Check Point CCVS study plan
Check Point CCVS · Give each week a clear focus.
8 weeks · About 6 hours per week
Virtual Systems / Virtualization (unverified)
Define virtual systems, VSX, and Virtual System concepts in your own words and map how they differ from a standalone Security Gateway
Diagram the VSX architecture: Virtual System instances, Virtual Routers, Virtual Switches, Management Server, and the VSX Gateway role
Explain how contexts, interfaces, and routing are partitioned between Virtual Systems and identify what remains shared
List the licensing and hardware prerequisites that gate a VSX deployment
Your checkpoint
A one-page labeled architecture diagram of a VSX Gateway with three Virtual Systems plus a 300-word written explanation of shared vs. isolated components
Virtual Systems / Virtualization (unverified) & Virtual System Deployment and Configuration (unverified)
Compare the deployment models for Virtual Systems (VSX Gateway, VSX Cluster, and virtualized appliances) and state when each applies
Describe how a Management Server manages multiple Virtual Systems and how Domain objects scope policy
Walk through the sequence of creating a Virtual System: define the VS, assign interfaces, set up a Virtual Router, and install policy
Identify which objects (network, service, user) can be shared across domains and which must be local
Your checkpoint
A step-by-step deployment checklist for adding a new Virtual System to an existing VSX Gateway, with each step annotated by the object or command involved
Virtual System Deployment and Configuration (unverified)
Configure Virtual System interfaces and VLAN tagging so traffic lands in the correct context
Build a Virtual Router and a Virtual Switch and explain when each is the right choice
Set up inter-Virtual-System routing and describe how traffic traverses the VSX Gateway between contexts
Document how NAT is scoped per Virtual System and where conflicts can arise
Your checkpoint
A working lab configuration (or fully specified config script) with two Virtual Systems that route to each other and to the internet, plus a NAT rule per VS
Virtual System Deployment and Configuration (unverified) & Virtual System Management and Policy (unverified)
Create a Virtual System using both the wizard and manual object creation, and note where they diverge
Assign administrators and permissions scoped to individual Virtual Systems or domains
Explain how policy installation targets a specific Virtual System and what happens on partial failure
Describe how to safely delete or reassign a Virtual System without breaking shared objects
Your checkpoint
A written runbook covering creation, admin delegation, policy install, and decommission of a Virtual System, validated against your lab
Virtual System Management and Policy (unverified)
Map how global policy, domain policy, and per-VS policy layers stack and evaluate in order
Design a rule base where shared services are defined once and consumed by multiple Virtual Systems
Explain how threat prevention profiles and logging are applied per domain versus globally
Describe how to use the Multi-Domain view to audit which policy affects which Virtual System
Your checkpoint
A layered policy design document with a sample rule base showing global, domain, and local rules and the resulting evaluation order for three test flows
Virtual System Management and Policy (unverified) & Virtual System Troubleshooting and Operations (unverified)
Trace a packet through VSX from ingress interface to the correct Virtual System and out to its destination
Identify the log sources and views that separate Virtual System traffic from management traffic
List the commands used to check VSX status, per-VS status, and interface state
Explain how VSX cluster failover affects individual Virtual Systems and their active/standby state
Your checkpoint
A troubleshooting flow chart for 'traffic not reaching the right Virtual System' with at least six checkpoints and the command or log view used at each
Virtual System Troubleshooting and Operations (unverified)
Diagnose common VSX faults: interface misassignment, routing loops between contexts, and policy not installed on one VS
Describe how to back up and restore VSX configuration and per-VS settings
Explain how to upgrade VSX and Virtual Systems with minimal disruption, including cluster upgrade order
Interpret VSX-specific log and status output to isolate a failing context
Your checkpoint
A fault-injection lab report: break three things in your lab, capture the symptoms, and document the fix and the evidence that confirmed the root cause for each
Virtual System Troubleshooting and Operations (unverified) & Virtual Systems / Virtualization (unverified)
Review all four domains against a self-built checklist and close gaps flagged in earlier weeks
Re-derive VSX architecture and deployment prerequisites from memory without notes
Practice explaining a full VSX design and its operational risks in a five-minute verbal walkthrough
Complete a timed mixed-domain practice set and analyze every missed item by domain
Your checkpoint
A final one-page cheat sheet covering architecture, deployment steps, policy layering, and troubleshooting commands, plus a scored practice-set log with gap notes
Milestones
Week 2: Can explain VSX architecture and the shared-vs-isolated model aloud for five minutes without notes, and has a completed architecture diagram
Week 4: Has a working two-Virtual-System lab with inter-VS routing and NAT, and a deployment runbook validated against it
Week 6: Can trace a packet through VSX end to end and name the command or log view used at each checkpoint
Week 8: Scores at or above 80 percent on a timed mixed-domain practice set and has closed every gap noted in the week-7 fault report