6V0-22.25 Exam Training Course Study Plan
The VMware 6V0-22.25 Advanced Load Balancer Specialist certification is designed for IT professionals who want to validate their expertise in deploying, configuring, managing, and optimizing VMware NSX Advanced Load Balancer (Avi) in enterprise environments. This exam requires not only theoretical knowledge of load balancing architecture but also practical skills across multi-cloud deployments, performance tuning, automation, and day-to-day administration.
This 7-week study plan is meticulously crafted for learners who are serious about passing the 6V0-22.25 exam on their first attempt. Whether you're transitioning from traditional hardware load balancers like F5/Citrix, or advancing your skills in software-defined networking (SDN), this plan offers a clear path from beginner to specialist.
What This Plan Offers
Comprehensive Coverage of the official exam blueprint, including:
Architecture and Technologies
Products and Solutions
Planning and Designing
Installing, Configuring, and Setup
Performance-Tuning, Optimization, and Upgrades
Troubleshooting and Repairing
Administrative and Operational Tasks
Daily Goals and Tasks, designed using:
The Pomodoro Technique (25-minute deep-focus study intervals)
The Forgetting Curve Principle to optimize long-term retention
A realistic balance of theory, simulation, and spaced repetition
Practice-Oriented Learning with tasks that include:
Deployment planning
Hands-on configuration simulation
Flashcard creation
Real-world troubleshooting scenario design
Weekly review and question-building to strengthen recall
Who This Plan Is For
This plan is ideal for:
System administrators and network engineers preparing for VMware NSX certification
Cloud architects integrating load balancing across hybrid or multi-cloud platforms
Learners who prefer structured, focused, and methodical progress
Beginners to Avi who want a guided, low-pressure but high-impact learning journey
Final Outcome
By the end of this 7-week journey, you will not only be exam-ready, but also job-ready — equipped with the skills to deploy, scale, troubleshoot, and automate the VMware NSX Advanced Load Balancer in modern IT infrastructures.
Week 1 Study Plan — Architecture and Technologies
Primary Objective for the Week:
Develop a deep and working understanding of VMware Avi Load Balancer’s architecture, components, control/data plane separation, protocols, and the technologies it is built upon.
By the end of this week, you should be able to:
Explain how Avi’s architecture differs from traditional load balancers
Identify the roles of Controller, Service Engines, and Virtual Services
Understand traffic flow and data processing
Describe supported L4-L7 protocols and SSL/TLS operations
Apply this understanding to real-world network diagrams and scenarios
Learning Methodology for the Week:
Daily time: 3.5–4 hours per day (6 Pomodoro blocks)
Pomodoro breakdown:
Block 1–2: Learn new content (video or doc reading)
Block 3–4: Practice (draw diagrams, simulate configs, write answers)
Block 5: Note summarization + Anki flashcards
Block 6: Spaced Repetition review (from previous days)
Use active recall (try explaining without looking at notes) and visual learning (draw network maps, traffic flows) to reinforce memory.
Day 1 – Overview of Architecture and Design Philosophy
Goal: Understand Avi’s core architectural philosophy and how it differs from traditional appliances.
Tasks:
Read VMware documentation: “Avi Architecture Overview”
Identify and write about the 4 key design principles: distributed architecture, software-defined, elastic scale-out, multi-cloud support
Draw a high-level architecture map showing separation of control plane and data plane
Reflect: Why does separation of control/data plane enable better scalability and resilience?
Learning Method:
Use 2 Pomodoros to read and outline, 2 Pomodoros to draw and annotate diagrams, 1 Pomodoro to record a voice explanation (to reinforce recall), and 1 Pomodoro to review via flashcards.
Day 2 – The Avi Controller (Control Plane)
Goal: Learn the full role of the Avi Controller and understand how it manages infrastructure.
Tasks:
Study components of the Controller: config management, policy engine, analytics, SE provisioning
Read about HA Controller deployment (3-node clustering and quorum logic)
Write down step-by-step responsibilities the Controller handles when a new Virtual Service is created
Optional lab (if available): Navigate the Controller UI and locate global settings, logs, system health
Learning Method:
2 Pomodoros to read and create mind maps, 2 for writing mock CLI/API calls to describe config workflows, 1 Pomodoro to add flashcards, 1 Pomodoro to do first spaced recall (yesterday + today’s learning).
