Module 1: Introduction to OpenShift Virtualization
Overview of OpenShift Virtualization. Benefits of integrating VMs into OpenShift.
Module 10: Integrating Ceph Storage with OpenStack
Integrate Ceph Storage with OpenStack services like Glance and Cinder
Module 9: Managing a Ceph Storage Cluster
Perform day-to-day operations and maintenance tasks on a Ceph Storage
Module 8: Providing File Storage Using CephFS
Configure Ceph Storage to provide file storage for clients using
Module 7: Providing Object Storage Using a RADOS Gateway
Configure Ceph Storage to provide object storage for clients using
Module 6: Providing Block Storage Using RADOS Block Devices
Configure Ceph Storage to provide block storage for clients using
Module 5: Creating and Customizing Storage Maps
Manage and adjust the CRUSH and OSD maps to optimize
Module 4: Creating Object Storage Cluster Components
Create and manage components that comprise the object storage cluster,
Module 3: Configuring a Ceph Storage Cluster
Manage the Ceph Storage configuration, including primary settings, the use
Module 2: Deploying Ceph Storage
Deploy a new Ceph Storage cluster and expand the cluster
Module 1: Introducing Ceph Storage Architecture
Describe Ceph Storage architecture, including data organization, distribution, and client
Module 12: Comprehensive Review
Consolidate and review the skills and knowledge acquired throughout the
Module 11: Automating Compliance with Red Hat Satellite
Scale and automate compliance checks with Red Hat Satellite.
Module 10: Analyzing and Remediating Issues with Red Hat Insights
Identify and address common security vulnerabilities using Red Hat Insights.
Module 9: Managing Compliance with OpenSCAP
Assess and remediate system compliance using OpenSCAP.
Module 8: Mitigating Risk with SELinux
Apply SELinux policies to improve security and process confinement.
Module 7: Monitoring File System Changes
Deploy AIDE to detect and analyze changes in file systems.
Module 6: Recording System Events with Audit
Utilize the Linux kernel's Audit system to record and inspect
Module 5: Controlling Authentication with PAM
Configure PAM to manage authentication and authorization settings.
Module 4: Restricting USB Device Access
Implement USBGuard to protect systems from unauthorized USB devices.
Module 3: Protecting Data with LUKS and NBDE
Encrypt data on storage devices using LUKS. Manage automatic decryption
Module 2: Automating Configuration and Remediation with Ansible
Use Ansible Playbooks to remediate configuration and security issues.
Module 1: Managing Security and Risk
Develop strategies to manage security on Linux systems.
Module 5: Sustaining Agile Practices
Continuous improvement frameworks Leading change in dynamic environments
Module 4: Organizational Agility
Strategies for scaling agility Creating alignment between teams and organizational
Module 3: Fostering Team Collaboration
Building trust and psychological safety Encouraging cross-functional teamwork
Module 2: Developing an Agile Mindset
The core principles of agility Shifting from command-and-control to servant
Module 1: Introduction to Agile Leadership
Understanding the need for agile leadership Key attributes of effective
Module 5: Advanced Facilitation Practices
Tailoring facilitation approaches for diverse teams Case studies and real-world
Module 4: Conflict Resolution Strategies
Handling conflicts effectively within Agile teams Encouraging constructive communication and
Module 3: Managing Team Dynamics
Identifying and addressing team challenges Building trust and cohesion within
Module 2: Facilitation Techniques and Tools
Decision-making frameworks Techniques to drive team engagement and collaboration
Module 1: Introduction to Agile Facilitation
Definition and role of an Agile Facilitator Core competencies and
Module 5: Developing Self as an Agile Leader
Reflecting on personal leadership styles. Adopting agile mindsets and behaviors.
Module 4: Guiding Scrum Teams in Continuous Learning
Implementing feedback loops for improvement. Mentoring team members for skill
Module 3: Facilitating Environments for Shared Understanding
Enhancing communication among team members and stakeholders. Utilizing collaborative tools
Module 2: Catalyzing High-Performing Technology Organizations
Building and leading effective Scrum teams. Driving organizational change toward
Module 1: Enabling a Culture of Technical Excellence
Implementing best coding practices. Encouraging continuous integration and delivery.
