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OVERVIEW The Configuring Cisco Unified Computing System (DCCUCS) v1.0 shows you how to deploy, secure, operate, and maintain Cisco Unified Computing System (Cisco UCS) B-series blade servers, Cisco UCS C-Series, and S-Series rack servers for use in data centers. You will learn how to implement management and orchestration software for Cisco UCS. You will gain hands-on practice on: configuring key features of Cisco UCS, Cisco UCS Director, and Cisco UCS Manager; implementing UCS management software including Cisco UCS Director, Cisco UCS Manager, and Cisco Intersight; and more. This course will help you: Gain in-depth experience implementing and maintaining Cisco UCS servers to help you accelerate and provide robust UCS deployments Gain knowledge and skills through Cisco’s unique combination of lessons and hands-on practice using enterprise-grade Cisco learning technologies, data center equipment, and software This course is worth 24 Continuing Education (CE) Credits. e-Learning Interactive self-paced content that provides flexibility in terms of pace, place and time to suit individuals and organisations. These resources also consist of online books, educational podcasts and vodcasts, and video-based learning. OBJECTIVES After taking this course, you should be able to: Describe and implement Fibre Channel, zoning, and NPV features on Cisco UCS Describe and implement FCoE on Cisco UCS Describe Cisco UCS policies for service profiles Describe Cisco Adapter FEX and Single Root I/O Virtualization Describe and implement RBAC on Cisco UCS Describe and implement external authentication providers on Cisco UCS Manager Describe and implement key management on Cisco UCS Manager Describe and implement Cisco UCS Director Describe and implement Cisco Intersight Describe the scripting options for Cisco UCS Manager Describe and implement monitoring on Cisco UCS Manager CONTENT Implementing Fibre Channel on Cisco UCS Fibre Channel Port Channel Functionality Purpose of Zoning Cisco NPV and Fibre Channel Switching Mode Implementing FCoE on Cisco UCS FCoE Topologies FCoE Initialization Protocol FCoE Communication Cisco Data Center Bridging SAN Boot Requirements Describing Cisco UCS Policies for Service Profiles Storage Policies BIOS Policies Boot Policy IPMI Policies Scrub Policies Maintenance Policies Describing Cisco Adapter FEX and Single Root I/O Virtualization Cisco FEX Overview Cisco Adapter FEX   Single Root I/O Virtualization Implementing RBAC on Cisco UCS RBAC in Cisco UCS Users, Roles, and Privileges  Functions of Organizations and Locales    Effective Rights of a User Implementing External Authentication Providers Options for External Authentication Providers Implementing Key Management on Cisco UCS Manager Public Key Infrastructure Implementing Cisco UCS Director Cisco UCS Director Overview Install Cisco UCS Director Virtual and Physical Accounts Policies, Virtual Data Centers, and Catalogs Self-Service Portal Cisco UCS Director with VMware Managing VMs Compute Management with Cisco UCS Director Reporting and Monitoring in Cisco UCS Director Implementing Cisco Intersight Cisco Intersight Overview Key Features of Cisco Intersight Describing the Scripting Options for Cisco UCS Cisco UCS Manager XML API Cisco UCS Management Information Tree Managed Object Browser Cisco UCS Manager PowerTool Cisco UCS Python SDK Implementing Monitoring on Cisco UCS Manager Logging Sources in Cisco UCS Manager Port Monitoring Capabilities of Cisco UCS Manager SNMP Security Ramifications Cisco UCS Manager Call Home Feature Describe the Cisco UCS Manager Call Home feature   Lab Outline Configure Pod-Specific Device Aliases Configure Zoning Configure VSANs in Cisco UCS Manager Configure Unified Ports on Cisco UCS Fabric Interconnects Install and Boot VMware ESXi on Cisco UCS from the FCoE LUN Configure RBAC Configure Cisco UCS Manager to Authenticate Users via OpenLDAP Configure a Trusted Point and Key Ring in Cisco UCS Manager Install Cisco UCS Director Configure Cisco UCS Director Discover Infrastructure with Cisco UCS Director Examine the Cisco UCS Director GUI Design Services in Cisco UCS Director Configure Cisco UCS with Cisco Intersight Configure Cisco UCS Manager Using Scripting Implement Syslog and Call Home

OVERVIEW The Understanding Cisco Data Center Foundations course helps you prepare for entry-level data center roles. In this course, you will learn the foundational knowledge and skills you need to configure Cisco® data center technologies including: networking, virtualization, storage area networking, and unified computing. You will get an introduction to Cisco Application Centric Infrastructure (Cisco ACI™), automation, and cloud computing.  You will get hands-on experience with configuring features on Cisco Nexus® Operating System (Cisco NX-OS) and Cisco Unified Computing System™ (Cisco UCS®). This course does not lead directly to a certification exam, but it does cover foundational knowledge that can help you prepare for several professional-level data center courses and exams.   This course will help you: Prepare for entry-level job roles in the high-demand area of data center environments Prepare for courses that support the Cisco Certified Network Professional Data Center certification exams Gain knowledge and hands-on skills through Cisco’s unique combination of lessons and hands-on practice using enterprise-grade Cisco learning technologies, data center equipment, and software Earn 30 CE credits toward recertification e-Learning Interactive self-paced content that provides flexibility in terms of pace, place and time to suit individuals and organisations. These resources also consist of online books, educational podcasts and vodcasts, and video-based learning. OBJECTIVES After completing this course, you should be able to: Describe the foundations of data center networking Describe Cisco Nexus products and explain the basic Cisco NX-OS functionalities and tools Describe Layer 3 first-hop redundancy Describe Cisco Fabric Extender (FEX) connectivity Describe Ethernet port channels and virtual port channel (VPCs) Introduce switch virtualization, machine virtualization, and network virtualization Compare storage connectivity options in the data center Describe Fibre Channel communication between the initiator server and the target storage Describe Fibre Channel zone types and their uses Describe N-Port Virtualization (NPV) and N-Port Identifier Virtualization (NPIV) Describe data center Ethernet enhancements that provide a lossless fabric Describe Fibre Channel over EthernetFCoE Describe data center server connectivity Describe Cisco UCS Manager Describe the purpose and advantages of APIs Describe Cisco ACI Describe the basic concepts of cloud computing CONTENT