Day 3 – Service Engines (SEs)
Goal: Understand how Service Engines process live traffic and ensure data-plane scalability.
Tasks:
Study SE roles in the data plane: SSL termination, load balancing, health checking
Explore HA models: Active/Standby, Active/Active, Elastic HA (N+M)
Draw detailed diagrams of SE groups and how they interact with the Controller and VS
Calculate sizing: How do CPU/RAM affect SE throughput? What’s the max connections limit per vCPU?
Learning Method:
2 Pomodoros to read and take notes, 2 Pomodoros to sketch diagrams and write example SE group definitions, 1 Pomodoro for Anki, 1 Pomodoro for review.
Day 4 – Virtual Services (VS)
Goal: Learn how Virtual Services provide front-end application interfaces and bind other objects.
Tasks:
Study what defines a VS: VIP, application profile (HTTP/L4), SSL profile, analytics profile, pool
Learn VS lifecycle: from creation → binding to pool → monitoring → traffic forwarding
Draw an example VS deployment for a web app with 2 backend pools (active/passive)
Optional (if lab): Create a test VS using the UI, configure basic settings (no real deployment needed)
Learning Method:
Use visual learning heavily. 2 Pomodoros for reading/documenting the config flow, 2 Pomodoros for diagramming different types of VS setups, 1 Pomodoro for flashcard creation, 1 Pomodoro for review of all concepts from Day 1–4.
Day 5 – Protocols and Load Balancing Algorithms
Goal: Understand which L4 and L7 protocols Avi supports and how traffic is routed intelligently.
Tasks:
Study Layer 4: TCP, UDP, FTP — their role in basic forwarding
Study Layer 7: HTTP, HTTPS, gRPC, WebSockets — and how Avi inspects/handles them
Deep dive into load balancing algorithms: Round Robin, Least Connections, Fastest Response, Consistent Hash
Write use cases for each algorithm: e.g., why would you use hashing over round robin?
Learning Method:
2 Pomodoros reading protocol documentation and algorithm logic, 2 Pomodoros building examples in a written format (“If your app is X, use algorithm Y because…”), 1 Pomodoro for flashcards, 1 Pomodoro review.
Day 6 – SSL/TLS Operations and Health Monitoring
Goal: Learn how Avi handles encryption, certificate management, and traffic health checks.
Tasks:
Study SSL Offload vs Passthrough vs Re-encryption
Understand certificate chain handling and SNI for multi-domain hosting
Configure (theoretical or in lab) a virtual service with a custom certificate and SNI support
Learn about health monitors: HTTP, TCP, ICMP — active vs passive checks
Write conditions where a health monitor might fail incorrectly (false positive/negative)
Learning Method:
Do small use-case breakdowns: "If a certificate chain is broken, what happens to the VS?" 2 Pomodoros reading, 2 for writing failure scenario workflows, 1 Pomodoro flashcards, 1 Pomodoro spaced review.
Day 7 – Consolidation, Review, Testing
Goal: Reinforce long-term memory using recall and testing.
Tasks:
Review all flashcards from the week (Day 1 to Day 6) using Anki
Redraw the Avi architecture and explain it aloud without notes
Do a mock 10-question test based on Week 1 content
Identify weak areas and re-read relevant sections
Final task: Teach someone or record yourself teaching the concept of “Control Plane vs Data Plane”
Learning Method:
Active recall + spaced repetition + teaching method. No new reading — only testing and reinforcement.
Week 2 Study Plan – Products and Solutions
Primary Goal:
By the end of this week, you should be able to explain where the Avi Load Balancer fits into the VMware ecosystem, understand its different editions and capabilities, list use cases for various industries, and know how Avi integrates with public cloud, Kubernetes, and third-party platforms. You will also understand the full product lifecycle, from positioning and packaging to real-world deployments.
Learning Methods for the Week:
Daily duration: 3.5 to 4 hours per day (6 Pomodoro blocks)
Block structure:
Pomodoros 1–2: Learn from documentation, whitepapers, or official blog posts
Pomodoros 3–4: Application and reflection — use diagrams, charts, or mapping exercises
Pomodoro 5: Note summarization, flashcard creation
Pomodoro 6: Spaced review (covering past 2–3 days)
Day 1 – Product Evolution and Positioning
Goal: Understand what Avi is, where it came from, and how it differs from traditional or legacy load balancers.