Module 5: Real-World Problem Solving
Addressing challenges in distributed Scrum teams. Managing technical debt in
Module 4: Team Collaboration and Dynamics
Effective team communication strategies. Building psychological safety within teams. Advanced
Module 3: Agile Design and Architecture
Principles of Agile architecture. Design patterns and anti-patterns. Creating maintainable
Module 2: Continuous Delivery and Integration
Setting up and using continuous integration pipelines. Automated testing frameworks.
Module 1: Advanced Scrum Development Practices
Deep dive into Test-Driven Development (TDD). Behavior-Driven Development (BDD) implementation
Module 5: Practical Tools and Techniques
Agile frameworks and tools Real-world case studies Applying CSD skills
Module 4: Designing for Agility
Incremental and iterative design Managing technical debt Principles of maintainable
Module 3: Collaborative Development
Pair Programming Techniques for effective collaboration Handling challenges in pair
Module 2: Agile Engineering Practices
Test-Driven Development (TDD) Writing effective unit tests Refactoring with confidence
Module 1: Introduction to Scrum and Agile Development
Principles of Agile and Scrum Roles and responsibilities in Scrum
Module 5: Continuous Improvement for Product Owners
Leveraging metrics for product and process optimization. Implementing feedback loops
Module 4: Scaling Scrum and Enterprise-Level Agility
Applying Scrum in distributed and large-scale teams. Exploring frameworks like
Module 3: Stakeholder Engagement and Collaboration
Building strong partnerships with stakeholders. Managing stakeholder expectations effectively.
Module 2: Advanced Backlog Refinement
Prioritization techniques for maximum business value. Managing dependencies in large-scale
Module 1: Advanced Product Vision and Strategy
Crafting and communicating a compelling product vision. Aligning product strategy
Module 5: Continuous Improvement
Leveraging feedback for ongoing improvement. Implementing practices for sustainable product
Module 4: Scaling Scrum
Understanding frameworks for scaling Scrum. Coordinating multiple Scrum teams for
Module 3: Mastering the Product Backlog
Advanced backlog prioritization techniques. Addressing dependencies and risks in backlog
Module 2: Stakeholder Engagement
Building strong relationships with stakeholders. Techniques for effective communication and
Module 1: Advanced Product Ownership
Enhancing product vision and strategy. Defining metrics for value and
Module 6: Delivering Value
Measuring success and adapting to changes Ensuring continuous delivery of
Module 5: Collaboration and Communication
Working with stakeholders and teams Effective communication techniques in Agile
Module 4: Managing the Product Backlog
Writing and prioritizing user stories Techniques for backlog refinement
Module 3: Product Vision and Roadmap
Crafting a compelling product vision Creating a roadmap aligned with
Module 2: The Role of a Product Owner
Responsibilities and authority Managing stakeholders and ensuring alignment
Module 1: Introduction to Scrum Framework
Key principles and values of Scrum Roles in a Scrum
Module 5: Addressing Complex Challenges
Strategies to overcome impediments in complex environments. Tools and techniques
Module 4: Driving Team Collaboration and High Performance
Enhancing collaboration across teams and stakeholders. Building high-performing Scrum teams.
Module 3: Scaling Scrum and Agile Practices
Supporting multiple Scrum teams in a scaled environment. Aligning team
Module 2: Servant Leadership and Change Management
Advanced principles of servant leadership. Strategies to lead organizational change.
Module 1: Coaching and Facilitation
Deep dive into coaching techniques. Enhancing facilitation skills for team
Module 6: Personal ScrumMastery Development
Self-assessment to identify strengths and areas for growth. Creating a
Module 5: Scaling Agile Practices
Implementing Scrum across multiple teams. Understanding complex systems and organizational
Module 4: Building High-Performing Teams
Forming and sustaining effective Agile teams. Mastering development practices and
Module 3: Coaching and Mentoring
Differentiating between consulting and coaching roles. Effective conflict intervention strategies.
