSI Group Add/Edit H.323 Map12-11 Mgcp Inspection Mgcp Inspection Overview12-12 Using NAT with Mgcp 12-13Mgcp Inspect Map Configuration Global Objects Inspect Maps MgcpSelect Mgcp Map 12-14Gateways and Call Agents Add/Edit Mgcp Policy Map12-15 Rtsp Inspection Add/Edit Mgcp Group12-16 Using RealPlayer Rtsp Inspection Overview12-17 Select Rtsp Map Configuration Global Objects Inspect Maps RadiusRestrictions and Limitations Rtsp Inspect MapRtsp Class Map Configuration Firewall Objects Class Maps RtspAdd/Edit Rtsp Policy Map 12-19SIP Inspection Add/Edit Rtsp Traffic Class Map12-20 SIP Inspection Overview 12-21SIP Instant Messaging Select SIP Map12-22 Configuration Global Objects Class Maps SIP SIP Class Map12-23 Add/Edit SIP Traffic Class Map Add/Edit SIP Match Criterion12-24 12-25 Configuration Global Objects Inspect Maps SIP SIP Inspect Map12-26 Add/Edit SIP Policy Map Security Level 12-27Add/Edit SIP Policy Map Details 12-2812-29 Add/Edit SIP Inspect 12-3012-31 Skinny Sccp Inspection Sccp Inspection Overview12-32 Supporting Cisco IP Phones 12-33Sccp Skinny Inspect Map Configuration Global Objects Inspect Maps Sccp SkinnySelect Sccp Skinny Map 12-34Message ID Filtering 12-35Add/Edit Sccp Skinny Policy Map Security Level 12-36Add/Edit Sccp Skinny Policy Map Details 12-37Add/Edit Message ID Filter 12-38Configuring Inspection of Database Directory Protocols ILS Inspection13-1 SQL*Net Inspection 13-2Sun RPC Inspection Overview Configuration Properties Sunrpc ServerSun RPC Inspection Sunrpc ServerAdd/Edit Sunrpc Service 13-4Dcerpc Overview Configuring Inspection for Management Application ProtocolsDcerpc Inspection 14-1Dcerpc Inspect Map Configuration Global Objects Inspect Maps DcerpcSelect Dcerpc Map 14-2Add/Edit Dcerpc Policy Map 14-3GTP Inspection 14-4GTP Inspection Overview Select GTP Map14-5 Configuration Global Objects Inspect Maps GTP GTP Inspect Map14-6 Imsi Prefix Filtering Add/Edit GTP Policy Map Security Level14-7 Add/Edit GTP Policy Map Details 14-8Add/Edit GTP Map 14-9Radius Accounting Inspection 14-10Add Radius Accounting Policy Map Radius Accounting Inspection OverviewSelect Radius Accounting Map 14-11Radius Inspect Map Radius Inspect Map Host14-12 Radius Inspect Map Other RSH InspectionSnmp Inspection 14-13Snmp Inspect Map Snmp Inspection OverviewSelect Snmp Map Add/Edit Snmp MapXdmcp Inspection 14-1514-16 Configuring Unified Communications Page 15-1 15-2 TLS Proxy Applications in Cisco Unified Communications 15-3Model License Requirement1 15-415-5 15-6 Using the Cisco Unified Communication Wizard 16-116-2 Licensing Requirements for the Unified Communication Wizard 16-316-4 Configuring the Private Network for the Phone Proxy 16-5Configuring Servers for the Phone Proxy Click the Generate and Export LDC Certificate button16-6 Address Default Port Description 16-716-8 Configuring the Public IP Phone Network 16-916-10 16-11 16-12 16-13 16-14 Certificate, 16-1516-16 16-17 Basic Deployment Off-path Deployment16-18 16-19 16-20 16-21 16-22 Installing a Certificate Exporting an Identity Certificate16-23 Click Install Certificate 16-24Saving the Identity Certificate Request 16-2516-26 16-27 16-28 Phone Proxy Functionality Configuring the Cisco Phone ProxyInformation About the Cisco Phone Proxy 17-117-2 TCP/RTP TLS/SRTPCisco Unified IP Phones Supported Cisco UCM and IP Phones for the Phone ProxyCisco Unified Communications Manager 17-3Licensing Requirements for the Phone Proxy 17-417-5 Prerequisites for the Phone Proxy Media Termination Instance Prerequisites17-6 Cisco Unified Communications Manager Prerequisites Certificates from the Cisco UCMDNS Lookup Prerequisites ACL RulesNAT