Tasks:
Study the origin of Avi Networks, its acquisition by VMware, and integration into VMware Tanzu and NSX portfolios.
Describe Avi as a software-defined, cloud-native load balancer and contrast it with hardware-based solutions like F5 or Citrix ADC.
Identify the position of Avi within VMware Application Networking and Security (ANS) suite.
Create a one-page summary of how Avi evolved and what business problems it solves.
Day 2 – Editions, Licensing, and Capabilities
Goal: Know the difference between Avi’s product tiers and how they affect deployment decisions.
Tasks:
Study the features available in Basic/Essentials vs Advanced/Enterprise editions.
Learn the licensing models: based on throughput (Gbps), CPU cores, or per-application instance.
Write down which features are only available in the Enterprise tier (e.g., WAF, GSLB, advanced analytics).
Review how Avi licensing is integrated into VMware Cloud Foundation bundles.
Create a side-by-side comparison of editions and licensing options.
Day 3 – Key Features and Application Services
Goal: Explore the key services that Avi offers at L4–L7, including security and analytics capabilities.
Tasks:
Read and document core services: L4/L7 load balancing, content switching, SSL termination, caching, compression.
Study Global Server Load Balancing (GSLB) and Web Application Firewall (WAF).
Learn how Avi uses real-time analytics from every transaction for visibility and alerting.
Practice mapping features to app types (e.g., WAF for public-facing apps, GSLB for disaster recovery scenarios).
Day 4 – Deployment Models: On-Premises, Public Cloud, Hybrid
Goal: Understand how and where Avi can be deployed, and the considerations for each model.
Tasks:
Learn about On-Prem deployment using vSphere, KVM, or bare metal — and the use of OVAs, QCOW2s, etc.
Study Avi deployment in public cloud environments: AWS, Azure, GCP, Oracle.
Explore hybrid cloud model where one Controller manages SEs across environments.
Write an analysis of pros and cons of each model.
Design 3 deployment scenarios (e.g., cloud-only, on-prem with vCenter, hybrid multi-cloud) on paper.
Day 5 – Kubernetes Integration and Modern Applications
Goal: Learn how Avi supports microservices and cloud-native environments.
Tasks:
Study how Avi integrates with Kubernetes clusters (e.g., as an Ingress Controller).
Understand how Avi supports Tanzu Kubernetes Grid (TKG) and OpenShift.
Explore L7 load balancing features for services in Kubernetes (host-based routing, TLS termination per namespace).
Map a microservices architecture and show how Avi would serve as a gateway.
Day 6 – Ecosystem Integrations and Automation Tools
Goal: Understand how Avi integrates with third-party platforms and automation tools.
Tasks:
Study how Avi integrates with:
Logging: Splunk, ELK, Kafka
Automation: Ansible, Terraform, vRealize Automation
Monitoring: Prometheus, Grafana
Identity/Security: LDAP, SAML, OAuth2, RBAC
Write down which integrations are push-based and which are pull-based.
Practice writing a basic Terraform or Ansible snippet for deploying a Virtual Service or SE Group.
Day 7 – Use Cases and Review
Goal: Be able to articulate and apply Avi to real-world use cases.
Tasks:
Map out 4 major use cases:
Traditional 3-tier apps
Modern container-based apps
Multi-cloud strategy with centralized policy
Security & compliance-driven environments (WAF, RBAC)
For each use case, describe:
Problem before Avi
How Avi solves it
Key features used
Conduct a full review of flashcards from Days 1–6.
Write a 10-question quiz for yourself and complete it under time pressure.
Week 3 Study Plan – Planning and Designing
Primary Goal:
By the end of this week, you should be able to design a VMware Avi Load Balancer deployment tailored to different application needs, scalability goals, security requirements, and infrastructure architectures. You'll also be confident in sizing the components, planning for HA, and building multi-tenant, production-grade solutions.