Module 2: Advanced Facilitation Techniques
Navigating team dynamics effectively. Guiding teams through productive discussions
Module 1:Agile and Scrum Deep Dive
Exploring the evolution of Agile methodologies. Identifying and addressing common
Module 5: Scaling Scrum and Continuous Improvement
Adapting Scrum for larger projects and organizations. Driving innovation and
Module 4: Facilitating and Leading Teams
Servant leadership and team dynamics. Handling challenges and conflict resolution.
Module 3: Scrum Events and Artifacts
Sprint planning, daily stand-ups, and retrospectives. Backlogs, increments, and the
Module 2: Scrum Roles and Responsibilities
ScrumMaster, Product Owner, and Development Team. The role of leadership
Module 1: Introduction to Scrum and Agile
Overview of Agile principles and values. Key benefits of Scrum
Module 6: Certification Preparation
Exam preparation strategies. Mock tests and review sessions.
Module 5: Business Transformation Using TOGAF
Aligning enterprise architecture with business strategies. Case studies on TOGAF
Module 4: Techniques for Architecture Development
Architecture patterns and best practices. Stakeholder management and communication.
Module 3: Enterprise Architecture Governance
Establishing effective governance frameworks. Roles and responsibilities in architecture governance.
Module 2: Applying the TOGAF ADM (Architecture Development Method)
Phases of the ADM and their practical application. Iteration and
Module 1: TOGAF Recap and Key Concepts
Overview of TOGAF standards. Understanding the enterprise continuum and architecture
Module 7: Developing Business Architecture with TOGAF ADM
Phases of the TOGAF ADM. Applying ADM in Business Architecture
Module 6: TOGAF Business Scenarios
Application of the Business Scenario method. Integrating scenarios into the
Module 5: Information Mapping
Role in Enterprise Architecture. Techniques and best practices.
Module 4: Value Streams
Understanding Value Streams. Value stream mapping and its applications.
Module 3: Business Capabilities
Concept and modeling techniques. Developing Business Capability maps.
Module 2: Business Modeling
Definition and importance. Relation to Enterprise Architecture.
Module 1: Introduction to Enterprise Architecture
Overview of Enterprise Architecture. Introduction to the TOGAF framework.
Module 4: Preparing for the Open FAIR™ Certification Exam
Exam structure and key focus areas. Study tips and practice
Module 3: Applying Open FAIR™ Standards
Techniques for conducting risk analyses using Open FAIR™. Case studies
Module 2: Understanding the Open FAIR™ Body of Knowledge
Detailed study of the Risk Analysis (O-RA) Standard. Exploration of
Module 1: Introduction to Open FAIR™
Overview of The Open Group and Open FAIR™ standards. Importance
Module 5: Case Studies and Best Practices
Real-world applications of O-AA Lessons learned and success stories
Module 4: Aligning Business and IT through O-AA
Collaborative approaches Ensuring alignment with business objectives
Module 3: Implementing O-AA in Enterprises
Developing Agile architectures Continuous architectural refactoring
Module 2: Core Concepts of O-AA
Agile strategy and organization Data, information, and AI integration
Module 1: Introduction to Open Agile Architecture
Definition and scope Importance in Digital and Agile Transformation
Module 5: Certification Preparation
Tips and guidance for passing the IT4IT™ 3 Foundation Certification
Module 4: IT4IT™ Alignment with Other Frameworks
Comparison with ITIL, COBIT, and TOGAF Case studies and practical
Module 3: IT4IT™ Lifecycle Management
IT service lifecycle phases and processes Tools and automation for
Module 2: IT4IT™ Value Streams
Strategy to Portfolio (S2P): IT strategy and portfolio management Requirement
Module 1: Introduction to IT4IT™ Framework
Overview of The Open Group and IT4IT™ standards Importance of
Module 5: Advanced Topics in Digital Practitioner Knowledge
Integrating emerging technologies Case studies and real-world applications
Module 4: Building and Sustaining Digital Organizations
Creating adaptive organizational structures Encouraging continuous learning and innovation
