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
Module 4: Configuration Basics
Initial device setup and configuration. Managing user accounts and authentication
Module 3: User Interfaces
Navigating the Junos CLI. Understanding CLI modes and navigation. Utilizing
Module 2: Junos OS Fundamentals
Introduction to Juniper Networks and Junos OS. Junos software architecture
Module 1: Networking Fundamentals
Understanding network layers and protocols. Differentiating between collision and broadcast
Module 4: Practical Implementation Workshop
Real-world case studies Hands-on project execution
Module 3: Leadership in Digital Transformation
Leading cross-functional teams Change management strategies
Module 2: Strategic Planning and Governance
Frameworks for effective digital governance Strategic alignment of IT and
Module 1: Advanced Architectural Design
Principles of complex system architecture Integration of multi-platform solutions
Module 4: Case Studies and Practical Applications
Collaborative case study activities. Real-world scenario simulations.
Module 3: Security and Compliance
Implementing security best practices. Ensuring compliance with industry standards.
Module 2: Advanced Design and Integration
Designing scalable and efficient solutions. Integrating ServiceNow with external systems.
Module 1: ServiceNow Platform Architecture
Understanding core architecture components. Exploring platform capabilities and limitations.
Module 5: Certification Preparation
Exam structure and question formats. Study resources and tips. Practice
Module 4: Proven Implementation Practices
Approaches for upgradability and scalability. Maintaining application functionality. Case studies
Module 3: Implementing ITSM Solutions
Configuration of ITSM applications. Customization to meet business requirements. Integration
Module 2: Application Architecture and Security
Key tables and their relationships. Roles and access controls. Primary
Module 1: Introduction to ITSM Applications
Overview of ServiceNow ITSM solutions. Key features and functionalities. Understanding
Q1) What types of courses does edForce offer?
Ans: edForce offers a wide range of courses across fields such
Module 6: Integration and Automation
Automating repetitive HR tasks Integrating with third-party tools for seamless
Module 5: Reporting and Analytics
Generating HR metrics and reports Analyzing data for continuous improvement
Module 4: Self-Service Solutions
Configuring HR service portals Empowering employees with AI-driven tools
Module 3: Knowledge Management
Creating and maintaining HR knowledge articles Using knowledge bases for
Module 2: HR Case Management
Managing HR cases and requests Configuring workflows for case resolution
Module 1: Introduction to HRSD
Overview of Human Resources Service Delivery Key features and capabilities
Module 8: Exam Preparation
Review of key concepts Practice exam questions Tips for successful
Module 7: Integration and Data Management
Integrating CSM with other ServiceNow applications Managing data imports and
Module 6: Reporting and Dashboards
Creating CSM reports Designing dashboards for customer service metrics Utilizing
Module 5: Service Level Agreements (SLAs)
Defining SLAs for customer service Monitoring SLA performance Configuring SLA
Module 4: Knowledge Management Integration
Linking knowledge articles to cases Managing the knowledge base Enhancing
Module 3: Case Management
Creating and managing cases Implementing case assignment and escalation rules
Module 2: CSM Setup and Configuration
Installing the CSM plugin Configuring account and contact management Setting
Module 1: Introduction to Customer Service Management
Overview of CSM Key features and benefits Understanding the CSM
Module 5: Exam Preparation
Review of key concepts Practice questions and scenarios
Module 4: Implementation Best Practices
Upgradability and scalability considerations Maintaining application functionality
Module 3: Architecture and Security
Key tables and relationships Roles and access controls
Module 2: Application Functionality
Baseline and advanced features State model and process flows
Module 1: Introduction to ServiceNow ITSM
Overview of ITSM applications Key features and benefits
Module 6: Certification Preparation
Reviewing key concepts and best practices. Preparing for the Certified
Module 5: Case Study Collaboration
Working on real-world scenarios with cohort members. Applying theoretical knowledge
Module 4: Security and Compliance
Implementing security measures within the ServiceNow platform. Ensuring compliance with
Module 3: Integration Strategies
Integrating ServiceNow with external systems and data sources. Utilizing APIs
Module 2: Advanced Design Principles
Designing scalable and efficient ServiceNow solutions. Implementing best practices for