Prerequisites NAT and PAT PrerequisitesAddress Port Protocol Description PAT PrerequisitesPrerequisites for IP Phones on Multiple Interfaces 7940 IP Phones Support17-9 Cisco IP Communicator Prerequisites Prerequisites for Rate Limiting Tftp Requests17-10 Ways to Deploy IP Phones to End Users Rate Limiting Configuration ExampleEnd-User Phone Provisioning 17-11Phone Proxy Guidelines and Limitations General Guidelines and Limitations17-12 Media Termination Address Guidelines and Limitations 17-13Configuring the Phone Proxy Task Flow for Configuring the Phone Proxy17-14 Creating the CTL File 17-15Adding or Editing a Record Entry in a CTL File 17-16Creating the Media Termination Instance 17-17Creating the Phone Proxy Instance 17-1817-19 Adding or Editing the Tftp Server for a Phone Proxy 17-20Configuring Your Router Linksys Routers17-21 Checked Feature History for the Phone ProxyApplication Start End Protocol IP Address Enabled 17-2218-1 18-2 TLS Proxy Flow Cisco IP Phone Cisco ASASupported Cisco UCM and IP Phones for the TLS Proxy 18-3Licensing for the TLS Proxy 18-418-5 CTL Provider 18-6Add/Edit CTL Provider 18-7Configure TLS Proxy Pane 18-8Add TLS Proxy Instance Wizard Server Configuration Adding a TLS Proxy Instance18-9 Add TLS Proxy Instance Wizard Client Configuration 18-1018-11 Add TLS Proxy Instance Wizard Other Steps 18-12Edit TLS Proxy Instance Server Configuration 18-13Edit TLS Proxy Instance Client Configuration 18-1418-15 TLS Proxy Add/Edit TLS Proxy18-16 18-17 18-18 Configuring Cisco Mobility Advantage Cisco Mobility Advantage Proxy Functionality19-1 Mobility Advantage Proxy Deployment Scenarios 19-219-3 MMP/SSL/TLSMobility Advantage Proxy Using NAT/PAT Trust Relationships for Cisco UMA Deployments19-4 19-5 Configuring Cisco Mobility Advantage 19-6Feature History for Cisco Mobility Advantage Task Flow for Configuring Cisco Mobility Advantage19-7 19-8 Configuring Cisco Unified Presence Information About Cisco Unified Presence20-1 20-2 Typical Cisco Unified Presence/LCS Federation Scenario20-3 SIP/TLSTrust Relationship in the Presence Federation 20-4Xmpp Federation Deployments 20-5Configuration Requirements for Xmpp Federation 20-6Licensing for Cisco Unified Presence 20-7Configuring Cisco Unified Presence Proxy for SIP Federation 20-8Feature History for Cisco Unified Presence 20-920-10 Configuring Cisco Intercompany Media Engine Proxy Features of Cisco Intercompany Media Engine Proxy21-1 How the UC-IME Works with the Pstn and the Internet 21-2Tickets and Passwords 21-321-4 Call Fallback to the Pstn Architecture21-5 Basic Deployment 21-6Off Path Deployment 21-7Licensing for Cisco Intercompany Media Engine 21-821-9 21-10 Configuring Cisco Intercompany Media Engine Proxy Task Flow for Configuring Cisco Intercompany Media Engine21-11 Configuring NAT for Cisco Intercompany Media Engine Proxy 21-12Command Purpose 21-13What to Do Next Configuring PAT for the Cisco UCM ServerCommand Purpose 21-14Address of Cisco UCM that you want to translate 21-15Creating ACLs for Cisco Intercompany Media Engine Proxy 21-16Procedure Guidelines21-17 Creating the Cisco Intercompany Media Engine Proxy 21-18See Creating the Media Termination Instance 21-19Show running-config uc-ime command 21-20Creating Trustpoints and Generating Certificates 21-21Prerequisites for Installing Certificates 21-22Certified 21-23Creating the TLS Proxy 21-2421-25 ACLs for Cisco Intercompany Media Engine Proxy 21-26Optional Configuring TLS within the Local Enterprise 21-27Commands Purpose 21-28Where proxytrustpoint for the server trust-point Where proxytrustpoint for the client trust-point21-29 Optional Configuring Off Path