Module 3: Governance and Risk Management
Ensuring compliance and operational integrity Implementing robust governance frameworks
Module 2: Fundamentals of Digital Product Management
Managing digital product lifecycles Aligning product goals with business strategy
Module 1: Introduction to Digital Transformation
Understanding the need for digital practices Overview of DPBoK principles
Module 6: Certification Preparation
Exam structure and tips Practice questions and mock tests
Module 5: Practical Application of ArchiMate®
Case studies and workshops Best practices for implementation
Module 4: Enterprise Architecture Analysis
Techniques for model analysis Alignment with business strategies
Module 3: Advanced Modeling Concepts
Extensions and viewpoints Stakeholder communication
Module 2: ArchiMate® Core Framework
Layers and relationships Core modeling techniques
Module 1: Introduction to ArchiMate® 3
Overview of ArchiMate® Key elements and structure
Module 6: Exam Preparation
Tips and strategies for certification success Practice tests and review
Module 5: Practical Applications
Real-world case studies Hands-on modeling exercises
Module 4: Advanced Topics
Cross-layer relationships Viewpoints and stakeholders
Module 3: Extensions in ArchiMate 3
Motivation extension Strategy extension
Module 2: ArchiMate Core Framework
Layers: Business, Application, and Technology Relationships and elements
Module 1: Introduction to ArchiMate 3
Overview of ArchiMate 3 and its purpose Key features and
Module 6: Preparing for the TOGAF® 9 Foundation Certification
Key focus areas for the exam. Practice questions and mock
Module 5: TOGAF® Reference Models
Overview of the Technical Reference Model (TRM). Introduction to the
Module 4: Enterprise Continuum and Tools
The concept of the Enterprise Continuum. Role in architecture re-use.
Module 3: TOGAF® Tools and Techniques
Architectural views, viewpoints, and stakeholders. Building Blocks and their application.
Module 2: The Architecture Development Method (ADM)
ADM phases and cycle overview. Deliverables of each ADM phase.
Module 1: Introduction to TOGAF®
Overview of TOGAF® and its relevance. The TOGAF® architecture framework.
Module 6: Exam Preparation and Practice
Exam Format and Requirements Practice Questions and Mock Tests Exam
Module 5: Architecture Governance and Implementation
Governance Structures and Processes Risk Management in Enterprise Architecture Implementation
Module 4: Enterprise Continuum and Tools
Architecture Continuum Solution Continuum Tools and Techniques
Module 3: The Architecture Development Method (ADM)
ADM Phases and Objectives Iteration and Levels of ADM Deliverables
Module 2: TOGAF 9 Framework Components
Architecture Development Method (ADM) TOGAF Reference Models Architecture Repository
Module 1: Introduction to TOGAF
Overview of Enterprise Architecture Key Concepts and Definitions Benefits of
Module 6: Exam Preparation
Study tips and strategies for the recertification exam. Practice questions
Module 5: Advanced Features
Working with semi-structured and unstructured data. Data sharing and collaboration.
Module 4: Security and Compliance
Data encryption and masking. Governance, auditing, and monitoring.
Module 3: Performance Optimization
Query performance analysis and tuning. Utilizing materialized views and caching
Module 2: Data Loading and Transformation
Best practices for data loading and unloading. Advanced data transformation
Module 1: Snowflake Fundamentals Refresh
Review of Snowflake architecture and key features. Updates on recent
Module 5: Best Practices and Advanced Features
Leveraging Snowflake's advanced data governance features. Managing lifecycle of objects
Module 4: Monitoring and Auditing
Using Snowflake's Information Schema and Account Usage. Implementing logging and
Module 3: Workload Management
Setting up multi-cluster warehouses. Managing workloads using resource monitors. Advanced
Module 2: Performance and Resource Optimization
Monitoring and tuning query performance. Managing warehouses for optimal cost
Module 1: Security and Access Management
Implementing role-based access control (RBAC). Managing data security and encryption.