Module 1: ServiceNow Architecture Fundamentals
Understanding the core architecture of ServiceNow. Exploring the platform's capabilities
Module 7: Case Studies and Practical Applications
Creating and implementing custom apps in ServiceNow Building complex workflows
Module 6: Advanced Topics in ServiceNow Architecture
Performance optimization techniques Understanding multi-tenant and multi-instance architecture Planning disaster
Module 5: Business Process Analysis and Requirements Gathering
Analyzing business needs Translating business needs into ServiceNow solutions Stakeholder
Module 4: ServiceNow Integration Strategies
ServiceNow integration capabilities and patterns Integrating middleware and enterprise architectures
Module 3: Design Patterns and Solution Structure in ServiceNow
Understanding the ServiceNow data model Learning ServiceNow schema design Customizing
Module 2: ServiceNow Architecture Principles and Best Practices
Developing principles for performance and scalability Design principles for availability
Module 1: Introduction to ServiceNow
Overview of the ServiceNow platform Understanding ServiceNow architecture components Configuring
Module 5: Introduction to Development
Implementing UI policies and business rules Managing update sets for
Module 4: Self-Service & Process Automation
Creating knowledge base articles Developing service catalog items Automating workflows
Module 3: Database Administration
Understanding tables, records, and fields Implementing access control rules Using
Module 2: Collaboration
Accessing the service portal Submitting and managing incidents Utilizing work
Module 1: User Interface & Navigation
Navigating applications and modules Configuring list and form views Personalizing
Module 6: Data Migration and Integration (15%)
UI policies Business rules System update sets Scripting in ServiceNow
Module 5: Database Management (27%)
Data schema Application/access control Importing data CMDB and CSDM
Module 4: Self-Service & Automation (20%)
Knowledge management Service catalog Flow Designer Virtual Agent
Module 3: Configuring Applications for Collaboration (20%)
Lists, filters, and tags List and form anatomy Form configuration
Module 2: Instance Configuration (11%)
Installing applications and plugins Personalizing/customizing the instance Common user interfaces
Module 1: Platform Overview and Navigation (7%)
ServiceNow platform overview Platform capabilities and services The ServiceNow instance
Module 6: Case Studies and Practical Scenarios
Real-world disaster recovery examples Hands-on exercises
Module 5: Maintaining and Updating Disaster Recovery Plans
Continuous monitoring and improvement Training and awareness programs
Module 4: Implementing Disaster Recovery Solutions
Selecting and deploying appropriate tools Testing and validating the recovery
Module 3: Designing a Disaster Recovery Plan
Components of a disaster recovery plan Frameworks and methodologies
Module 2: Risk Assessment and Business Impact Analysis
Identifying potential risks Assessing impacts and prioritizing recovery needs
Module 1: Introduction to Disaster Recovery and Business Continuity
Importance of disaster recovery Key terminologies and concepts
Module 5: Strategic Planning, Finance, Procurement, and Third-Party Management
Strategic Planning Aligning security initiatives with business objectives Developing a
Module 4: Information Security Core Competencies
Access Control Management Implementing identity and access management systems Monitoring
Module 3: Security Program Management and Operations
Developing an Information Security Program Defining program objectives and requirements
Module 2: Information Security Controls, Compliance, and Audit Management
Designing Security Controls Control lifecycle management Monitoring and maintaining security
Module 1: Governance and Risk Management
Information Security Governance Establishing an information security management structure Defining
Module 6: Secure Deployment and Maintenance
Deployment best practices Patch management and updates Monitoring and incident
Module 5: Application Security Testing
Static Application Security Testing (SAST) Dynamic Application Security Testing (DAST)
Module 4: Secure Coding Practices
Input validation techniques Secure authentication and authorization Implementing cryptography securely
Module 3: Secure Application Design and Architecture
Principles of secure design Architectural patterns for security Threat modeling
Module 2: Security Requirements Gathering
Identifying security requirements Integrating security into the SDLC Tools and
Module 1: Understanding Application Security, Threats, and Attacks
Overview of application security Common threats and vulnerabilities Case studies
Module 11: Comprehensive Review
Applying learned skills in practical scenarios.