Signaling 21-30Engine Proxy, 21-3121-32 21-33 Show uc-ime signaling-sessions 21-34Show uc-ime signaling-sessions statistics Show uc-ime media-sessions detail21-35 Show uc-ime fallback-notification statistics Show uc-ime mapping-service-sessionsShow uc-ime mapping-service-sessions statistics 21-36Feature History for Cisco Intercompany Media Engine Proxy 21-3721-38 Configuring Connection Settings and QoS Page Configuring Connection Settings Information About Connection Settings22-1 TCP Intercept and Limiting Embryonic Connections Dead Connection Detection DCD22-2 TCP State Bypass TCP Sequence RandomizationTCP Normalization 22-3Licensing Requirements for Connection Settings 22-4TCP State Bypass TCP State Bypass Unsupported FeaturesMaximum Concurrent and Embryonic Connection Guidelines 22-5Customizing the TCP Normalizer with a TCP Map Configuring Connection SettingsTask Flow For Configuring Connection Settings 22-622-7 Configuring Connection Settings 22-8Configuring Global Timeouts 22-922-10 Tcp-state-bypass Feature History for Connection SettingsIntroduced set connection advanced-options 22-1122-12 Configuring QoS Information About QoS23-1 Supported QoS Features What is a Token Bucket?23-2 Information About Policing Information About Priority Queuing23-3 How QoS Features Interact Information About Traffic Shaping23-4 Model Guidelines Licensing Requirements for QoSDscp and DiffServ Preservation 23-5Configuring QoS 23-6125 23-7Configuring the Standard Priority Queue for an Interface 23-8Click Enable priority for this flow 23-923-10 Monitoring QoS Click Enforce priority to selected shape traffic23-11 Viewing QoS Police Statistics Viewing QoS Standard Priority Statistics23-12 Viewing QoS Shaping Statistics Viewing QoS Standard Priority Queue Statistics23-13 Feature History for QoS 23-14Pinging ASA Interfaces Troubleshooting Connections and ResourcesTesting Your Configuration 24-1Network Diagram with Interfaces, Routers, and Hosts 24-2Information About Ping 24-3Pinging to an ASA Interface Troubleshooting the Ping ToolPinging From an ASA Interface Pinging Through the ASA InterfaceUsing the Ping Tool 24-5Output Symbol Description Determining Packet Routing with Traceroute24-6 Tracing Packets with Packet Tracer 24-7Monitoring Performance 24-8Monitoring System Resources Blocks24-9 Memory 24-10Monitoring Connections 24-11Monitoring Per-Process CPU Usage 24-12Configuring Advanced Network Protection Page Configuring the ASA for Cisco Cloud Web Security 25-1Redirection of Web Traffic to Cloud Web Security User Authentication and Cloud Web SecurityInformation About Cisco Cloud Web Security 25-2Authentication Keys Company Authentication Key Group Authentication Key25-3 Custom Groups ScanCenter PolicyDirectory Groups 25-4How Groups and the Authentication Key Interoperate Cloud Web Security Actions25-5 Bypassing Scanning with Whitelists Failover from Primary to Backup Proxy ServerLicensing Requirements for Cisco Cloud Web Security IPv4 and IPv6 SupportOptional Fully Qualified Domain Name Prerequisites Optional User Authentication PrerequisitesPrerequisites for Cloud Web Security 25-7Configuring Cisco Cloud Web Security 25-8Choose Configuration Device Management Cloud Web Security 25-925-10 25-11 25-12 25-13 25-14 25-15 25-16 Examples 25-1725-18 Check Cloud Web Security and click Configure 25-1925-20 Tcp/http 25-2125-22 Optional Configuring Whitelisted Traffic 25-2325-24 Optional Configuring the User Identity Monitor 25-25Configuring the Cloud Web Security Policy Monitoring Cloud Web Security25-26 Related Documents Feature History for Cisco Cloud Web SecurityRelated Documents 25-2725-28 Configuring