Learning Methodology:
Daily time commitment: 3.5 to 4 hours (6 Pomodoro sessions)
Session structure:
Pomodoros 1–2: Learn and take detailed notes from docs or videos
Pomodoros 3–4: Create diagrams, decision trees, or apply to mock scenarios
Pomodoro 5: Create Anki flashcards or voice-record explanations
Pomodoro 6: Active recall + spaced review (focus on what was learned 2–3 days ago)
Day 1 – Requirements Gathering
Goal: Learn how to collect and document the technical and business requirements for an Avi deployment.
Tasks:
Study types of application needs: L4/L7 protocols, TLS offloading, persistence methods (source IP, cookies), etc.
Identify how traffic behavior affects design: average/peak CPS, transaction size, bursts.
Understand security expectations: SSL inspection, WAF needs, compliance.
Create a checklist for discovery sessions: what to ask the app owner, network team, and security team.
Practice: Write out a complete set of requirements for a fictional web app needing HTTPS, WAF, and multi-zone HA.
Day 2 – Capacity Planning
Goal: Learn how to size the Controller and SEs based on app and traffic load.
Tasks:
Understand Controller sizing logic: why 3-node cluster, CPU/memory thresholds, where to place it (management vs data plane separation).
Study Service Engine sizing: how vCPU and RAM map to throughput, SSL TPS, concurrent connections.
Learn how to estimate the number of SEs based on expected load and resiliency buffer.
Practice using Avi sizing principles to design SE groups for:
Small app (low traffic, internal)
High-load public-facing e-commerce platform
Draw comparison tables to show different sizing strategies.
Day 3 – High Availability Design
Goal: Understand how to design Avi deployments that maintain service uptime under failure conditions.
Tasks:
Review Controller HA: quorum-based decision logic, what happens if a node fails, replication rules.
Deep dive into SE HA models:
Active/Standby: for predictable failover
Active/Active: for maximum throughput
Elastic HA: N+M model with fault domains
Learn about failure domains and placement best practices across racks or zones.
Practice designing SE HA for:
A single-site deployment
A multi-site active-active application
Draw failover traffic paths for each scenario.
Day 4 – Multi-Tenancy and Role-Based Segmentation
Goal: Design secure, logically isolated environments within a shared Avi deployment.
Tasks:
Learn what a Tenant is in Avi: separate configs, analytics, certs, VS/pools.
Study how to enforce boundaries using RBAC: read-only, operator, tenant admin, custom roles.
Explore how tenants are mapped to clouds (vCenter, AWS, etc.) in a shared environment.
Create a sample design where three tenants use the same controller but are isolated in functionality and visibility.
Practice: Describe a real-world use case where multi-tenancy is required (e.g., MSP hosting for three customers).
Day 5 – Network and Routing Design
Goal: Plan the network layout and connectivity rules to optimize traffic flow.
Tasks:
Learn SE placement: one-arm vs two-arm modes, proximity to backend servers, latency minimization.
Plan VIP allocation: static vs dynamic (via IPAM), internal vs external exposure.
Understand route advertisements: how Avi uses BGP, OSPF, ECMP.
Identify when policy-based routing is necessary.
Practice: Design routing logic for a distributed environment where Avi handles external internet traffic and internal API routing.
Day 6 – Security and Compliance Design
Goal: Implement secure, compliant architecture through proper certificate, firewall, and WAF usage.
Tasks:
Review centralized SSL cert management and how SNI enables multi-domain TLS hosting.
Design WAF placement based on risk and compliance demands.
Learn how segmentation is done at the SE group and tenant levels.
Write a deployment plan for a financial institution that needs strong TLS, OWASP protection, and audit logging.
Create a compliance checklist: what to validate for audit readiness.
Day 7 – Integration and Delivery Design
Goal: Complete the design process by including automation, logging, and monitoring integrations.
Tasks:
Understand REST API, Ansible, Terraform integration points for infrastructure as code (IaC).
Plan syslog, Kafka, or Log Insight integrations for logging.
Learn how to prepare Avi for CI/CD-based application delivery (auto-create VS per deployment).
Map a full end-to-end design for an app that uses Avi + Terraform + ELK for delivery and monitoring.
Final Pomodoro: Review all flashcards from the week + write 10 mock design questions for self-testing.