Describing the Data Center Network Architectures Cisco Data Center Architecture Overview Three-Tier Network: Core, Aggregation, and Access Spine-and-Leaf Network Storage Area Network Hypoconverged Storage Systems Describing the Cisco Nexus Family and Cisco NX-OS Software Cisco Nexus Data Center Product Overview Cisco FEX Overview Cisco NX-OS Software Architecture Cisco NX-OS Software CLI Tools Cisco NX-OS Virtual Routing and Forwarding Describing Layer 3 First-Hop Redundancy Default Gateway Redundancy Hot Standby Router Protocol Virtual Router Redundancy Protocol Gateway Load Balancing Protocol Describing Port Channels and vPCs Ethernet Port Channels Virtual Port Channels Describing Switch Virtualization Cisco Nexus Switch Basic Components Virtual Routing and Forwarding Cisco Nexus 7000 Virtual Device Contexts (VDCs) VDC Types VDC Resource Allocation VDC Management Describing Machine Virtualization Virtual Machines Hypervisor VM Manager Describing Network Virtualization Overlay Network Protocols Virtual Extensible LAN (VXLAN) Overlay VXLAN Border Gateway Protocol (BGP) Ethernet VPN (EVPN) Control Plane VXLAN Data Plane Cisco Nexus 1000VE Series Virtual Switch VMware vSphere Virtual Switches Introducing Basic Data Center Storage Concepts Storage Connectivity Options in the Data Center Fibre Channel Storage Networking Virtual Storage Area Network (VSAN) Configuration and Verification Describing Fibre Channel Communication Between the Initiator Server and the Target Storage Fibre Channel Layered Model Fabric Login (FLOGI) Process Fibre Channel Flow Control Describing Fibre Channel Zone Types and Their Uses Fibre Channel Zoning Zoning Configuration Zoning Management Describing Cisco NPV Mode and NPIV Cisco NPV Mode NPIV Mode Describing Data Center Ethernet Enhancements Institute of Electrical and Electronic Engineers (IEEE) Data Center Bridging Priority Flow Control Enhanced Transmission Selection Data Center Bridging Exchange (DCBX) Protocol Congestion Notification Describing FCoE Cisco Unified Fabric FCoE Architecture FCoE Initialization Protocol FCoE Adapters Describing Cisco UCS Components Physical Cisco UCS Components Cisco HyperFlex Data Platform Cisco Fabric Interconnect Product Overview Cisco I/O Module (IOM) Product Overview Cisco UCS Mini Cisco Integrated Management Controller (IMC) Supervisor Cisco Intersight™ Describing Cisco UCS Manager Cisco UCS Manager Overview Identity and Resource Pools for Hardware Abstraction Service Profiles and Service Profile Templates Cisco UCS Central Overview Automating the Data Center Automation Basics Choosing the Automation Toolset Management and Orchestration Systems Describing Cisco ACI Cisco ACI Overview Cisco ACI Topology and Hardware Cisco ACI Policy Model Cisco ACI External Connectivity Options Cisco ACI and VMM Integration Cisco ACI and Layer4-Layer 7 Integration Cisco ACI Management and Automation Cisco ACI Anywhere Describing Cloud Computing Cloud Computing Overview Cloud Deployment Models Cloud Computing Services Labs Explore the Cisco NX-OS CLI Explore Topology Discovery Configure Hot Standby Router Protocol (HSRP) Configure VPCs Configure Virtual Routing and Forwarding (VRF) Explore the Virtual Device Contexts (VDC) Elements Install VMware ESXi and vCenter Configure VSANs Validate FLOGI and FCNS Configure Zoning Configure Unified Ports on a Cisco Nexus Switch and Implement FCoE Explore the Cisco UCS Server Environment Configure a Cisco UCS Server Profile Configure Cisco NX-OS with APIs Explore the Cisco UCS Manager XML API Management Information Tree Explore Cisco ACI  

OVERVIEW Designing Cisco Data Center Infrastructure (DCID) focuses on data center design based on Cisco solutions and technologies. Topics covered include network designs with virtualization technologies, Layer 2 and Layer 3 technologies and routing protocols and data center interconnect design options. You’ll learn design practices for the Cisco Unified Computing System™ (Cisco UCS®) solution based on Cisco UCS B-Series and C-Series servers, Cisco UCS Manager, and Cisco Unified Fabric, while gaining experience with network management technologies including Cisco UCS Manager, Cisco Nexus Dashboard Fabric Controller and Cisco UCS Director. This course is worth 40 (CE) Continuing Education Credits e-Learning Interactive self-paced content that provides flexibility in terms of pace, place and time to suit individuals and organisations. These resources also consist of online books, educational podcasts and vodcasts, and video-based learning. OBJECTIVES After completing this courses you should be able to:  Describe the Layer 2 and Layer 3 forwarding options and protocols used in a data center   Describe the rack design options, traffic patterns, and data center switching layer access, aggregation, and core   Describe Locator/ID separation protocol   Design a solution that uses Virtual Extensible LAN (VXLAN) for traffic forwarding   Describe the hardware redundancy options; how to virtualize the network, compute, and storage functions; and virtual networking in the data center   Describe solutions that use fabric extenders and compare Cisco Adapter Fabric Extender (FEX) with single root input/output virtualization (SR-IOV)   Describe security threats and solutions in the data center   Describe advanced data center security technologies and best practices   Describe device management and orchestration in the data center   Describe the storage options for the compute function and the different Redundant Array of Independent Disks (RAID) levels from a high-availability and performance perspective   Describe Fibre Channel concepts and architecture   Describe Fibre Channel topologies and industry terms   Describe Fibre Channel over Ethernet (FCoE)   Describe security options in the storage network   Describe the management and automation options for the storage networking infrastructure   Describe Cisco UCS servers and use cases for various Cisco UCS platforms   Explain the connectivity options for fabric interconnects for southbound and northbound connections   Describe the hyperconverged solution and integrated systems   Describe the systemwide parameters for setting up a Cisco UCS domain   Describe role-based access control (RBAC) and integration with directory servers to control access rights on Cisco UCS Manager   Describe the pools that may be used in service profiles or service profile templates on Cisco UCS Manager   Describe the different policies in the service profile   Describe the Ethernet and Fibre Channel interface policies and additional network technologies   Describe the advantages of templates and the difference between initial and updated templates   Describe data center automation tools    CONTENT High Availability on Layer 2 Overview of Layer 2 High-Availability Mechanisms