Module 6:Hands-On Labs and Exercises
Practical lab sessions to reinforce learning. Automated lab work checks
Module 5:Advanced Snowflake Features
Implementing Time Travel and Cloning. Exploring data sharing and the
Module 4:Data Loading and Transformation
Creating file formats and loading data into tables. Applying data
Module 3:Database and Warehousing Fundamentals
Creating and configuring databases and warehouses. Managing tables, schemas, and
Module 2:Getting Started with Snowflake
Navigating the Snowflake Web Interface. Understanding and setting user roles.
Module 1:Introduction to Snowflake
Overview of cloud data warehousing. Snowflake's architecture and key features.
Module 7: Account Structure and Management
Setting up and managing account structures. Security best practices and
Module 6: Advanced Data Management Features
Implementing cloning and time travel. Data sharing techniques.
Module 5: Working with Semi-Structured Data
Handling JSON, XML, and other semi-structured data formats. Using Snowflake's
Module 4: SQL Operations in Snowflake
Executing DDL (Data Definition Language) queries. Executing DML (Data Manipulation
Module 3: Virtual Warehouse Performance
Performance optimization strategies. Managing concurrency and workload.
Module 2: Data Loading and Transformation
Methods for data loading and unloading. Best practices for data
Module 1: Introduction to Snowflake
Snowflake architecture and key features. Overview of the Snowflake user
Module 6: Hands-On Practice and Final Assessment
Real-world use cases and problem-solving Project-based assessment
Module 5: Security and Data Sharing
Access control and role management Data encryption and compliance Data
Module 4: Snowflake Performance and Optimization
Virtual warehouses and performance tuning Cloning and data recovery features
Module 3: Working with Data in Snowflake
Loading structured and semi-structured data Querying data using Snowflake SQL
Module 2: Setting Up and Exploring Snowflake
Creating a Snowflake account Navigating the web interface Overview of
Module 1: Introduction to Snowflake
Overview of Snowflake architecture Key features and differentiators Use cases
Module 5: Performance Evaluation and Optimization
Evaluating performance metrics Identifying bottlenecks and optimization opportunities Best practices
Module 4: Scalable Compute Solutions
Designing scalable compute architectures Optimizing compute resources for data workloads
Module 3: Real-Time Data Streaming
Designing near real-time data streams Implementing end-to-end streaming solutions Monitoring
Module 2: Data Transformation and Replication
Data transformation techniques Replication across multiple cloud platforms Data sharing
Module 1: Data Sourcing and Integration
Sourcing data from Data Lakes Integrating APIs for data acquisition
Module 6: Certification Preparation
Exam structure and key topics Practice questions and review sessions
Module 5: Performance Optimization and Security
Best practices for query optimization Ensuring data security and compliance
Module 4: Advanced Data Science Use Cases
Time series forecasting Real-time analytics Sentiment analysis with Snowflake
Module 3: Predictive Analytics and Machine Learning
Building predictive models using Snowflake Integrating with ML libraries like
Module 2: Data Preparation and Transformation
Importing and cleansing data Advanced transformations using SQL and Python
Module 1: Introduction to Snowflake for Data Science
Overview of Snowflake’s Data Cloud Key features for data scientists
Module 5: Hands-on Lab and Case Studies
Real-world scenarios Interactive problem-solving sessions Architecting end-to-end solutions
Module 4: Scalability and Resilience
Designing for scalability Disaster recovery planning Multi-region deployments
Module 3: Security and Governance
Data encryption and masking Role-based access control Compliance considerations
Module 2: Performance Optimization
Query performance tuning Resource management strategies Monitoring and troubleshooting
Module 1: Advanced Snowflake Architecture
Key architectural components Data modeling techniques Storage and compute separation
Module 5: Data Presentation and Visualization
Preparing data for business presentations. Creating effective data visualizations. Utilizing
Module 4: Data Analysis Techniques
Conducting descriptive and diagnostic analyses. Applying statistical methods for data
Module 3: Advanced SQL Querying
Writing and troubleshooting advanced SQL queries. Utilizing window functions and
Module 2: Data Transformation and Modeling
Performing complex data transformations. Building data models within Snowflake. Optimizing
Module 1: Data Ingestion and Preparation