Module 10: Kernel Issues Troubleshooting
Analyzing and resolving kernel-related problems.
Module 9: Security Issues Troubleshooting
Identifying and mitigating security vulnerabilities.
Module 8: Application Issues Troubleshooting
Debugging and resolving application errors.
Module 7: Network Issues Troubleshooting
Diagnosing and resolving network connectivity problems.
Module 6: Package Management Troubleshooting
Fixing issues related to software package installations and updates.
Module 5: Storage Issues Troubleshooting
Resolving storage device and filesystem issues.
Module 4: Hardware Diagnostics
Identifying and addressing hardware-related problems.
Module 3: Boot Issues Troubleshooting
Diagnosing and resolving boot failures.
Module 2: Proactive System Administration
Implementing preventive measures to avoid system issues.
Module 1: Introduction to Troubleshooting
Understanding structured troubleshooting methodologies.
Module 8: Comprehensive Review
Applying skills to install, optimize, and configure Ansible for network
Module 7: Automating Network Tasks
Automating common network administration tasks Best practices for cross-vendor automation
Module 6: Simplifying Playbooks with Roles and Collections
Developing Playbooks using Ansible Roles Reusing code with Ansible Content
Module 5: Implementing Task Control
Managing task execution and error handling in Playbooks
Module 4: Managing Variables and Facts
Utilizing variables in Playbooks Referencing node information with facts
Module 3: Managing and Running Playbooks
Version control of automation code Running Playbooks using automation controllers
Module 2: Implementing Ansible Playbooks
Creating an inventory of managed nodes Writing and executing simple
Module 1: Introduction to Ansible Automation Platform
Overview of Ansible concepts Installation of Ansible development tools
Module 5: Troubleshooting and Security
Diagnosing common OpenStack issues Enhancing OpenStack security
Module 4: High Availability and Performance Optimization
Configuring OpenStack for high availability Monitoring and optimizing OpenStack environments
Module 3: Automating OpenStack Deployments
Using Heat templates for orchestration Implementing auto-scaling policies
Module 2: OpenStack Storage Management
Configuring Cinder for block storage Managing Swift object storage
Module 1: Advanced OpenStack Networking
Configuring Neutron for advanced networking scenarios Implementing load balancers and
Module 9: OpenShift Updates
Update an OpenShift cluster while minimizing disruption to deployed applications.
Module 8: Application Security
Run applications requiring elevated or special privileges from the host
Module 7: Manage Kubernetes Operators
Install and update Operators managed by the Operator Lifecycle Manager
Module 6: Enable Developer Self-Service
Configure clusters for safe self-service by developers from multiple teams.
Module 5: Expose Non-HTTP/SNI Applications:
Expose applications to external access without using an Ingress controller.
Module 4: Network Security
Protect network traffic between applications inside and outside the cluster.
Module 3: Authentication and Authorization
Configure authentication with the HTPasswd identity provider. Assign roles to
Module 2: Deploy Packaged Applications
Utilize manifests packaged for sharing and distribution.
Module 1: Declarative Resource Management
Deploy and update applications from parameterized resource manifests.