Virtual Port Channels Layer 3 Connectivity First Hop Redundancy Protocols Improving Routing Protocol Performance and Security Enhance Layer 3 Scalability and Robustness Data Center Topologies Data Center Traffic Flows Cabling Challenges Access Layer Aggregation Layer Core Layer Spine-and-Leaf Topology Redundancy Options Locator/ID Separation Protocol Locator/ID Separation Protocol LISP VM Mobility LISP ESM Multihop Mobility LISP VPN Virtualization VXLAN Overlay Networks VXLAN Benefits over VLAN Layer 2 and Layer 3 VXLAN Overlay MP-BGP EVPN Control Plane Overview VXLAN Data Plane Hardware and Device Virtualization Hardware-Based High Availability Device Virtualization Cisco UCS Hardware Virtualization Server Virtualization SAN Virtualization N-Port ID Virtualization Cisco FEX Options Cisco Adapter FEX Access Layer with Cisco FEX Cisco FEX Topologies Virtualization-Aware Networking Single Root I/O Virtualization Cisco FEX Evaluation Basic Data Center Security Threat Mitigation Attack and Countermeasure Examples Securing the Management Plane Protecting the Control Plane RBAC and Authentication, Authorization, and Accounting (AAA) Advanced Data Center Security Cisco TrustSec in Cisco Secure Enclaves Architecture Cisco TrustSec Operation Firewalling Positioning the Firewall Within Data Center Networks Cisco Firepower® Portfolio Firewall Virtualization Designing for Threat Mitigation Management and Orchestration Network and License Management Cisco UCS Manager Cisco UCS Director Cisco Intersight Cisco NDFC Overview Storage and RAID Options Positioning DAS in Storage Technologies Network-Attached Storage Fibre Channel, FCoE, and Internet Small Computer System Interface (iSCSI) Evaluating Storage Technologies Fibre Channel Concepts Fibre Channel Connections, Layers, and Addressing Fibre Channel Communication Virtualization in Fibre Channel SAN Fibre Channel Topologies SAN Parameterization SAN Design Options Choosing a Fibre Channel Design Solution FCoE FCoE Protocol Characteristics FCoE Communication Data Center Bridging FCoE Initialization Protocol FCoE Design Options Storage Security Common SAN Security Features Zones SAN Security Enhancements Cryptography in SAN SAN Management and Orchestration Cisco DCNM for SAN Cisco DCNM Analytics and Streaming Telemetry Cisco UCS Director in the SAN Cisco UCS Director Workflows Cisco UCS Servers and Use Cases Cisco UCS C-Series Servers Fabric Interconnects and Blade Chassis Cisco UCS B-Series Server Adapter Cards Stateless Computing Cisco UCS Mini Fabric Interconnect Connectivity Using Fabric Interconnect Interfaces VLANs and VSANs in a Cisco UCS Domain Southbound Connections Northbound Connections Disjoint Layer 2 Networks Fabric Interconnect High Availability and Redundancy Hyperconverged and Integrated Systems Hyperconverged and Integrated Systems Overview Cisco HyperFlex™ Solution Cisco HyperFlex Scalability and Robustness Cisco HyperFlex Clusters Cluster Capacity and Multiple Clusters on One Cisco UCS Domain External Storage and Graphical Processing Units on Cisco HyperFlex Cisco HyperFlex Positioning Cisco UCS Manager Systemwide Parameters Cisco UCS Setup and Management Cisco UCS Traffic Management Cisco UCS RBAC Roles and Privileges Organizations in Cisco UCS Manager Locales and Effective Rights Authentication, Authorization, and Accounting Two-Factor Authentication Pools for Service Profiles Global and Local Pools Universally Unique Identifier (UUID) Suffix and Media Access Control (MAC) Address Pools World Wide Name (WWN) Pools Server and iSCSI Initiator IP Pools Policies for Service Profiles Global vs. Local Policies Storage and Basic Input/Output System (BIOS) Policies Boot and Scrub Policies Intelligent Platform Management Interface (IPMI) and Maintenance Policies Network-Specific Adapters and Policies LAN Connectivity Controls SAN Connectivity Controls Virtual Access Layer Connectivity Enhancements Templates in Cisco UCS Manager Templates in Cisco UCS Manager Service Profile Templates Network Templates Designing Data Center Automation Model-Driven Programmability Cisco NX-API Overview Programmability Using Python Cisco Ansible Module Cisco Intersight Cloud Orchestration Overview Practice Activities Design Virtual Port Channels Design First Hop Redundancy Protocol (FHRP) Design Routing Protocols Design Data Center Topology for a Customer Design Your VXLAN Network Create a Cisco FEX Design Design Management and Orchestration in a Cisco UCS Solution Design a Fibre Channel Network Design and Integrate an FCoE Solution Design a Secure SAN Design Cisco UCS Director for Storage Networking Design a Cisco UCS Domain and Fabric Interconnect Cabling Design a Cisco UCS C-Series Server Implementation Design a Cisco UCS C-Series Integration with  Cisco UCS Domain Design a Cisco UCS Mini Solution Design a Cisco UCS Fabric Interconnect Network and Storage Connectivity Design Systemwide Parameters in a Cisco UCS Solution Design an LDAP Integration with a Cisco UCS Domain Design Pools for Service Profiles in a Cisco UCS Solution Design Network-Specific Adapters and Policies in a Cisco UCS Solution

OVERVIEW The Troubleshooting Cisco Data Center Infrastructure (DCIT) course shows you how to troubleshoot LAN, SAN, Cisco Data Center Unified Fabric, Cisco Unified Computing System (UCS), and Cisco Application-Centric Infrastructure (ACI). You will get extensive hands-on practice troubleshooting installation, configuration and interconnectivity issues on Cisco MDS switches, Cisco Nexus switches, Cisco Fabric Extenders (FEXs), Cisco UCS, Cisco ACI, and more. This course helps you to prepare to take the Troubleshooting Cisco Data Center Infrastructure (300-615 DCIT) exam, which is one of the concentrations for CCNP Data Center. You will also achieve  the Cisco Certified Specialist - Data Center Operations certifications. This course is worth 50 Continuing Education Credits (CE). e-Learning Interactive self-paced content that provides flexibility in terms of pace, place and time to suit individuals and organisations. These resources also consist of online books, educational podcasts and vodcasts, and video-based learning. OBJECTIVES After completing this course you should be able to: Describe how to troubleshoot the data center network Describe the troubleshooting tools and methodologies that are available from the CLI and are used to identify and resolve issues in a Cisco Data Center network architecture Identify and resolve issues that are related to: VLANs and PVLANs, port channels and virtual port channels; VXLAN Describe troubleshooting of routing and high-availability protocols Describe troubleshooting of the LAN security features Identify and resolve issues that are related to a single device Identify and resolve issues that are related to Fibre Channel interface operation