Understanding data ingestion methods in Snowflake. Techniques for efficient data
Module 5: Account and Resource Management(Week 4)
System Resource Usage and Billing Managing Virtual Warehouses Resource Monitors
Module 4: Performance and Concurrency(Week 4)
Understanding Micro-Partitions Data Clustering Scaling Virtual Warehouses
Module 3: Snowflake SQL Support(Week 3)
Snowflake SQL Support for Data Analysis: SQL Analytic Functions User-Defined
Module 2: Snowflake Objects(Week 2)
Snowflake Objects & Commands: Data Description Language (DDL) Data Manipulation
Module 1: Snowflake Architecture(Week 1)
Snowflake Architecture and Overview: Technical Overview Cloud Services Layer Storage
Module 6: Designing Reusable Assets
Creating reusable components and frameworks. Establishing standards and processes for
Module 5: Operationalizing Integration Solutions
Addressing performance, scalability, and reliability concerns. Implementing monitoring and operational
Module 4: Application Design and Development
Designing Mule applications for various deployment scenarios. Applying development methodologies
Module 3: Deployment Strategies
Anypoint Platform deployment options: MuleSoft-hosted vs. customer-hosted. Configuring and selecting
Module 2: Designing Integration Solutions
High-level design principles for integration solutions. Selecting appropriate Mule components
Module 1: Introduction to Integration Architecture
Roles and responsibilities of an Integration Architect. Overview of Anypoint
Module 7: Analyzing and Monitoring Application Networks
Tools and techniques for monitoring Performance analysis and optimization
Module 6: Ensuring API Quality
Meeting API quality goals Testing and validation strategies
Module 5: Establishing Platform Foundations
Setting up organizational structures Platform configuration and management
Module 4: Deploying API Implementations
Deploying to CloudHub Deployment strategies and best practices
Module 3: API Governance on Anypoint Platform
Implementing API governance Managing API policies
Module 2: Designing and Sharing APIs
Designing APIs using Process, Experience, and System Layers Best practices
Module 1: Introduction to Application Networks
Understanding application network basics Principles of API-led connectivity
Module 6: Identifying Business Challenges
Techniques for effective problem identification Gathering and analyzing business requirements
Module 5: Certification Preparation
Practice exams and preparation tips Final review of key concepts
Module 4: Delivering Value-Driven Solutions
Strategies for customer-centric delivery Measuring the success of implemented solutions
Module 3: Building Strategic Business Proposals
Frameworks for proposal creation Presenting impactful solutions to stakeholders
Module 2: Core Principles of Catalyst
Understanding the V2MOM framework Integrating customer success in strategies
Module 1: Introduction to Salesforce Catalyst
Overview of Salesforce Catalyst Importance in business consulting
Module 6: Utilizing Salesforce Flow and Flow Orchestration
Building workflows with Salesforce Flow. Coordinating processes with Flow Orchestration.
Module 5: Implementing Robotic Process Automation (RPA)
Designing and building RPA processes. Deploying and managing RPA bots.
Module 4: Automating Business Processes with MuleSoft Composer
Creating flows to connect systems. Utilizing connectors and action steps.
Module 3: Developing Mule Applications
Building integrations with Anypoint Studio. Connecting to various data sources.
Module 2: Managing APIs with Anypoint Platform
API design using RAML. Implementing APIs with Anypoint Studio. Testing
Module 1: Introduction to Hyperautomation
Understanding hyperautomation concepts. Overview of Salesforce and MuleSoft integration.
Module 6: Deploying Applications in a DevOps Environment
Continuous integration and deployment Managing application versions
Module 5: Security Best Practices
Securing data in transit and at rest Implementing authentication and
Module 4: Monitoring and Maintaining Mule Applications
Implementing monitoring solutions Troubleshooting and debugging
Module 3: Performance and Reliability Optimization
Tuning application performance Ensuring high availability
Module 2: API Management with Anypoint Platform
Managing API lifecycle Applying security policies
Module 1: Advanced Mule Application Development
Designing modular applications Implementing reusable components
Module 6: Deploying and Managing APIs
Deploying applications to Anypoint Platform. Monitoring and managing APIs and
Module 5: Processing Batch Data
Understanding batch processing in Mule. Configuring batch jobs and steps.