Week 4 Study Plan – Installing, Configuring, and Setup
Primary Goal:
By the end of this week, you should be able to deploy the Avi Controller, configure Service Engines, set up networking, configure Virtual Services, apply SSL/TLS profiles, and understand system initialization in various environments (vSphere, AWS, No Access Cloud). This week focuses on practical implementation.
Learning Methodology:
3.5 to 4 hours per day (6 Pomodoro sessions)
Session structure:
Pomodoros 1–2: Read + watch video walkthroughs (e.g. install demos)
Pomodoros 3–4: Write deployment plans or simulate configs in diagrams/labs
Pomodoro 5: Create flashcards + voice summaries
Pomodoro 6: Spaced recall and documentation cleanup
Day 1 – Controller Deployment
Goal: Learn how to deploy the Avi Controller in vSphere, AWS, or manual environments.
Tasks:
Study minimum requirements: 8 vCPU, 24 GB RAM, 128 GB disk, static IP
Learn deployment methods:
OVA (vSphere)
AMI (AWS)
QCOW2 (KVM)
Manual cloud-init or Terraform
Understand HA cluster design: 3-node quorum, management network requirements
Create a deployment checklist: what to validate before deploying the Controller in a lab or real environment
Practice writing a Controller deployment plan for vSphere and AWS
Day 2 – Initial Setup and Cloud Configuration
Goal: Complete initial system setup and integrate with cloud infrastructure.
Tasks:
Use first-time setup wizard: configure DNS, NTP, admin login, licensing
Learn cloud types:
Full Access Cloud (vCenter, AWS)
No Access Cloud (manual SE deployment)
Study differences in config for each cloud (IPAM, credentials, subnets)
Draw config flow: Controller connects to cloud → discovers compute → deploys SEs
Write config scripts or summaries for AWS and No Access Cloud onboarding
Day 3 – Service Engine Deployment
Goal: Understand how SEs are deployed and managed under different modes.
Tasks:
Learn about:
Automatic SE deployment (vCenter, AWS)
Manual SE deployment (No Access)
Lifecycle management from Controller
Study SE Group configuration:
vCPU/memory settings
HA mode (Active/Active, Standby, Elastic N+M)
Placement rules (AZs, racks)
Practice designing SE group configs for:
A single small application
A multi-tenant production system
Day 4 – Networking Setup
Goal: Learn how to design and configure data and management networks for Avi.
Tasks:
Understand management vs data network roles
Learn about SE interfaces and network reachability needs
Configure IPAM/DNS profiles for VIP allocation and DNS registration
Study interface settings: static IP vs DHCP, one-arm vs two-arm modes
Practice writing a sample config using:
Management subnet: 10.0.0.0/24
Data subnet: 192.168.1.0/24
VIP IPAM pool: 192.168.1.100–150
Day 5 – Virtual Services Configuration
Goal: Learn how to create a Virtual Service and bind all necessary objects.
Tasks:
Step-by-step process:
Create VS → assign VIP
Attach application profile (L4 or L7)
Configure pool with backend servers
Add SSL profile (if HTTPS)
Assign analytics profile
Explore features like:
Session persistence
Load balancing algorithm
Health monitors (TCP, HTTP)
Simulate (on paper or UI) setting up a secure web service with 3 backend nodes and TLS termination
Day 6 – SSL/TLS and Role-Based Access Control
Goal: Secure applications and learn user access management.
Tasks:
Learn SSL certificate handling:
Importing certs
Creating CSRs
Assigning to SSL profiles
Understand SSL profiles:
TLS versions
Ciphers
HSTS, OCSP, etc.
Explore SNI use cases (multi-domain hosting)
Study user roles:
Read-only, Operator, Tenant Admin, Superuser
Authentication: Local, LDAP, SAML, OAuth
Practice assigning custom roles to users in a multi-tenant environment
Day 7 – Logging, Analytics, and System Integration
Goal: Set up visibility, alerting, and integrations for operations.