Identify and resolve Fibre Channel switching issues when the Cisco NX-OS Software is used in switched mode and NPV mode Identify and resolve issues that are related to FIP and FCoE, including FCoE performance Describe Cisco UCS architecture, initial setup, tools, and service aids that are available for Cisco UCS troubleshooting and interpretation of the output Describe Cisco UCS configuration and troubleshoot Describe Cisco UCS B-Series Blade Server operation and troubleshoot related issues Describe Cisco UCS B-Series LAN, SAN, and Fibre Channel operations, including in-depth troubleshooting procedures Describe Cisco IMC tools for validating performance and facilitating data-gathering activities for Cisco UCS C-Series server troubleshooting, and the troubleshooting approach for hardware and firmware failures Define the proper procedures for configuring Cisco UCS C-Series LAN and SAN connectivity, avoiding issues with the VIC, and troubleshooting connectivity issues Troubleshoot Cisco UCS C-Series server integration with Cisco UCS Manager Identify the tools, protocols, and methods to effectively troubleshoot Cisco ACI Describe how to troubleshoot automation, scripting tools, and programmability CONTENT Troubleshooting Process Overview Troubleshooting Overview Narrow Down the Cause of the Problem Understanding CLI Troubleshooting Tools Ping, Pong, and Traceroute Debugging, Event History, and System Monitoring SPAN and Encapsulated Remote SPAN Ethanalyzer and Data Plane Sampling Capture Logging Cisco Generic Online Diagnostics SNMP, Cisco EEM, and RMON Troubleshooting VLANs and PVLANs Troubleshoot VTP Troubleshoot Layer 2 Issues VLANs and SVIs on Cisco Nexus Series Switches Troubleshoot VLANs, PVLANs, and SVIs Troubleshoot Rapid PVST+ Troubleshooting Port Channels and Virtual Port Channels Port Channel Overview vPC Overview Common vPC Issues Troubleshooting VXLAN VXLAN Overlay Features VXLAN MP-BGP Ethernet VPN Common VXLAN Issues VXLAN Troubleshooting Troubleshooting Routing and High-Availability Protocols Troubleshoot Basic Routing Issues Troubleshoot OSPFv2 and OSPFv3 Troubleshoot EIGRP Troubleshoot PIM Troubleshoot FHRP Troubleshoot Data Center LAN Security Troubleshoot AAA and RBAC Troubleshoot First-Hop Security Troubleshoot ACLs Troubleshooting Platform-Specific Issues Cisco Fabric Services Overview Troubleshoot Cisco Fabric Services Configure and Troubleshoot Configuration Profiles Common VDC Issues Troubleshoot VDC Troubleshoot VRF Cisco FEX Troubleshooting Troubleshoot Cisco ISSU Troubleshooting Fibre Channel Interfaces Fibre Channel Overview Troubleshoot Fibre Channel Interfaces and Device Registration Troubleshoot SAN Port Channels Troubleshoot Port Security and Fabric Binding Troubleshooting Fibre Channel Fabric Services Troubleshoot VSANs Troubleshoot Fibre Channel Domain and Name Services Troubleshoot Zoning and Fabric Merges Troubleshoot Cisco Fabric Services Troubleshooting NPV Mode NPIV and NPV Overview Troubleshoot NPV Mode Troubleshooting FCoE FCoE and FIP Overview Troubleshoot FIP Troubleshoot FCoE- and QoS-Related Issues Troubleshoot DCB Troubleshooting Cisco UCS Architecture and Initialization Troubleshoot Fabric Interconnect in Standalone and Cluster Mode Troubleshoot Cisco UCS Management Access Troubleshoot Cisco UCS Manager CLI Troubleshoot Cisco UCS with Embedded Tools Troubleshoot Cisco UCS Hardware Discovery Cisco Intersight Overview Cisco Nexus Dashboard Overview Troubleshooting Cisco UCS Configuration Stateless Computing Troubleshoot Service Profile Association Issues Cisco UCS Manageability Troubleshoot Authentication Failures Troubleshooting Cisco UCS B-Series Servers Troubleshoot Cisco UCS B-Series Server Boot Troubleshoot Operating System Drivers Troubleshoot Remote Access Troubleshoot Server Hardware Troubleshooting Cisco UCS B-Series LAN and SAN Connectivity Troubleshoot Link-Level Issues Troubleshoot Connectivity Issues for Specific Servers Troubleshoot Intermittent Connectivity Troubleshoot Disjoint Layer 2 Networks Troubleshoot Redundant Connectivity Troubleshoot Cisco UCS B-Series SAN Connectivity Troubleshoot Directly Attached Storage Troubleshoot Server Boot from SAN and iSCSI Use SPAN for Troubleshooting Analyze Packet Flow Troubleshooting Cisco UCS C-Series Servers Troubleshoot Cisco UCS C-Series Initialization and Cisco IMC Troubleshoot Cisco UCS C-Series Hardware and Firmware Troubleshooting Cisco UCS C-Series LAN and SAN Connectivity Troubleshoot the Cisco UCS C-Series VIC Module and Connectivity to Cisco IMC Troubleshoot Cisco UCS C-Series LAN Connectivity Troubleshoot Cisco UCS C-Series SAN Connectivity Use SPAN to Capture Cisco UCS C-Series Server Traffic Troubleshoot Cisco UCS C-Series Boot from the Fibre Channel LUN Troubleshoot Cisco UCS C-Series iSCSI Boot Troubleshooting Cisco UCS C-Series and Cisco UCS Manager Integration Integrate Cisco UCS C-Series Servers with Cisco UCS Manager Troubleshoot FEX Discovery and VIC Issues Exploring the Tools and Methodologies for Troubleshooting Cisco ACI Troubleshoot the Fabric Discovery Process Traditional Troubleshooting Methods in Cisco ACI Atomic Counters, Faults, and Health Scores Troubleshoot Tenant-Based Policies Packet Flow Through Cisco ACI Fabric Troubleshoot AAA and RBAC Troubleshoot Automation and Scripting Tools Troubleshoot Cisco IOS EEM Troubleshoot the Cisco NX-OS Scheduler Troubleshooting Programmability Troubleshoot Bash Shell and Guest Shell for NX-OS Troubleshoot REST API, JSON, and XML Encodings On-Box Programmability on Cisco NX-OS Labs Discovery Lab 1: Document the Network Baseline Discovery Lab 2: Troubleshoot Rapid PVST+ Discovery Lab 3: Troubleshoot LACP Discovery Lab 4: Troubleshoot vPC Discovery Lab 5: Troubleshoot VXLAN Discovery Lab 6: Troubleshoot OSPF Discovery Lab 7: Troubleshoot FHRP Discovery Lab 8: Troubleshoot Cisco Fabric Services Discovery Lab 9: Troubleshoot VRF Discovery Lab 10: Troubleshoot Cisco FEX Discovery Lab 11Troubleshoot Fibre Channel Interfaces Discovery Lab 12: Troubleshoot Fibre Channel VSANs, Zones, and Domain Services Discovery Lab 13 Troubleshoot NPV Mode Discovery Lab 14 Troubleshoot FCoE Discovery Lab 15: Troubleshoot DCB Discovery Lab 16: Troubleshoot Cisco UCS Management and Service Profile Deployment Discovery Lab 17: Troubleshoot Cisco UCS C-Series Server LAN Connectivity Discovery Lab 18: Troubleshoot Cisco UCS C-Series Server Boot from the Fibre Channel LUN Discovery Lab 19: Troubleshoot Cisco UCS C-Series Server Management Connectivity Discovery Lab 20: Troubleshoot Cisco ACI Integration with VMware vCenter Discovery Lab 21 Troubleshoot Contracts in Cisco ACI Discovery Lab 22: Troubleshoot Cisco ACI External Layer 3 Connectivity Discovery Lab 23: Troubleshoot Cisco ACI External Layer 2 Connectivity