Module 10: High Availability and Scalability
Implementing high availability strategies Scaling the automation platform effectively
Module 9: Maintenance and Troubleshooting
Performing routine maintenance tasks Troubleshooting common issues
Module 8: Automation Mesh Configuration
Setting up automation mesh for scalability Managing remote execution nodes
Module 7: Workflow Automation
Building and managing job workflows Automating complex tasks
Module 6: Advanced Job Configurations
Implementing advanced job features Optimizing job performance
Module 5: Project and Job Management
Creating projects and job templates Launching and monitoring Ansible jobs
Module 4: Inventory and Credential Management
Managing machine inventories Configuring access credentials
Module 3: User and Access Management
Creating user accounts and teams Assigning permissions and roles
Module 2: Installation and Configuration
Setting up automation controllers Configuring private automation hubs
Module 1: Introduction to Ansible Automation Platform
Overview of platform architecture Key components and their functions
Module 6: Compliance and Security
Enforcing compliance with security policies. Managing and auditing system configurations.
Module 5: Monitoring and Troubleshooting
Monitoring system performance and health. Troubleshooting common issues in a
Module 4: Patching and Updates
Managing patches and updates across systems. Testing and deploying patches
Module 3: System Configuration and Provisioning
Automating provisioning with Kickstart files. Customizing system configurations using templates.
Module 2: Managing Software Content
Setting up repositories and managing software lifecycle environments. Configuring and
Module 1: Introduction to Red Hat Satellite 6
Overview of Red Hat Satellite 6 features and architecture. Installation
Module 10 : Handling and Responding to Endpoint Security Incidents
Securing and responding to threats on endpoint devices. Endpoint detection
Module 9:Handling and Responding to Insider Threats
Identifying and mitigating risks from within the organization. Strategies to
Module 8: Handling and Responding to Cloud Security Incidents
Understanding cloud-specific security challenges. Incident response in cloud environments.
Module 7: Handling and Responding to Web Application Security Incidents
Addressing vulnerabilities in web applications. Response techniques for web-based attacks.
Module 6: Handling and Responding to Network Security Incidents
Detecting and responding to network intrusions. Network traffic analysis and
Module 5: Handling and Responding to Email Security Incidents
Recognizing phishing and email-based attacks. Implementing response strategies for email
Module 4:Handling and Responding to Malware Incidents
Identifying and analyzing malware threats. Containment, eradication, and recovery from
Module 3: First Response
Importance of first response in incident handling. Procedures for evidence
Module 2: Incident Handling and Response Process
Steps involved in the incident response lifecycle. Planning and preparation
Module 1: Introduction to Incident Handling and Response
Understanding the fundamentals of incident handling. Importance and objectives of
Module 6: Intelligence Reporting and Dissemination
Creating actionable threat intelligence reports. Dissemination strategies and best practices.
Module 5: Data Analysis
Techniques for analyzing threat data. Identifying patterns and indicators of
Module 4: Data Collection and Processing
Types of threat intelligence feeds and sources. Data collection methods,
Module 3: Requirements, Planning, Direction, and Review
Steps to planning a threat intelligence program. Setting requirements and
Module 2: Cyber Threats and Attack Frameworks
Overview of Advanced Persistent Threats (APTs). Understanding the Cyber Kill
Module 1: Introduction to Threat Intelligence
Definition and essential terminology. Intelligence vs. information vs. data. Integrating
Module 6: Hands-On Security Tools
Practical use of tools like Wireshark, Nmap, and Metasploit. Configuring
Module 5: Countermeasures and Incident Response
Detecting and mitigating network attacks. Steps for effective incident management
Module 4: Securing Network Infrastructures
Firewalls and intrusion prevention systems. Best practices for securing wired
Module 3: Vulnerability Assessment and Management
Tools for identifying vulnerabilities. Risk analysis and prioritization techniques.
Module 2: Networking Basics for Security Professionals
OSI model and its relevance to security. TCP/IP protocols and
Module 1: Introduction to Network Security
Importance of network security in modern environments. Overview of cyber
Module 6: Capstone Project
Hands-on simulation of a complete penetration test. Evaluation and feedback
Module 5: Reporting and Documentation
Crafting professional penetration testing reports. Communicating findings to stakeholders effectively.