Tasks:
Configure:
Syslog or Kafka for log export
vRealize Log Insight
Learn how to set analytics profile per VS (log level, headers, content)
Understand alerting mechanisms:
Email
SNMP
Webhooks
Practice designing a logging pipeline: Avi → Syslog → SIEM (Splunk/ELK)
Week 5 Study Plan – Performance-Tuning, Optimization, and Upgrades
Primary Goal:
By the end of this week, you should be able to analyze and optimize the performance of the Avi Load Balancer, tune system behaviors, configure auto-scaling and elasticity, interpret metrics, and execute zero-downtime upgrades. This week is all about deepening operational skill and system optimization.
Study Strategy:
Total time per day: 3.5 to 4 hours (6 Pomodoro sessions)
Structure:
Pomodoros 1–2: Theory + documentation study
Pomodoros 3–4: Apply concepts to lab scenarios or create tuning plans
Pomodoro 5: Create checklists, summaries, or flashcards
Pomodoro 6: Review content from previous days
Day 1 – Performance Tuning Foundations
Goal: Understand the principles of resource tuning in Avi, and when to use vertical or horizontal scaling.
Tasks:
Study the difference between:
Vertical scaling: increasing SE CPU/RAM
Horizontal scaling: adding SEs
Learn about the importance of matching resource allocation with traffic profile (SSL TPS, concurrent connections, throughput).
Review when vertical scale is insufficient (e.g., during bursty traffic) and horizontal is needed for high availability.
Create a decision tree for scale planning: traffic thresholds → tuning choice
Day 2 – Service Engine Performance Optimization
Goal: Learn how to tune SEs for packet handling, memory usage, and connection limits.
Tasks:
Study SE tuning variables:
vCPU → SSL offload, connection rate
Memory → session tracking, buffer sizing
Explore DPDK-enabled SEs and how they enhance packet processing
Review connection tuning settings:
Max concurrent connections
HTTP/2 multiplexing
Idle and FIN timeout
Create tuning profiles for different scenarios:
High SSL traffic (e.g. e-commerce)
Long-lived TCP connections (e.g. WebSockets)
Day 3 – Application-Aware Optimization
Goal: Customize Avi behavior for specific workloads using application profiles.
Tasks:
Learn about HTTP and TCP application profiles
HTTP: caching, compression, client header logging, keep-alive
TCP: timeout tuning, window scaling, buffer adjustments
Study Gzip and Brotli compression — when and how to apply
Review caching techniques to reduce backend load
Create and document optimized profiles for:
REST APIs (short, frequent calls)
Media streaming platform
Day 4 – Auto-Scaling and Elastic SE Groups
Goal: Learn to configure and manage automatic scaling of Service Engines.
Tasks:
Study SE auto-scaling triggers:
CPU usage
Throughput
Concurrent connections
Learn about min/max SE count, buffer SEs, and cooldown timers
Explore “flapping” prevention and scale-in logic
Design an Elastic HA SE group (N+M redundancy)
Write a config plan for a service that must scale from 2 to 6 SEs under load
Day 5 – Analytics and Health Score Tuning
Goal: Use Avi’s metrics and analytics to identify and resolve performance bottlenecks.
Tasks:
Understand real-time metrics:
Client RTT
Server RTT
Application latency
SSL handshake time
Study the built-in Health Score system:
How it combines latency, throughput, error rate
How to customize thresholds
Explore FlightPath and request tracing
Practice: Read mock logs/metrics and identify root causes (e.g. high latency, TLS mismatch)
Day 6 – Upgrade and Patch Strategy
Goal: Safely upgrade the Avi system with minimal downtime.
Tasks:
Learn the Avi upgrade process:
Step 1: Controller upgrade (1 node at a time)
Step 2: SE upgrades (triggered from Controller UI/API)
Understand maintenance mode: when to drain traffic from VS or SE
Study version compatibility between Controller and SE
Learn how to validate upgrades (snapshots, backups, compatibility checks)
Practice: Create an upgrade plan for production — including pre-checks and rollback strategy
Day 7 – Performance Troubleshooting and Summary Review
Goal: Identify and fix performance issues using system diagnostics and logs.