OVERVIEW The Introducing Cisco Unified Computing System (DCIUCS) is an introductory course that shows you how to deploy, secure, operate, and maintain the Cisco Unified Computing system (Cisco UCS®) B-Series blade servers, Cisco UCS C-Series and S-Series rack servers, and Cisco HyperFlex™ product family for use in data centers. You will gain hands-on practice on basic Cisco UCS server configuration, performing backup and restore activities, and more. Duration: This is the elearning equivalent of a 2 day ILT course OBJECTIVES After completing this course you should be able to: Describe Cisco UCS server hardware Describe Cisco UCS connectivity Describe the Cisco HyperFlex Data Platform, its data writing and reading processes, and data optimization Describe and configure Cisco UCS service profiles Describe and configure Cisco UCS service profile templates Describe and implement Internet Small Computer Systems Interface (iSCSI) on Cisco UCS Describe and implement Cisco UCS firmware updates Describe and implement Cisco UCS backups     CONTENT Describing Cisco UCS Server Hardware Cisco UCS B-Series Blade Servers Cisco UCS C-Series Rack Servers Cisco UCS S-Series Rack Servers Cisco Virtual Interface Cards Hyperconvergence Overview Cisco HyperFlex HX-Series Servers Describing Cisco UCS Connectivity Cisco UCS Fabric Interconnect Cisco UCS B-Series Connectivity Cisco UCS C-Series Connectivity Cisco UCS S-Series Connectivity Cisco HyperFlex Connectivity Architecture Cisco HyperFlex Edge Connectivity Cisco UCS Fabric Interconnect Ethernet End-Host Mode Compared to Switching Mode Cisco UCS Fabric Interconnect Uplink Pinning Cisco UCS C-Series Integration Describing the Cisco HyperFlex HX Data Platform Cisco HyperFlex HX Data Platform Software Writing Data to Cisco HyperFlex HX Data Platform Reading Data from Cisco HyperFlex HX Data Platform Data Optimization in Cisco HyperFlex HX Data Platform Configuring Cisco UCS Service Profiles Portability Issue with Nonabstracted Identities Cisco UCS Service Profile Identity Pools Server Pools IP Pools Configuring Cisco UCS Service Profile Templates Service Profile Templates Implementing iSCSI on Cisco UCS iSCSI Addressing iSCSI Support in Cisco UCS Implementing Cisco UCS Firmware Updates Update Cisco UCS C-Series Server Firmware Download Tasks for the Infrastructure Image Download Tasks for Cisco UCS B-Series Firmware Packages Best Practices for Updating Firmware in Cisco UCS Manager Firmware Upgrades Using Auto Install Capability Catalog Updates Host Firmware Packages Driver Updates for Operating Systems and Hypervisors Implementing Cisco UCS Backups Compare Backup Options in Cisco UCS Manager Compare Two Import Types Policy Backup Labs: Lab 1: Explore Cisco UCS Manager GUI Lab 2: Configure Server and Uplink Ports Lab 3: Configure VLANs Lab 4: Configure Basic Identity Pools Lab 5: Configure a Cisco UCS Service Profile Using Pools Lab 6: Configure a Service Profile Template Lab 7: Configure a iSCSI Service Profile on Cisco UCS Lab 8: Perform Backup and Restore Activities

OVERVIEW The Developing Applications and Automating Workflows Using Cisco Core Platforms course helps you prepare for the Cisco® DevNet Associate certification and for associate-level network automation engineer roles. You will learn how to implement basic network applications using Cisco platforms as a base, and how to implement automation workflows across network, security, collaboration, and computing infrastructure. The course gives you hands-on experience solving real world problems using Cisco Application Programming Interfaces (APIs) and modern development tools. This course helps you prepare for the DevNet Associate (DEVASC) exam. By passing this exam, you earn the Cisco Certified DevNet Associate certification. This course is worth 48 Continuing Education (CE) Credits   OBJECTIVES After completing this course you should be able to: Describe the importance of APIs and use of version control tools in modern software development Describe common processes and practices used in software development Describe options for organizing and constructing modular software Describe HTTP concepts and how they apply to network-based APIs Apply Representational State Transfer (REST) concepts to integration with HTTP-based APIs Describe Cisco platforms and their capabilities Describe programmability features of different Cisco platforms Describe basic networking concepts and interpret simple network topology Describe interaction of applications with the network and tools used for troubleshooting issues Apply concepts of model-driven programmability to automate common tasks with Python scripts Identify common application deployment models and components in the development pipeline Describe common security concerns and types of tests, and utilize containerization for local development Utilize tools to automate infrastructure through scripting and model-driven programmability Describe common security concerns, types of tests, and utilze containerization for local development. CONTENT Practicing Modern Software Development Rise of APIs in Software Design API Data Formats Serialization and Deserialization of Data Collaborative Software Development Version Control with GIT Branching with GIT Describing Software Development Process ( Self-Study) Software Development Methodologies Test-Driven Development TDD Example Code Review Designing Software (Self-study) Modular Software Design Modular Design Benefits Architecture and Design Patterns MVC Architecture Pattern Observer Design Pattern Introducing Network-Based APIs HTTP Overview HTTP Applied to Web-Based APIs HTTP Content Negotiation RPC-Style APIs REST-Style APIs Postman for REST API Consumption Advanced Postman Topics Consuming notification Events Using Webhooks Consuming REST-Based APIs Common API Constraints API Authentication Mechanisms Using HTTP Authentication Leveraging HTTPS for Security Handling Secrets for API Consumption Introducing Cisco Platforms and APIs (Self-study) Cisco Network Management Platforms Cisco Compute Management Platforms Cisco Compute Management APIs Cisco Collaboration Platforms Cisco Collaboration APIs Cisco Security Platforms Cisco Security APIs Cisco Network Management Platforms in Cloud Employing Programmability on Cisco Platforms Automating Cisco Network Operations Cisco IOS XE Device-Level APIs Cisco NX-OS Device-Level APIs Cisco Controller APIs Automating Cisco Webex Teams Operations DevNet Developer Resources Describing IP Networks (Self-Study) Basic Networking Concepts MAC Addresses and VLANs Network Routes and Routing Transport Layer and Packet Delivery Network Device Planes Relating Network and Applications Standard IP Network Services Network Address Translation Common Protocols Application Connectivity Issues Tools for Troublshooting Connectivity Issues Explaining the Impact