Module 4: Post-Exploitation Techniques
Maintaining access and establishing persistence. Data exfiltration methods.
Module 3: Vulnerability Assessment and Exploitation
Identifying vulnerabilities in complex IT infrastructures. Exploiting security flaws using
Module 2: Advanced Reconnaissance
Advanced techniques in information gathering. Utilizing tools for reconnaissance and
Module 1: Introduction to Penetration Testing
Understanding penetration testing methodologies. Legal and ethical considerations.
Module 5: Building a Career in Cybersecurity
Overview of Cybersecurity Roles and Certifications Pathways to Advanced Security
Module 4: Securing Digital Environments
Protecting Data and Systems Basics of Encryption and Cryptography Implementing
Module 3: Computer Forensics Essentials
Role of Forensics in Incident Response Basics of Evidence Collection
Module 2: Fundamentals of Network Security
Introduction to Networking Basics Common Network Attacks and Defenses Configuring
Module 1: Introduction to Security Fundamentals
Importance of Information Security Overview of Threats and Vulnerabilities Basic
Module 6: Report Writing and Presentation
Documenting findings and forensic reports Presenting evidence in a legal
Module 5: Mobile Forensics
Extracting data from mobile devices Analyzing SMS, call logs, and
Module 4: Network and Email Forensics
Analyzing network traffic and logs Investigating email headers and attachments
Module 3: Operating System Forensics
Investigating Windows and Linux systems Recovering deleted files and partitions
Module 2: Investigation Processes
Steps in forensic investigation Securing and collecting digital evidence
Module 1: Computer Forensics in Today’s World
Understanding the need for digital forensics Types of investigations and
Module 8: Legal and Ethical Issues in Hacking
Laws governing ethical hacking Understanding the code of conduct for
Module 7: Advanced Tools and Techniques
Introduction to emerging cybersecurity tools Overview of penetration testing frameworks
Module 6: Covering Tracks
Clearing logs and removing traces Counter-detection techniques
Module 5: Maintaining Access
Techniques to maintain access to compromised systems Post-exploitation strategies
Module 4: Gaining Access
Exploiting vulnerabilities to gain system access Malware threats and countermeasures
Module 3: Scanning Networks
Network scanning methodologies Vulnerability identification and analysis
Module 2: Footprinting and Reconnaissance
Gathering intelligence through open-source tools Identifying vulnerabilities in systems
Module 1: Introduction to Ethical Hacking
Basics of cybersecurity and ethical hacking Understanding attack vectors and
Module 5: Advanced Techniques in Construction Project Execution
Leveraging technology and tools for efficient project delivery. Real-world case
Module 4: Stakeholder and Resource Management
Engaging and managing stakeholders effectively. Allocating and optimizing resources.
Module 3: Risk Management in Construction Projects
Identifying and mitigating risks. Ensuring compliance with safety and regulatory
Module 2: Project Management Framework for Construction
Scope, time, cost, and quality management. Integration of project management
Module 1: Introduction to Built Environment Projects
Overview of construction and infrastructure projects. Industry-specific challenges and opportunities.
Module 7: Exam Preparation
PMI-PBA Exam Format and Question Types Tips for Success and
Module 6: Solution Evaluation
Evaluating Solution Performance Recommending Improvements
Module 5: Strategy Analysis
Aligning Business Analysis with Organizational Goals Strategy Implementation
Module 4: Elicitation and Analysis
Elicitation Techniques Requirements Analysis and Management
Module 3: Planning and Monitoring
Business Analysis Planning Monitoring Business Performance
Module 2: Needs Assessment
Identifying and Assessing Business Needs Developing Business Cases
Module 1: Introduction to Business Analysis
Overview of Business Analysis Importance in Project Success
Module 7: Exam Preparation and Strategy
Overview of the PMI-RMP exam structure Tips and techniques for
Module 6: Risk Monitoring and Controlling
Tracking and reporting project risks Adaptive responses to emerging risks
Module 5: Risk Response Planning
Developing effective risk mitigation strategies Contingency planning and fallback measures
Module 4: Qualitative and Quantitative Risk Analysis
Prioritizing risks using qualitative methods Performing quantitative risk analysis
Module 3: Risk Identification
Tools and techniques for identifying risks Documentation of risk register
Module 2: Risk Management Framework
PMI Risk Management Framework Risk management planning
Module 1: Introduction to Risk Management
Key concepts of risk management Importance of risk management in
Module 6: PMO Case Studies and Best Practices
Real-world PMO implementations. Lessons learned and key success factors.
