Cisco® Application Centric Infrastructure (ACI) is an innovative architecture that radically simplifies, optimizes, and accelerates the entire application deployment lifecycle. Cloud, mobility, and big data applications are causing a shift in the data center model. Cisco ACI redefines the power of IT, enabling IT to be more responsive to changing business and application needs, enhancing agility, and adding business value. Cisco ACI delivers a transformational operating model for next-generation data center and cloud applications. This Cisco ACI hands lab will step you through from the ACI Fabric concepts to deployment. • Cisco ACI Overview • ACI Fabric Discovery • ACI Building Basic Network Constructs • ACI Building Policy Filters and Contracts • : Deploying a 3-Tier Application Network Profile • ACI Integrating with VMware • Deploying a Service Graph with Application Network Profile • Exploring Monitoring and Troubleshooting
Cisco® Application Centric Infrastructure (ACI) is an innovative architecture that radically simplifies, optimizes, and accelerates the entire application deployment lifecycle. Cloud, mobility, and big data applications are causing a shift in the data center model. Cisco ACI redefines the power of IT, enabling IT to be more responsive to changing business and application needs, enhancing agility, and adding business value. Cisco ACI delivers a transformational operating model for next-generation data center and cloud applications. This Cisco ACI hands lab will step you through from the ACI Fabric concepts to deployment. • Cisco ACI Overview • ACI Fabric Discovery • ACI Building Basic Network Constructs • ACI Building Policy Filters and Contracts • : Deploying a 3-Tier Application Network Profile • ACI Integrating with VMware • Deploying a Service Graph with Application Network Profile • Exploring Monitoring and Troubleshooting
EMA’s published software-defined wide-area network (SD-WAN) transformation research, based on a survey of 303 enterprise IT professionals, identifies best practices for modernizing the WAN with SD-WAN and other technology.
These slides from the webinar featuring EMA VP of Research Shamus McGillicuddy
- Give results from EMA’s industry-leading research in enterprise WAN strategies by looking at the dos and don’ts of SD-WAN projects
- Explore emerging requirements for secure access service edge (SASE) solutions
- Examine how the COVID-19 pandemic has affected these networks
The document discusses an IBNS 2.0 lab guide that covers configuring identity-based network access using Auto-identity templates. It includes 7 tasks that cover reviewing the built-in global and interface templates, setting up identity access with auto-identity templates, enforcing fallback policies on RADIUS server failure using critical templates, enabling concurrent authentication for faster device onboarding, integrating TrustSec segmentation, and configuring authentication bypass for IP phones. The lab utilizes a POD topology accessible through remote desktop to complete the tasks and explore the capabilities of IBNS 2.0's simplified auto-identity configuration.
EMA’s published software-defined wide-area network (SD-WAN) transformation research, based on a survey of 303 enterprise IT professionals, identifies best practices for modernizing the WAN with SD-WAN and other technology.
These slides from the webinar featuring EMA VP of Research Shamus McGillicuddy
- Give results from EMA’s industry-leading research in enterprise WAN strategies by looking at the dos and don’ts of SD-WAN projects
- Explore emerging requirements for secure access service edge (SASE) solutions
- Examine how the COVID-19 pandemic has affected these networks
The document discusses an IBNS 2.0 lab guide that covers configuring identity-based network access using Auto-identity templates. It includes 7 tasks that cover reviewing the built-in global and interface templates, setting up identity access with auto-identity templates, enforcing fallback policies on RADIUS server failure using critical templates, enabling concurrent authentication for faster device onboarding, integrating TrustSec segmentation, and configuring authentication bypass for IP phones. The lab utilizes a POD topology accessible through remote desktop to complete the tasks and explore the capabilities of IBNS 2.0's simplified auto-identity configuration.