of Network Constraints on Applications Employing Model-Driven Programmability Model-Driven Programmability Stack Network Automation and NETCONF Exploring YANG Models Utilizing Data Models with RESTCONF Protocol Using Python Scripts and Cisco SDKs Model Driven Programmability in a Cisco Environment Deploying Applications Application Deployment Types Application Deployment Models Edge Computing Overview DevOps Practices and Principles Components of a CI-CD Pipeline Essential Bash Commands for Development and Operations Automating Infrastructure SDN and Intent-Based Networking Infrastructure as Code System Management with Ansible Infrastructure Automation with Ansible Playbooks CI/CD Pipelines for Infrastructure Automation Testing and Securing Applications Software Test Types Verifying Code Behaviour with Unit Tests Dockerfile Composition Using Docker in a Local Developer Environment Application Security Securing and Scaling Application Ingress Traffic Network Simulation and Test Tools Labs: Parse API Data Formats with Python Use Git for Version Control Identify Software Architecture and Design Patterns on a Diagram Implement Singleton Pattern and Abstraction-Based Method Inspect HTTP Protocol Messages Use Postman Troubleshoot an HTTP Error Response Utilize APIs with Python Use the Cisco Controller APIs Use the Cisco Webex Teams™ Collaboration API Interpret a Basic Network Topology Diagram Identify the Cause of Application Connectivity Issues Perform Basic Network Configuration Protocol (NETCONF) Operations Utilize Bash Commands for Local Development Construct Infrastructure Automation Workflow Construct a Python Unit Test Interpret a Dockerfile Utilize Docker Commands to Manage Local Developer Environment Exploit Insufficient Parameter Sanitization

OVERVIEW The Developing Applications Using Cisco Core Platforms and APIs (DEVCOR) course helps you prepare for the Cisco DevNet Professional certification and for professional-level network automation engineer roles. The focus of this course is the implementation of network applications using Cisco® platforms as a base, from initial software design to diverse system integration, as well as testing and deployment automation. The course gives you hands-on experience solving real world problems using Cisco Application Programming Interfaces (APIs) and modern development tools. To fully benefit from this course, you should have three to five years of experience designing and implementing applications that are built on top of Cisco platforms. Please note this course is a combination of Instructor-Led and Self-Paced Study - 5 days in the classroom and approx 3 days of self study. The self-study content will be provided as part of the digital courseware that you recieve at the beginning of the course and should be part of your preparation for the exam. This course is worth 64 Continuing Education (CE) Credits OBJECTIVES After completing this course you should be able to: Describe the architectural traits and patterns that improve application maintainability Describe the architectural traits and patterns that improve application serviceability Identify steps to design and build a ChatOps application Implement robust Representational State Transfer (REST) API integrations with network error handling, pagination, and error flow control Describe the necessary steps for securing user and system data in applications Describe the necessary steps for securing applications Identify common tasks in automated application release process Describe best practices for application deployment Describe methodologies for designing distributed systems Describe the concepts of infrastructure configuration management and device automation Utilize Yet Another Next Generation (YANG) data models to describe network configurations and telemetry Compare various relational and nonrelational database types and how to select the appropriate type based on requirements   CONTENT Designing for Maintainability (Self-study) Functional and Non-Functional Requirements Non-Functional Requirements and Application Quality Maintainability Through Design Maintainability Through Implementation Modularity in Application Design Dependency Injection Designing for Serviceability (Self-study) Observability in Application Design Scalability in Application Design High Availability and Resiliency Latency and Rate Limiting Architectural Patterns Sequence Diagrams Implementing ChatOps Application Introducing ChatOps ChatOps with Cisco Webex API Sequence Diagramming ChatOps Application Design Managing SSIDs and Retrieving Location Data Using Cisco Meraki API Describing Advanced REST API Integration Consuming Paginated REST API Endpoints REST API Network Error Strategies REST API Error Control Flow Optimizing API Usage Securing Application Data (Self-study) Data Storage and Protecting Data Privacy Storing Application Secrets Public Key Infrastructure Configuring Public Key Certificates for Applications Applying End-to-End Encryption for APIs Securing Web and Mobile Applications (Self-study) OWASP Top 10 Broken Access Control Injection Attacks and Data Validation XSS and Request Forgery OAuth Authorization Framework OAuth 2.0 Three-Legged Authorization Flow Automating Application-Release Release Packaging and Dependency Management Advanced Version Control with Git Branching Strategies Continuous Testing and Static Code Analysis in CI Pipeline Identifying CI/CD Pipeline Failures Deploying Applications 12-Factor App Methodology Containerizing Applications Using Docker Kubernetes Introduction Integrating Applications into Exisiting CI/CD Environment Downloadable Lab Code Reference - Integrate Application into Existing CI/CD Environment Hosting Applications on Network Devices Exploring Distributed Systems Distributed Application Concepts Custom Dashboard Example Event-Driven Architecture Concepts Microservice Architecture Concepts Effective Distributed Application Logging Strategies Using Distributed Logging to Diagnose Problems Application Monitoring with Cisco AppDynamics Limitations of Distributed Systems and CAP Theorem Overcoming Challenges in Distributed Systems Orchestrating Network and Infrastructure Differentiating Configuration Management Solutions Terraform Introduction Operating Terraform Fundamentals Case Study: Deploying Basic Network Configuration to Cisco Routers Configuring Network Parameters Using Ansible Defining Network Automation Source of Truth Creating and Deleting Objects Using Firepower Threat Defense API Configuring Servers Using Cisco UCS APIs Modeling Data with YANG YANG Overview XPath Query Language YANG Language Syntax Data Model Modularity Network Configuration Using RESTCONF Model-Driven Telemetry Streaming Telemetry with gNMI Using Relational and Non-Relational Databases (Self-study) Evaluating