Module 5: Managing PMO Teams
Leadership and team-building skills. Overcoming challenges in PMO management.
Module 4: PMO Tools and Techniques
Project and portfolio management tools. Performance measurement and reporting metrics.
Module 3: PMO Governance and Strategy
Governance models and their applications. Aligning PMO goals with business
Module 2: Establishing a PMO Framework
Key elements of PMO design. Tailoring frameworks to organizational needs.
Module 1: Introduction to PMO Fundamentals
Definition and types of PMOs. Role of PMOs in organizational
Module 7: Exam Preparation and Practice
Exam format and strategies. Mock exams and practice questions.
Module 6: Problem Detection and Resolution
Identifying and mitigating risks early. Promoting continuous improvement.
Module 5: Adaptive Planning
Creating flexible project plans. Responding to changes effectively.
Module 4: Stakeholder Engagement
Promoting collaboration and feedback. Building trust with stakeholders.
Module 3: Value-Driven Delivery
Prioritizing work based on value. Incremental delivery for faster results.
Module 2: Agile Frameworks and Methodologies
Overview of Scrum, Kanban, Lean, and XP. Choosing the right
Module 1: Agile Principles and Mindset
Understanding Agile values and principles. Adopting an Agile mindset for
Module 5: Preparing for the PfMP Exam
Exam structure and format. Key topics and focus areas. Tips
Module 4: Risk Management in Portfolios
Identifying potential risks across portfolios. Developing risk mitigation and contingency
Module 3: Portfolio Performance Management
Establishing performance metrics. Monitoring, analyzing, and reporting performance. Continuous improvement
Module 2: Strategic Portfolio Management
Aligning portfolios with organizational goals. Identifying and prioritizing portfolio components.
Module 1: Portfolio Management Framework
Definition and benefits of portfolio management. Components of the portfolio
Module 7: Exam Preparation and Practice
PgMP exam format and question breakdown Mock tests and exam-taking
Module 6: Stakeholder Communication
Effective communication strategies for program success Managing stakeholder expectations
Module 5: Program Life Cycle Management
Phases of the program life cycle Managing interdependencies and risks
Module 4: Program Governance
Developing governance structures Defining program policies and processes
Module 3: Program Benefits Management
Identifying and managing program benefits Planning and tracking benefits realization
Module 2: Program Strategy Alignment
Aligning program goals with organizational objectives Stakeholder identification and engagement
Module 1: Introduction to Program Management
Understanding the PgMP certification Overview of program management frameworks
Module 7: Exam Preparation and Strategy
PMP exam tips and study strategies Practice questions and mock
Module 6: Agile and Hybrid Project Management
Understanding Agile principles and methodologies Implementing hybrid approaches for flexibility
Module 5: Business Environment – Delivering Business Value
Aligning projects with organizational goals Measuring project success and ROI
Module 4: Process – Effective Project Execution
Scope, time, and cost management Risk identification, assessment, and mitigation
Module 3: People – Building High-Performing Teams
Leadership and team-building skills Conflict management and problem-solving Collaboration with
Module 2: Project Management Basics and Processes
Project lifecycle and phases The 5 process groups: Initiating, Planning,
Module 1: Introduction to PMP Certification and PMI Framework
Overview of PMP Certification and exam structure Introduction to the
Module 10: CAPM Exam Preparation
Exam structure, format, and tips. Practice questions and test-taking strategies.
