CCNP ENNA 300-445
Instructor
admin
- Description
- Curriculum
- Reviews

Platforms and Architecture
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1Determine agent types, such as synthetic user agent, scripting agent, and local collection agent to meet network assurance and security requirements
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2Determine agent location to meet network assurance and security requirements
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3Describe active and passive monitoring (RFC 7276 and RFC 7799)
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4Describe ThousandEyes WAN Insights
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5Describe the integration between Cisco technologies, such as ThousandEyes, vManage Cisco Catalyst Manager, Webex Control Hub, Meraki, and Endpoint Agent deployment through Secure Client
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6Describe setting a metric baseline
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7Select the integration type, such as API, alerting thresholds, open telemetry, and ITSM for the requested data
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8Select a Cisco network assurance platform based on business requirements, such as application communication, user experience, web, and events
Data Collection Implementation
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9Configure enterprise agent on application servers and network infrastructure devices, including dedicated devices
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10Describe endpoint agent deployment at scale across the enterprise on end-user devices (Windows, Mac, and Room OS)
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11Configure tests using tools, such as ThousandEyes and Meraki Insights
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12Configure endpoint agent tests in ThousandEyes
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13Describe the purpose, implementation, and limitations of synthetic web tests
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14Implement common web authentication methods, such as basic, digest, bearer tokens, OAuth, SAML, and SSO when testing web applications
Data Analysis
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15Diagnose network issues, such as packet loss, congestion, routing, and jitter using collected data
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16Diagnose end-device network issues, such as issues with a default gateway, local network, DNS server, proxy, VPN gateway, wireless, and real-time streaming using collected data
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17Diagnose web application performance issues using collected data such as browser waterfalls
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18Identify security issues, such as DDoS attacks, DNS hijacking, BGP hijacking, and route leaking affecting network performance
Insights and Alerts
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19Configure alert rules based on network conditions, such as TCP protocol behavior, congestion, error counters, performance, throughput, state of BGP routing table, internet insights, MPLS, VPN, NetFlow, SNMP, and syslog
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20Configure alert rules that affect the end-user experience, such as CPU utilization, connectivity types (wired to wireless, Wi-Fi), browser behavior, and VPN
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21Select deliverables or metrics such as dashboard and alerts for IT operations, production support, app/dev teams, and executives
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22Validate alert configuration and functionality
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23Recommend optimization for network capacity planning, such as topology and configuration changes, and QoS based on data interpretation
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