Database Types to Meet Application Needs Relational Database Concepts Key-Value Database Concepts Document-Based Database Concepts Graph-Based Database Concepts Columnar-Based Database Concepts Time-Series Database Concepts Labs Discovery Lab 1: Construct Sequence Diagram Discovery Lab 2: Construct Web Sequence Diagram Discovery Lab 3: Use Paginated REST API Endpoint Discovery Lab 4: Use REST API Error Control Flow Techniques Discovery Lab 5: Evaluate Application for Common Open Web Application Security Project (OWASP) Vulnerabilities Discovery Lab 6: Resolve Merge Conflicts with Git Discovery Lab 7: Containerize Application Using Docker Discovery Lab 8: Integrate Application into Existing CI/CD Environment Discovery Lab 9: Diagnose Problems Using Application Logs Discovery Lab 10: Automate and Manage Cisco IOS XE Network Infrastructure with Terraform and GitLab CI/CD Pipelines Discovery Lab 11: Configure Network Parameters Using Ansible Discovery Lab 12: Synchronize Firepower Device Configuration Discovery Lab 13: Utilize RESTCONF for Network Configuration Discovery Lab 14: Query Relational Database Discovery Lab 15: Query Document Store Discovery Lab 16: Query Time Series Database Discovery Lab 17: Query Graph Database

OVERVIEW The Implementing DevOps Solutions and Practices Using Cisco Platforms course teaches you how to automate application deployment, enable automated configuration, enhance management and improve scalability of cloud microservices and infrastructure processes on Cisco® platforms. Learn to integrate Docker and Kubernetes to create advanced capabilities and flexibility in application deployment. Associated Certifcations: Cisco Certified DevNet Professional, Cisco Certified DevNet Specialist - DevOps Associated Exams: 300-910 Duration: This is the elearning equivalent of a 5 day ILT course OBJECTIVES After completing this course you should be able to: Describe the DevOps philosophy and practices, and how they apply to real-life challenges Explain container-based architectures and available tooling provided by Docker Describe application packaging into containers and start building secure container images Utilize container networking and deploy a three-tier network application Explain the concepts of configuration item (CI) pipelines and what tooling is available Implement a basic pipeline with Gitlab CI that builds and deploys applications Implement automated build testing and validation Describe DevOps principles applied to infrastructure Implement on-demand test environments and explain how to integrate them with an existing pipeline Implement tooling for metric and log collection, analysis, and alerting Describe the benefits of application health monitoring, telemetry, and chaos engineering in the context of improving the stability and reliability of the ecosystem Describe how to implement secure DevOps workflows by safely handling sensitive data and validating applications Explain design and operational concepts related to using a mix of public and private cloud deployments Describe modern application design and microservices architectures Describe the building blocks of Kubernetes and how to use its APIs to deploy an application Explain advanced Kubernetes deployment patterns and implement an automated pipeline Explain how monitoring, logging, and visibility concepts apply to Kubernetes     CONTENT Introducing the DevOps Model DevOps Philosophy DevOps Practices Introducing Containers Container-Based Architectures Linux Containers Docker Overview Docker Commands Packaging an Application Using Docker Dockerfiles Golden Images Safe Processing Practices Deploying a Multitier Application Linux Networking Docker Networking Docker Compose Introducing CI/CD Continuous Integration CI Tools DevOps Pipelines Building the DevOps Flow GitLab Overview GitLab CI Overview Continuous Delivery with GitLab Validating the Application Build Process Automated Testing in the CI Flow Building an Improved Deployment Flow Post deployment Validation Release Deployment Strategies Extending DevOps Practices to the Entire Infrastructure Introduction to NetDevOps Infrastructure as Code Implementing On-Demand Test Environments at the Infrastructure Level Configuration Management Tools Terraform Overview Ansible Overview Ansible Inventory File Use the Cisco IOS Core Configuration Module Jinja2 and Ansible Templates Basic Jinja2 with YAML Configuration Templating with Ansible Monitoring in NetDevOps Introduction to Monitoring, Metrics and Logs Introduction to Elasticsearch, Beats and Kibana Introduction to Prometheus and Instrumenting Python Code for Observability Engineering for Visibility and Stability Application Health and Performance AppDynamics Overview Chaos Engineering Principles Securing DevOps Workflows DevSecOps Overview Application Security in the CI/CD Pipeline Infrastructure Security in the CI/CD Pipeline Exploring Multicloud Strategies Application Deployment to Multiple Environments Public Cloud Terminology Primer Tracking and Projecting Public Cloud Costs High Availability and Disaster Recovery Design Considerations IaC for Repeatable Public Cloud Consumption Cloud Services Strategy Comparison Examining Application and Deployment Architectures The Twelve-Factor Application Microservices Architectures Describing Kubernetes Kubernetes Concepts: Nodes, Pods and Clusters Kubernetes Concepts: Storage Kubernetes Concepts: Networking Kubernetes Concepts: Security Kubernetes API Overview Integrating Multiple Data Center Deployments with Kubernetes Kubernetes Deployment Patterns Kubernetes Failure Scenarios Kubernetes Load-Balancing Techniques Kubernetes Namespaces Kubernetes Deployment via CI/CD Pipelines Monitoring and Logging in Kubernetes Kubernete Resource Metrics Pipeline Kubernetes Full Metrics Pipeline and Logging Labs: Interact with GitLab Continuous Integration Explore Docker Command-Line Tools Package and Run a WebApp Container Build and Deploy Multiple Containers to Create a Three-Tier Application Explore Docker Networking Build and Deploy an Application Using Docker Compose Implement a Pipeline in Gitlab CI Automate the Deployment of an Application Validate the Application Build Process Validate the Deployment and Fix the Infrastructure Build a YAMl IaC Specification for the Test Enviroment Manage On-Demand Test Environments with Terraform Build Ansible Playbooks to Manage Infrastructure Integrate the Testing Enviroment in the CI/CD Pipeline Implement Pre-Deployment Health Checks Set Up Logging for the Application Servers and Visualize with Kibana Create System Dashboard Focused on Metrics Use Alerts Through Kibana Instrument Application Monitoring Use Alerts and Thresholds to Notify Webhook Listener and Webex Teams Room Secure Infrastructure in the CI/CD Pipeline Explore Kubernetes Setup and Deploy an Application Explore and Modify a Kubernetes CI/CD Pipeline Kubernetes Monitoring and Metrics - ELK