Module 9: Stakeholder Management
Strategies for engaging and managing stakeholders.
Module 8: Risk and Procurement Management
Identifying, analyzing, and mitigating risks. Managing project procurement processes.
Module 7: Resource and Communications Management
Managing project teams and stakeholders. Effective communication strategies for project
Module 6: Cost and Quality Management
Estimating, budgeting, and controlling project costs. Planning and managing project
Module 5: Schedule Management
Understanding project schedules and timelines. Techniques for activity sequencing and
Module 4: Scope Management
Defining and managing project scope. Creating Work Breakdown Structures (WBS).
Module 3: Project Integration Management
Developing project charters. Managing project execution and changes.
Module 2: Project Management Framework
Overview of project lifecycle and process groups. Key project management
Module 1: Introduction to Project Management
Understanding project management and the role of a project manager.
Module 7: Real-World Applications of Data Engineering
Case studies on scalable architectures Integrating data engineering tools into
Module 6: Ensuring Data Reliability and Quality
Data validation, error handling, and recovery strategies Best practices for
Module 5: Building Scalable Data Pipelines
Principles of building robust and scalable pipelines Optimizing performance and
Module 4: Data Transformation and Processing
Batch processing fundamentals Real-time stream processing principles Data processing tools
Module 3: Data Storage Solutions
Understanding different storage paradigms: Relational vs. Non-relational databases File systems,
Module 2: Data Ingestion and Collection
Techniques for ingesting data from multiple sources Working with APIs,
Module 1: Introduction to Data Engineering
Overview of Data Engineering concepts Data lifecycle and key challenges
Module 6: Testing and Deployment
Testing Reactive Microservices for resiliency and performance CI/CD best practices
Module 5: Implementing Reactive Microservices
Key frameworks and tools for Reactive Microservices (Akka, Play, etc.)
Module 4: Scalability and Elasticity
Designing microservices for scalability Horizontal scaling and distributed load balancing
Module 3: Building Resilient Microservices
Failure isolation and fault tolerance Circuit breakers, retries, and backpressure
Module 2: Reactive Principles and Design Patterns
Responsive, Resilient, Elastic, and Message-Driven Systems Event-driven communication in distributed
Module 1: Introduction to Reactive Microservices
What are Reactive Systems and Microservices? Key challenges in traditional
Module 5: Hands-on Labs and Use Cases
Real-world scenarios of monitoring Akka systems. Implementing telemetry in live
Module 4: Troubleshooting and Optimization
Identifying performance bottlenecks. Best practices for maintaining system stability and
Module 3: Performance Metrics and Monitoring
Monitoring actors and message queues. Analyzing system health with real-time
Module 2: Setting up Telemetry Tools
Overview of telemetry tools compatible with Akka. Configuration and integration
Module 1: Introduction to Monitoring
Importance of monitoring in distributed systems. Key performance indicators for
Module 6: Case Studies and Best Practices
Real-world use cases of Akka Clusters. Troubleshooting and performance tuning.
Module 5: Advanced Clustering Techniques
Introduction to Akka Sharding. Cluster-aware routers for load balancing. Optimizing
Module 4: Distributed Data Management
Understanding Akka Distributed Data. Consistency models and CRDTs (Conflict-free Replicated
Module 3: Fault Tolerance and Recovery
Handling node failures and split-brain scenarios. Configuring auto-healing and downing
Module 2: Cluster Communication and Membership
Node discovery and gossip protocol. Membership lifecycle and cluster events.