Module 4: Managing Event Flow and Error Handling
Controlling message flow within Mule applications. Implementing error handling strategies.
Module 3: Building Integrations with Anypoint Studio
Creating Mule applications. Connecting to databases, files, web services, and
Module 2: Designing and Consuming APIs
Basics of RESTful API design. Defining API resources, methods, and
Module 1: Introduction to Application Networks and API-Led Connectivity
Understanding application networks and their benefits. Introduction to Anypoint Platform
Module 8: Certification Preparation
Practice exams and tips for certification success
Module 7: Security and Best Practices
Securing APIs and integrations Implementing reusable and scalable solutions
Module 6: Deployment and Management
Deploying Mule applications to CloudHub Managing APIs using API Manager
Module 5: Error Handling and Debugging
Implementing error handling strategies Debugging Mule applications
Module 4: Data Transformation and Mapping
Using DataWeave for transformations Handling complex data formats
Module 3: Building Mule Applications
Overview of Mule applications Implementing flows and sub-flows Connecting to
Module 2: Designing APIs
API design principles Creating API specifications using RAML
Module 1: Introduction to MuleSoft and Anypoint Platform
Overview of API-led connectivity Introduction to the Anypoint Platform
Module 10: Mist Initial and Advanced Configuration
Organization and site creation. WLAN template configuration. Subscription management and
Module 9: Mist API and Support
Overview of Mist RESTful API, WebSocket API, and Webhooks API.
Module 8: Mist Location-Based Services
Implementing location-based services with BLE and vBLE technologies.
Module 7: Introduction to Marvis
Understanding Marvis Actions and queries.
Module 6: Mist Monitoring and Analytics
Utilizing monitoring and analytics tools.
Module 5: Mist Wireless and Wired Assurance
Onboarding and managing Juniper access points. Provisioning and managing switches
Module 4: Creating and Managing Mist Accounts
Managing administrative and user accounts. Understanding account roles and authentication
Module 3: Mist Cloud User Interface
Navigating the Mist Cloud user interface.
Module 2: Mist Capabilities and Features
Use cases and solutions with Mist Wireless and Wired Access
Module 1: Introduction to Mist AI
Evolution of AI and machine learning. Advantages of Mist AI
Module 8: Juniper Extension Toolkit
Exploring the Juniper Extension Toolkit components. Utilizing service APIs and
Module 7: YANG/OpenConfig
Introduction to YANG data models. Implementing OpenConfig for standardized configurations.
Module 6: Junos Automation Scripts
Developing commit, op, and event scripts. Understanding SLAX and its
Module 5: Stateful Configuration Management
Utilizing Ansible for configuration management. Introduction to SaltStack and its
Module 4: Python for Network Automation
Writing Python scripts for automating network tasks. Introduction to PyEZ
Module 3: Data Serialization and Templating
Overview of data serialization formats: YAML, JSON. Implementing Jinja2 for
Module 2: NETCONF/XML API
Understanding NETCONF protocol. Utilizing XML API for device configuration and
Module 1: Platform Automation Overview
Introduction to network automation. Benefits and challenges of automation in
Module 5: Advanced Features and Use Cases
Location-based services and analytics IoT integration with MistAI Case studies
Module 4: Troubleshooting and Optimization
Common wireless issues and solutions Using AI tools for proactive
Module 3: Managing MistAI Wireless Networks
Monitoring network health and performance Managing users and devices Security
Module 2: MistAI Wireless Network Deployment
Setting up MistAI access points Configuring wireless SSIDs and policies
Module 1: Introduction to MistAI and AI-Driven Networking
Overview of MistAI architecture Features of AI-driven wireless networks Benefits
Module 2: Advanced Security
Attack Detection and Prevention Utilizing packet captures and security logs
Module 1: Security Infrastructure
Chassis Clustering Redundancy groups and priorities High availability configurations IPsec
Module 7: Quality of Service (QoS)
Applying QoS features to optimize network performance Traffic classification and
Module 6: Security
Implementing data center security best practices Configuring access controls and
Module 5: Data Center Interconnect (DCI)
Implementing DCI solutions between data centers EVPN signaled VXLAN Layer
Module 4: Controllerless Overlay
Deploying EVPN/VXLAN overlays Configuring Anycast Gateways Inter-VRF routing and load
Module 3: Layer 3 Underlay
Building IP Clos fabrics Implementing BGP in data center environments
Module 2: Layer 2 Underlay
Virtual Chassis Fabric (VCF) configurations Multi-Chassis Link Aggregation (MC-LAG) Interchassis
Module 1: Management
On-box and event scripts Configuration management tools Zero Touch Provisioning
Module 7: Firewall Filters and ACLs
Selective packet processing. Filter-based forwarding.