the Botnet Traffic Filter Information About the Botnet Traffic Filter26-1 Botnet Traffic Filter Databases Botnet Traffic Filter Address TypesBotnet Traffic Filter Actions for Known Addresses Information About the Dynamic DatabaseInformation About the Static Database 26-326-4 How the Botnet Traffic Filter Works 26-5Licensing Requirements for the Botnet Traffic Filter Prerequisites for the Botnet Traffic Filter26-6 Configuring the Botnet Traffic Filter Task Flow for Configuring the Botnet Traffic Filter26-7 Configuring the Dynamic Database 26-8Adding Entries to the Static Database Enabling DNS Snooping26-9 26-10 Recommended Configuration 26-11Blocking Botnet Traffic Manually Very Low Moderate High Very High26-12 Searching the Dynamic Database 26-13Monitoring the Botnet Traffic Filter Botnet Traffic Filter Syslog Messaging26-14 Botnet Traffic Filter Monitor Panes 26-15Feature History for the Botnet Traffic Filter 26-16Licensing Requirements for Threat Detection Configuring Threat DetectionInformation About Threat Detection 27-1Configuring Basic Threat Detection Statistics Information About Basic Threat Detection Statistics27-2 Security Context Guidelines Trigger Settings Packet Drop Reason Average Rate Burst RateGuidelines and Limitations Types of Traffic MonitoredPath Purpose Configuring Basic Threat Detection StatisticsMonitoring Basic Threat Detection Statistics 27-4Information About Advanced Threat Detection Statistics Configuring Advanced Threat Detection StatisticsFeature History for Basic Threat Detection Statistics 27-5Configuring Advanced Threat Detection Statistics Choose the Configuration Firewall Threat Detection pane27-6 Monitoring Advanced Threat Detection Statistics Last 24 hour27-7 Configuring Scanning Threat Detection Feature History for Advanced Threat Detection Statistics27-8 Information About Scanning Threat Detection 27-9Configuring Scanning Threat Detection Average Rate Burst Rate27-10 Feature History for Scanning Threat Detection 27-1127-12 Preventing IP Spoofing Using Protection ToolsConfiguration Firewall Advanced Anti-Spoofing Fields 28-1Configuring the Fragment Size Show Fragment28-2 Configuring TCP Options 28-3TCP Reset Settings 28-4IP Audit Policy Configuring IP Audit for Basic IPS SupportAdd/Edit IP Audit Policy Configuration 28-5Signature Message Number Signature Title IP Audit SignaturesIP Audit Signature List 28-628-7 Message Number Signature Title 28-828-9 28-10 28-11 28-12 Configuring Filtering Services Information About Web Traffic Filtering29-1 Filtering URLs and FTP Requests with an External Server Information About URL Filtering29-2 Identifying the Filtering Server Licensing Requirements for URL FilteringGuidelines and Limitations for URL Filtering 29-3Configuring Additional URL Filtering Settings 29-4Buffering the Content Server Response Caching Server Addresses29-5 Configuring Filtering Rules Filtering Http URLs29-6 29-7 29-8 29-9 29-10 Filtering the Rule Table 29-11Feature History for URL Filtering Defining Queries29-12 Configuring Modules Page Configuring the ASA CX Module Information About the ASA CX Module30-1 How the ASA CX Module Works with the ASA 30-2Traffic-Forwarding Interface in Monitor-Only Mode Monitor-Only ModeService Policy in Monitor-Only Mode 30-3Initial Configuration Information About ASA CX Management30-4 Policy Configuration and Management Information About Authentication ProxyCompatibility with ASA Features Information About VPN and the ASA CX ModuleLicensing Requirements for the ASA CX Module Prerequisites30-6 Monitor-Only Mode Guidelines ASA Clustering Guidelines30-7 Task Flow for the ASA CX Module Configuring the ASA