Module 1: Introduction to Akka Cluster
Key concepts of distributed systems. Overview of Akka Cluster features
Module 5: Case Studies and Practical Applications
Analysis of reactive architectures in production. Hands-on exercise: Design a
Module 4: Designing for Scalability and Reliability
Techniques for handling failure gracefully. Optimizing system performance in high-demand
Module 3: Building Blocks of Reactive Systems
Essential tools and frameworks for reactive system design. Patterns for
Module 2: Reactive Manifesto and Principles
Key tenets: responsiveness, resilience, elasticity, and message-driven communication. Real-world applications
Module 1: Introduction to Reactive Systems
Overview of reactive architecture. Benefits of reactive systems in modern
Module 5: Performance Optimization and Testing
Measuring stream performance and resource utilization Debugging and monitoring stream
Module 4: Advanced Stream Operations
Using Graphs and junctions for complex streaming workflows Custom stages
Module 3: Working with Backpressure
Introduction to backpressure and flow control Strategies to manage high-throughput
Module 2: Stream Basics
Understanding Sources, Sinks, and Flows Building simple streaming pipelines Handling
Module 1: Introduction to Akka Streams
Overview of Akka Streams and Reactive Streams API Benefits of
Module 7: Testing and Monitoring Streams
Unit testing for Akka Streams. Stream monitoring and performance optimization.
Module 6: Advanced Akka Streams Features
Working with Graphs and Materialized Values. Integrating Akka Streams with
Module 5: Error Handling and Recovery
Implementing robust error-handling mechanisms. Resilience patterns in Akka Streams.
Module 4: Managing Backpressure
Understanding backpressure mechanisms. Strategies for handling demand and flow control.
Module 3: Building Streaming Pipelines
Designing basic streams. Handling data transformations and filters.
Module 2: Getting Started with Akka Streams
Overview of Akka Streams architecture. Key components: Sources, Sinks, and
Module 1: Introduction to Reactive Stream Processing
Fundamentals of reactive streams. Benefits of asynchronous and non-blocking systems.
Module 5: State Management and FSM
Managing state transitions with finite state machines (FSM). Best practices
Module 4: Testing and Deployment
Effective testing strategies for Akka applications. Configuring and deploying Akka
Module 3: Advanced Actor Techniques
Fault tolerance and supervision strategies. Routers and dispatchers. The Ask
Module 2: Actor Basics
Creating and managing actors. Actor lifecycle and behavior changes.
Module 1: Introduction to Akka
Overview of Akka and reactive programming principles. Understanding the Actor
Module 11: Advanced Threat Prevention Features and Troubleshooting
• Add a Custom SNORT Rule • Create and Test
Module 10: Threat Prevention Performance
• Analyze Threat Prevention Performance • Create Penalty Box Exceptions
Module 9: Threat Prevention Updates
• Verify Recent Updates • Configure Update Settings
Module 8: Correlated Threat Prevention Views and Reports
• Verify SmartEvent Activation • Generate and Verify Logs for
Module 5: Persistence and Advanced Features
Introduction to Akka persistence. Implementing event sourcing and CQRS patterns.
Module 4: Building Distributed Systems with Akka
Working with Akka remoting and clustering. Designing scalable and distributed
Module 3: Fault Tolerance and Resilience
Understanding supervision strategies. Implementing fault-tolerant systems. Handling actor failures effectively.
Module 2: Actor Model and Concurrency
Actor-based programming fundamentals. Creating and managing actors. Actor lifecycle and
Module 1: Introduction to Akka and Reactive Systems
Principles of reactive systems. Overview of the Akka framework. Setting
Module 5: Practical Applications and Best Practices
Real-world use cases of the Actor Model. Performance tuning and
Module 4: Advanced Actor Patterns
Distributed actor systems. Implementing patterns like routers and aggregators.
Module 3: Building Fault-Tolerant Systems
Actor supervision and fault recovery. Actor hierarchies and failure isolation.
Module 2: Actor Fundamentals
Creating and managing actors. Actor lifecycle and state management. Message
Module 1: Introduction to the Actor Model
Historical background and relevance. Understanding concurrency challenges. Benefits of using
Module 5: Advanced Troubleshooting
Tools and techniques for troubleshooting. Identifying and resolving connectivity issues.