OVERVIEW The Leveraging Cisco Intent-Based Networking DNA Assurance (DNAAS) course provides you with the skills to monitor and troubleshoot a traditional brownfield network infrastructure by using Cisco® Digital Network Architecture (Cisco DNA™) Assurance. The course focuses on highlighting issues rather than on monitoring data. The advanced artificial intelligence and machine learning features within Cisco DNA Assurance enable you to isolate the root cause of a problem and to take appropriate actions to quickly resolve issues. Cisco DNA Assurance can be used to perform the work of a Level 3 support engineer. e-Learning Interactive self-paced content that provides flexibility in terms of pace, place and time to suit individuals and organisations. These resources also consist of online books, educational podcasts and vodcasts, and video-based learning. OBJECTIVES After completing this course you should be able to: Explain the benefits of using Cisco DNA Center in a traditional, enterprise network Explain at a detailed level the Cisco DNA Center Assurance system architecture, functional components, features, and data-processing concepts. Discuss the health scores, metrics, and strategies that you use for monitoring network devices, clients, and applications with Cisco DNA Assurance Describe how Cisco DNA Center Assurance analyzes the streaming telemetry and collected data, correlates the data, performs root cause analysis, and displays detected issues, insights, and trends Describe the Cisco DNA Center Assurance troubleshooting tools, mechanisms, strategies, and scenarios to proactively detect and resolve wireless network, client, and application issues and pinpoint the root cause Deploy and configure Cisco DNA Center to use Assurance features for monitoring and troubleshooting network devices, clients, and applications CONTENT Introducing Cisco DNA Center Assurance Cisco DNA Center and Intent-Based Network Management Automation Cisco DNA Center System Architecture Monitoring Health and Performance with Cisco DNA Center Assurance Cisco DNA Center Assurance Functional Components Cisco DNA Center Assurance Data Analytics and Metrics Troubleshooting Issues, Observing Insights and Trends Detect Issues, Insights, and Trends in the Network Observe Trends, Insights, and Comparative Analysis Troubleshooting Wireless Issues with Cisco DNA Center Assurance Tools Review of Assurance Tools for Troubleshooting Wireless Networks Use Sensor Tests to Troubleshoot Wireless Networks Labs Prepare Cisco DNA Center for Assurance Monitor Overall Health and the Health of Network Devices Monitor the Health of Clients and Applications Troubleshoot Network, Client, and Application Issues Observer Assurance AI Network Analytics Analyze Wireless Allocation, Capabilities, and Threats Monitor Wireless Networks with Advanced Assurance Tools

OVERVIEW Deze eLearning cursus Inleiding tot Containers, Kubernetes, en Red Hat OpenShift (DO180) eLearning (ROLE) leert u containers te bouwen en te beheren voor implementatie op een Kubernetes en Red Hat OpenShift cluster Introduction to Containers, Kubernetes, and Red Hat OpenShift (DO180) helpt je om kernkennis op te bouwen in het beheren van containers door middel van hands-on ervaring met containers, Kubernetes, en het Red Hat® OpenShift® Container Platform. Deze vaardigheden zijn nodig voor meerdere rollen, waaronder ontwikkelaars, beheerders, en site reliability engineers. Deze cursus is gebaseerd op Red Hat OpenShift Container Platform 4.2.  This eLearning course Introduction to Containers, Kubernetes, and Red Hat OpenShift (DO180) eLearning (ROLE) Learns to build and manage containers for deployment on a Kubernetes and Red Hat OpenShift cluster Introduction to Containers, Kubernetes, and Red Hat OpenShift (DO180) helps you build core knowledge in managing containers through hands-on experience with containers, Kubernetes, and the Red Hat® OpenShift® Container Platform. These skills are needed for multiple roles, including developers, administrators, and site reliability engineers. This course is based on Red Hat OpenShift Container Platform 4.2.  Red Hat Online Learning ROLE:  Red Hat Online Learning features the same high-quality course content found in our interactive classroom environments and is supplemented with 90-days of unlimited access to course content, 80 hours of cloud-based labs, and webinars from Red Hat experts - all of which is optimized for self-study, giving you the practical and applied knowledge you need to advance your skills, prepare for hands-on certification exams, and to further your career. Please see information below regarding the Red Hat Learning subscription. OBJECTIVES This course is for: Developers who wish to containerize software applications Administrators who are new to container technology and container orchestration Architects who are considering using container technologies in software architectures Site reliability engineers who are considering using Kubernetes and Red Hat OpenShift As a result of attending this course, you should be able to perform these basic tasks in Red Hat OpenShift Container Platform: Create containerized services using Podman. Manage containers and container images. Create custom container images. Deploy containerized applications on Red Hat OpenShift. Deploy multi-container applications. CONTENT Course introduction Introduce and review the course. Get started with container technology Describe how software can run in containers orchestrated by Red Hat OpenShift Container Platform. Create containerized services Provision a server using container technology. Manage containers Manipulate pre-build container images to create and manage containerized services. Manage container images Manage the life cycle of a container image from creation to deletion. Create custom container images Design and code a Docker file to build a custom container image. Deploy containerized applications on Red Hat OpenShift Deploy single container applications on Red Hat OpenShift Container Platform. Deploy multi-container applications Deploy applications that are containerized using multiple container images. Troubleshoot containerized applications Troubleshoot a containerized application deployed on Red Hat OpenShift. Comprehensive review of Introduction to Container, Kubernetes, and Red Hat OpenShift Demonstrate how to containerize a software application, test it with Docker, and deploy it on a Red Hat OpenShift cluster. Note: Course outline is subject to change with technology advances and as the nature of the underlying job evolves. For questions or confirmation on a specific objective or topic, contact a training specialist.