CX ModuleParameters Default 30-8Connecting the ASA CX Management Interface ASA 5585-X Hardware Module30-9 If you have an inside router If you do not have an inside router30-10 ASA 5512-X through ASA 5555-X Software Module 30-1130-12 Example 30-13Multiple Context Mode ASA 5585-X Changing the ASA CX Management IP Address30-14 Example Single Context ModeSets the ASA CX management IP address, mask, and gateway ASDM, choose Wizards Startup WizardConfiguring Basic ASA CX Settings at the ASA CX CLI 30-1630-17 Optional Configuring the Authentication Proxy Port 30-18Creating the ASA CX Service Policy Redirecting Traffic to the ASA CX Module30-19 Click the ASA CX Inspection tab 30-20Check the Enable ASA CX for this traffic flow check box 30-21Configuring Traffic-Forwarding Interfaces Monitor-Only Mode Choose Tools Command Line Interface30-22 Resetting the Password Managing the ASA CX Module30-23 Reloading or Resetting the Module 30-24Shutting Down the Module 30-2530-26 Admin123 Monitoring the ASA CX Module30-27 Monitoring Module Connections Showing Module StatusShowing Module Statistics Module30-29 Ciscoasa# show asp table classify domain cxsc Input Table30-30 30-31 Ciscoasa# show asp dropCapturing Module Traffic Troubleshooting the ASA CX ModuleProblems with the Authentication Proxy 30-32Feature History for the ASA CX Module 30-33Capture interface asadataplane command 30-34Configuring the ASA IPS Module Information About the ASA IPS Module31-1 How the ASA IPS Module Works with the ASA 31-2Using Virtual Sensors ASA 5510 and Higher Operating Modes31-3 Information About Management Access 31-4Licensing Requirements for the ASA IPS module 31-5Vlan 31-6Configuring the ASA IPS module Task Flow for the ASA IPS Module31-7 Connecting the ASA IPS Management Interface 31-831-9 ASA 31-10Sessioning to the Module from the ASA May Be Required 31-11ASA 5512-X through ASA 5555-X Booting the Software Module Configuring Basic IPS Module Network Settings31-12 ASA 5510 and Higher Configuring Basic Network Settings Choose Wizards Startup Wizard31-13 ASA 5505 Configuring Basic Network Settings ASDM, choose Configuration Device Setup SSC Setup31-14 Configuring the Security Policy on the ASA IPS Module 31-15Click Continue 31-1631-17 Diverting Traffic to the ASA IPS module 31-18Managing the ASA IPS module 31-19Installing and Booting an Image on the Module 31-2031-21 Uninstalling a Software Module Image 31-2231-23 Monitoring the ASA IPS module 31-24Feature History for the ASA IPS module 31-2531-26 Configuring the ASA CSC Module Information About the CSC SSM32-1 ASA 32-2Determining What Traffic to Scan 32-3Common Network Configuration for CSC SSM Scanning 32-4Licensing Requirements for the CSC SSM Prerequisites for the CSC SSM32-5 Parameter Default 32-6Configuring the CSC SSM Before Configuring the CSC SSM32-7 Connecting to the CSC SSM 32-8Determining Service Policy Rule Actions for CSC Scanning 32-9CSC SSM Setup Wizard 32-10IP Configuration Activation/License32-11 Host/Notification Settings 32-12Management Access Host/Networks Password32-13 Restoring the Default Password Choose Tools CSC Password Reset32-14 Wizard Setup CSC Setup Wizard Activation Codes Configuration32-15 CSC Setup Wizard IP Configuration CSC Setup Wizard Host Configuration32-16 CSC Setup Wizard Traffic Selection for CSC Scan CSC Setup Wizard Management Access ConfigurationCSC Setup Wizard Password Configuration 32-17Specifying Traffic for CSC Scanning 32-18CSC Setup Wizard Summary 32-19Web Using the CSC SSM GUIChoose Configuration Trend Micro Content Security Web 32-20Mail Smtp Tab32-21 File Transfer 32-22Updates 32-23Threats Choose Monitoring Trend