Tasks:
Study common bottlenecks:
High CPU/memory usage on SEs
TLS overhead
Backend latency
Learn how to read logs, metrics, and FlightPath to troubleshoot
Perform a self-review:
List 5 performance symptoms and map to likely root causes
Explain tuning strategies for each scenario
Review all Anki flashcards and notes from the week
Write 10 scenario-based practice questions to test your knowledge
Week 6 Study Plan – Troubleshooting and Repairing
Primary Goal:
By the end of this week, you should be able to identify, analyze, and resolve issues in VMware Avi Load Balancer environments. This includes diagnosing failures in Virtual Services, Service Engines, networking, SSL, and cloud integrations using tools like FlightPath, CLI debug, and log analysis.
Study Approach:
Daily time: 3.5 to 4 hours (6 Pomodoro sessions)
Learning technique:
Pomodoros 1–2: Read documentation or watch technical breakdowns
Pomodoros 3–4: Hands-on troubleshooting scenarios (real or written)
Pomodoro 5: Build troubleshooting playbooks and flashcards
Pomodoro 6: Spaced review and scenario quizzes
Day 1 – Troubleshooting Foundations and Diagnostic Flow
Goal: Learn the standard troubleshooting methodology in Avi environments.
Tasks:
Study the generic troubleshooting workflow:
Define the issue (access, performance, availability, configuration)
Scope the impact (single app, user group, global)
Isolate components (VS, SE, backend, network)
Use tools (FlightPath, logs, CLI) to drill down
Understand initial diagnostics questions:
Is the VS reachable?
Are pool members healthy?
Are DNS records resolving?
Is SSL handshake completing?
Create a personal troubleshooting checklist to use in real environments
Day 2 – Common Failures and Quick Fixes
Goal: Explore typical failure modes and their standard resolution steps.
Tasks:
Troubleshoot Virtual Service not reachable:
VIP assignment issues
Firewall or routing problems
Health monitor down
Investigate backend pool failures:
Port mismatches
Application crashes
Server unreachable or misconfigured
Fix SSL problems:
Expired/missing certificates
Cipher/TLS mismatches
Wrong SNI configuration
For each scenario, write: symptoms, diagnostic steps, resolution plan
Day 3 – Troubleshooting Load Balancing and Latency
Goal: Analyze load balancing behavior and root-cause performance issues.
Tasks:
Study load balancing misbehavior:
Wrong algorithm configured
Persistence sticky sessions failing
Weighting errors in pools
Identify latency sources:
Backend app delay
TLS handshake overhead
Network congestion or packet loss
Practice tracing performance issues using:
Analytics metrics
HTTP status codes
FlightPath latency breakdown
Create a playbook with “If latency is high, then check X, Y, Z…”
Day 4 – FlightPath and Log Analysis
Goal: Master Avi’s troubleshooting tools for deep traffic visibility.
Tasks:
Explore FlightPath tool:
End-to-end request path visualization
Connection statistics
SSL steps and response codes
Learn to use CLI commands:
show virtualservice
debug virtualservice
show logs
Practice analyzing:
Access logs (HTTP/S)
System events (node issues)
Health monitor logs
Simulate 3 problem cases and explain what FlightPath or logs reveal
Day 5 – SE and Controller-Level Issues
Goal: Troubleshoot issues with Service Engines and Controller infrastructure.
Tasks:
Diagnose SE problems:
SE down or disconnected
CPU/RAM exhaustion
SE vNIC IP unreachable
Fix Controller issues:
Node unreachable
Cluster sync errors
NTP/DNS mismatch across nodes
Practice using:
show cluster status
show cluster runtime
Write a recovery plan to bring SEs and Controllers back into service
Day 6 – Upgrade Issues and Special Troubleshooting Cases
Goal: Troubleshoot problems during upgrades and with advanced services.
Tasks:
Controller upgrade problems:
Version mismatch
Incomplete backups
Live SE upgrade conflict
SE upgrade failures:
Insufficient host CPU/disk
Connectivity issues during SE update
Handle DNS failures:
External DNS not reachable
Wrong DNS profile
Debug API and automation problems:
401/403 errors
Token or auth issues
Rate limiting
Write down log paths and commands for each use case
Day 7 – Recovery, Backup, and Review
Goal: Learn how to reset, recover, and document Avi Load Balancer components.