Module 6: Juniper Advanced Threat Prevention (ATP)
Integration and configuration. Mitigation strategies.
Module 5: Advanced IPsec VPNs
Remote access and hub-and-spoke VPNs. Public Key Infrastructure (PKI) and
Module 4: Advanced NAT
Persistent NAT and DNS doctoring. IPv6 NAT configurations.
Module 3: Layer 2 Security
Transparent and mixed modes. Secure wire and MACsec implementation.
Module 2: Logical and Tenant Systems
Administrative roles and security profiles. Communication between logical systems.
Module 1: Advanced Security Policies and Zones
Troubleshooting security policies. Monitoring security zones.
Module 5: Layer 2 Authentication and Access Control
Overview of Layer 2 authentication mechanisms. Configuration of access control
Module 4: Ethernet Switching and Spanning Tree
Advanced Ethernet switching features. Implementation of MSTP and VSTP. Layer
Module 3: IP Multicast
Components and operation of IP multicast. IGMP and PIM sparse-mode
Module 2: Border Gateway Protocol (BGP)
BGP route selection process. Next hop resolution and BGP attributes.
Module 1: Interior Gateway Protocols (IGPs)
IS-IS configuration and troubleshooting. OSPFv2 and OSPFv3 operations. Routing policy
Module 8: SRX Chassis Clustering
Benefits of chassis clustering. Configuration and troubleshooting of SRX clusters.
Module 7: SSL Proxy Configuration
Understanding SSL Proxy concepts. Configuration and troubleshooting of SSL Proxy.
Module 6: Advanced Threat Prevention
Configuration of Sky ATP and JATP. Integration with SRX Series
Module 5: Security Director Management
Policy management using Junos Space Security Director. Managing security objects
Module 4: Intrusion Prevention System (IPS)
IPS database management. Configuration of custom attack objects.
Module 3: Application Security with AppSecure
Application Firewall and Application Quality of Service (AppQoS). Application Identification
Module 2: Advanced Security Policies
Session management and Application Layer Gateways (ALGs). Policy logging and
Module 1: Introduction to Juniper Connected Security
Overview of security challenges in modern networks. Introduction to Juniper's
Module 8: High Availability (HA) Features
Implementing HA strategies in enterprise networks. Configuring VRRP and other
Module 7: IP Tunneling
Overview of IP tunneling mechanisms. Configuring GRE and IP-IP tunnels.
Module 6: Border Gateway Protocol (BGP)
BGP fundamentals and use cases. Establishing and managing BGP sessions.
Module 5: Open Shortest Path First (OSPF)
OSPF concepts and operations. Configuring and optimizing OSPF.
Module 4: Protocol-Independent Routing
Understanding routing instances and RIB groups. Configuring load balancing and
Module 3: Layer 2 Security
Implementing port security features. Mitigating common Layer 2 security threats.
Module 2: Spanning Tree Protocol (STP)
Overview of STP and its variants. Configuring and troubleshooting STP.
Module 1: Layer 2 Switching and VLANs
Switching concepts and operations. Configuring and managing VLANs.
Module 7: Routing Policy and Firewall Filters
Understanding routing policies and their applications. Configuring and applying firewall
Module 6: Routing Fundamentals
Overview of static and dynamic routing concepts. Configuring and monitoring
Module 5: Operational Monitoring and Maintenance
Monitoring device performance and traffic statistics. Performing system maintenance and