Micro Content Security ThreatsMonitoring the CSC SSM 32-24Live Security Events Live Security Events Log32-25 Software Updates 32-26CSC Memory Troubleshooting the CSC ModuleResource Graphs 32-27Installing an Image on the Module Recover command32-28 Resetting the Password 32-29Shuts down the module Reloading or Resetting the ModuleShutting Down the Module 32-30Additional References Feature History for the CSC SSMFeature Name Platform Releases Feature Information Related Topic Document Title32-32 D E IN-1FTP Http IN-2CSC CPU IN-3CSC SSM GUI IN-4Application inspection IN-5IPS IN-6See also class map IN-7See Icmp IN-8See QoS IN-9See PAT IN-10URL IN-11IN-12
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ASA Services Module, ASA 5555-X, ASA 5545-X, ASA 5585-X, ASA 5580 specifications

Cisco Systems has long been a leader in the field of network security, and its Adaptive Security Appliance (ASA) series is a testament to this expertise. Within the ASA lineup, models such as the ASA 5505, ASA 5580, ASA 5585-X, ASA 5545-X, and ASA 5555-X stand out for their unique features, capabilities, and technological advancements.

The Cisco ASA 5505 is designed for small businesses or branch offices. It provides essential security features such as firewall protection, flexible VPN capabilities, and intrusion prevention. The ASA 5505 supports a user-friendly interface, allowing for straightforward management. Its built-in threat detection and prevention tools provide a layered defense, and with scalability in mind, it can accommodate various expansion options as organizational needs grow.

Moving up the line, the ASA 5580 delivers greater throughput and advanced security features. This model is suited for medium to large enterprises that require robust protection against increasingly sophisticated threats. Its multi-core architecture allows it to manage high volumes of traffic seamlessly while maintaining excellent performance levels. The ASA 5580 also supports application-layer security and customizable access policies, making it highly adaptable to diverse security environments.

The ASA 5585-X further enhances Cisco's security offerings with advanced malware protection and extensive security intelligence capabilities. It incorporates next-generation firewall features, including context-aware security, and supports advanced threat detection technologies. This model is ideal for large enterprises or data centers that prioritize security while ensuring uninterrupted network performance and availability.

For enterprises requiring a balance of performance and security, the ASA 5545-X presents a compelling option. This model features scalable performance metrics, high availability, and integrated advanced threat protection. Coupled with advanced endpoint protection and detailed monitoring capabilities, the ASA 5545-X enables organizations to manage their security posture effectively.

Lastly, the ASA 5555-X blends cutting-edge technologies with strong security infrastructures. It boasts high throughput and the ability to execute deep packet inspections. Its sophisticated architecture supports threat intelligence feeds that provide real-time security updates, making it a powerful tool against modern threats.

Each of these Cisco ASA models brings specific advantages to varied environments. Their integrative capabilities enable businesses to enhance their security postures while benefiting from seamless scalability and management. As cybersecurity threats evolve, these advanced appliances play a vital role in protecting valuable digital assets.
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