Tasks:
Study config backup and restore:
Manual vs scheduled
Encrypted vs plain
Restore process and limitations
Explore config reset:
Object-level reset (e.g. VS or Pool)
Full reset (Controller or SE)
Learn SE redeployment process:
“Replace SE” workflow
IP/MAC reuse vs new
Review logs and metrics for failure prevention
Do a full week’s flashcard and troubleshooting quiz review
Week 7 Study Plan – Administrative and Operational Tasks
Primary Goal:
By the end of this week, you should be able to manage users, tenants, roles, system settings, backups, analytics, monitoring integrations, and automation workflows. This final knowledge area focuses on day-to-day operations and ongoing system health management.
Study Method:
Daily commitment: 3.5 to 4 hours (6 Pomodoro sessions)
Session structure:
Pomodoros 1–2: Learn and document admin tools/features
Pomodoros 3–4: Practice configuration or simulate workflows
Pomodoro 5: Write automation scripts, checklists, or test questions
Pomodoro 6: Flashcard review and retrospective planning
Day 1 – User and Tenant Management
Goal: Learn how to manage users, authentication, roles, and tenant isolation.
Tasks:
Study local user creation and external auth (LDAP, SAML, OAuth)
Explore Role-Based Access Control (RBAC):
Predefined roles: Super User, Tenant Admin, Operator, Read Only
Custom roles: Object-level permission assignment
Understand tenant concept:
Logical separation of VS, pools, certs, logs
Use cases for multi-business or MSP models
Simulate creation of:
One global admin
Two tenant-specific read-only users
Document the steps and assign role permissions accordingly
Day 2 – Configuration, Backup, and Policy Management
Goal: Set up robust backup policies, config management practices, and auditing.
Tasks:
Configure automated and manual backups
Frequency
Retention
Storage location (local or exported)
Learn full vs partial backup and restore flows
Study system-wide settings:
DNS, NTP, SMTP
License upload
Password policies
Review configuration auditing:
Who changed what, when
Integration with external SIEM
Write a daily/weekly maintenance checklist including backup and audit reviews
Day 3 – Health Monitoring and Alerts
Goal: Monitor system and service health and receive real-time notifications.
Tasks:
Learn how to read:
Global system dashboards
Per-VS and SE statistics
Health Score metrics
Study alert rules:
- CPU, memory, connections, VS down, pool member failure
Configure alert channels:
Email (SMTP)
SNMP traps
Webhooks or REST callbacks
Simulate an alert setup where a pool member failure notifies both SNMP and webhook endpoints
Day 4 – Logging and Analytics Configuration
Goal: Forward logs to external platforms and manage log storage settings.
Tasks:
Configure real-time log streaming:
HTTP logs
Health monitor logs
System event logs
Study integration with:
Syslog
Kafka
Logstash / Elasticsearch
vRealize Log Insight
Set log retention policies and log export options
Create a mock architecture where Avi → Kafka → ELK is used for centralized observability
Document the retention rules for each log type
Day 5 – Automation via API, SDK, and Tools
Goal: Understand and implement automation for operational workflows.
Tasks:
Learn the REST API architecture:
Versioned
Authenticated (token-based)
Resource URLs
Explore SDKs and tools:
Python SDK (avisdk)
Ansible modules
Terraform provider
Write scripts for:
Creating a new VS using REST API
Modifying a pool via Ansible
Study use cases:
CI/CD pipelines (e.g., GitLab to auto-deploy VS)
Self-service portals with vRA or ServiceNow
Day 6 – Upgrades, Maintenance, and Licensing
Goal: Administer product upgrades and maintain licensing.
Tasks:
Review version management process:
Controller upgrade → SE upgrade
Version compatibility between components
Understand Maintenance Mode:
VS drain mode
SE maintenance for vMotion or restart
Manage licensing:
Upload/update keys
Usage limits: Gbps, connections, features
Simulate a rolling upgrade workflow with zero downtime
Document a license audit checklist for Enterprise vs Essentials features
Day 7 – High Availability, Fault Recovery, and Best Practices
Goal: Ensure continuous operations through redundancy and best practices.
Tasks:
Study Controller HA:
Quorum decisions
Cluster monitoring
Review SE recovery flows:
Auto-replacement
Logging persistence
Explore fault-tolerance design principles
Build operational best practice documents:
Change control workflows
Documentation hygiene
Config export before changes
Create a final 20-question quiz to test your operational readiness