Citrix CCE-N study plan
Citrix CCE-N · Give each week a clear focus.
8 weeks · About 7 hours per week
Architecture and Design of Citrix ADC Deployments & Networking and Traffic Management (ADC)
Diagram a two-tier ADC topology (client-facing and internal) and label each traffic path, including MAC-based forwarding behavior
Explain how a NetScaler/ADC decides between Layer 2 and Layer 3 forwarding and where the RNAT decision occurs
List the deployment modes (one-arm, two-arm, transparent) and state one trade-off for each
Compare HA pair, cluster, and standalone designs on failover behavior and configuration synchronization
Your checkpoint
A one-page annotated topology diagram with a written paragraph per deployment mode explaining when you would choose it
Architecture and Design of Citrix ADC Deployments & Networking and Traffic Management (ADC)
Configure a virtual server with a service group and verify health monitoring states
Describe the order of evaluation among policies, profiles, and bindings on a request
Explain persistence types (source IP, cookie, SSL session ID) and select the correct one for two sample applications
Trace a single HTTPS request end to end and identify each processing stage it passes through
Your checkpoint
A written request-flow trace of one HTTPS transaction through the ADC with every decision point named
Networking and Traffic Management (ADC) & Citrix ADC Security and Authentication
Configure SSL offload on a virtual server and identify which certificate and key bindings are required
Explain how certificate chain completeness and SNI affect handshake success
Compare content switching, responder, and rewrite policies and choose the right type for three given scenarios
Describe how authentication policies and traffic policies interact on the same virtual server
Your checkpoint
A decision table mapping five sample requirements to the correct policy type with a one-line justification each
Citrix ADC Security and Authentication
Explain the difference between authentication, authorization, and traffic policies and where each is bound
Describe how nFactor flows chain factors and when a single-factor policy is sufficient
Configure an LDAP authentication action and state which attributes matter for group extraction
List the security controls that mitigate common attacks on ADC-fronted applications (SSL protocol hardening, rate limiting, bot-style protections)
Your checkpoint
A written nFactor flow design for a two-factor login, including policy labels, next-factor bindings, and the LDAP action fields used
Citrix ADC High Availability, Optimization, and Troubleshooting
Explain how HA nodes synchronize configuration and which items are not synchronized automatically
Describe failover triggers and how forced and graceful failover differ in effect on live sessions
Identify which counters and logs you would check first for a slow-backend complaint
Explain how to interpret a packet capture or trace to confirm where a request stalls
Your checkpoint
A troubleshooting checklist for a slow-response incident listing the counters, logs, and trace commands you would use in order
Citrix SD-WAN Architecture and Deployment & Citrix SD-WAN Routing, QoS, and Optimization
Describe SD-WAN architecture components (sites, virtual paths, and the control and data plane roles) and how sites discover each other
Explain how virtual paths are measured and how path selection responds to loss, latency, and jitter
Compare SD-WAN routing options and state how a route is preferred when multiple paths exist
Explain QoS classification and shaping behavior and how an SD-WAN policy maps traffic to a class
Your checkpoint
A written design for a two-site SD-WAN with one MPLS and one internet link, naming the path-selection rule and QoS class for each of three application types
Citrix SD-WAN Routing, QoS, and Optimization & Citrix SD-WAN Security, High Availability, and Troubleshooting
Explain how SD-WAN encryption and secure tunnels protect traffic across untrusted links
Describe SD-WAN high availability behavior at a site and what happens when the primary path degrades
List the SD-WAN health and path statistics you would examine for a degraded-voice complaint
Explain how SD-WAN and ADC capabilities complement each other in a branch-to-datacenter design
Your checkpoint
A one-page incident runbook for an SD-WAN path-degradation event listing the checks, statistics, and escalation criteria
Integration of ADC and SD-WAN with Citrix Workspace and Analytics & Citrix ADC High Availability, Optimization, and Troubleshooting
Explain how ADC and SD-WAN integrate with Citrix Workspace to deliver applications and how analytics data is collected
Describe what performance and experience metrics are surfaced and how you would use them to spot a problem
Re-run a timed practice set across all domains and record your weakest two domains
Build a one-page summary sheet of the facts you most often forgot during practice
Your checkpoint
A scored practice-set result sheet plus a one-page personal weakness summary with a remediation plan for each weak domain
Milestones
Week 2: You can trace an HTTPS request through the ADC and name each processing stage without notes
Week 4: You can design an nFactor flow and explain policy binding order in your own words
Week 6: You can explain SD-WAN path selection and QoS classification for a two-link site
Week 8: Practice-set score is recorded and your two weakest domains are identified with concrete remediation steps