Check Point CCCS study plan
Check Point CCCS · Give each week a clear focus.
8 weeks · About 6 hours per week
Check Point CloudGuard Network Security Deployment in Public Clouds
Map the CloudGuard Network Security deployment workflow end to end for one public cloud: how the security gateway is provisioned, how management connects to it, and which objects the deployment creates in the cloud account.
Explain the difference between a gateway deployed into a cloud VPC/VNet versus a gateway managed from an on-premises Security Management Server, and list the connectivity requirements for each.
Identify the cloud-native constructs CloudGuard depends on (VPC/VNet, subnets, route tables, security groups/NSGs, IAM roles, service accounts) and state what each one is used for during deployment.
Write your own one-page deployment checklist you could hand to a colleague, covering prerequisites, permissions, and post-deployment verification steps.
Your checkpoint
A one-page deployment checklist for a single public cloud plus a labeled diagram of the deployed topology, both saved in your notes.
Check Point CloudGuard Network Security Deployment in Public Clouds
Deploy or walk through (in a lab, trial, or vendor-provided sandbox) a CloudGuard gateway in one public cloud and record every screen and decision point.
Configure the management side so the gateway registers successfully, then verify the gateway shows as connected and policy can be installed.
Test that traffic flows through the gateway by routing a workload subnet to it and confirming inspection occurs, then document how you proved it.
List the five most common deployment failures you can find documented (permissions, routing, image/version mismatch, connectivity, licensing) and the first diagnostic step for each.
Your checkpoint
A troubleshooting table of at least five deployment failure modes with symptom, likely cause, and first diagnostic command or check.
Cloud Network Security Architecture and Traffic Inspection
Describe how traffic is steered to a CloudGuard gateway in each of the main patterns: routed subnet, policy-based routing, and load-balancer or gateway-load-balancer insertion.
Explain asymmetric routing in a cloud environment, why it breaks stateful inspection, and at least two ways to prevent it.
Compare north-south and east-west inspection requirements and state which deployment pattern fits each.
Diagram a multi-tier application (public web tier, private app tier, database tier) with inspection points marked and justify each inspection point.
Your checkpoint
A traffic-flow diagram of a three-tier cloud application showing every inspection point with a one-sentence justification for each.
Cloud Security Fundamentals and Shared Responsibility & Cloud Network Security Architecture and Traffic Inspection
Write out the shared responsibility split for IaaS, PaaS, and SaaS and state precisely which controls remain the customer's in each model.
Map at least six CloudGuard capabilities to the specific shared-responsibility gaps they close, and note where CloudGuard is not the right control.
Explain identity and access management risk in the cloud (over-privileged roles, long-lived keys, cross-account trust) and how network inspection does and does not mitigate it.
Reconcile your week 3 architecture against the shared responsibility model and flag any control you assumed the provider handles but does not.
Your checkpoint
A shared responsibility matrix covering IaaS, PaaS, and SaaS with CloudGuard mapped to each customer-side gap.
CloudGuard Posture Management and Compliance
Explain how CloudGuard Posture Management discovers cloud assets and evaluates them against compliance and security best-practice rulesets.
Describe the anatomy of a posture rule: what it checks, how it is scoped, and how findings are remediated manually versus automatically.
Walk through at least three compliance frameworks relevant to cloud workloads and state what evidence each requires.
Practice reading a posture finding and writing a remediation plan that names the owner, the fix, and the verification step.
Your checkpoint
Three written remediation plans, one per posture finding, each with owner, fix, and verification step.
CloudGuard Posture Management and Compliance & Cloud Workload Protection and Automation
Design a custom posture rule or policy that enforces an organizational standard not covered out of the box, and document its logic.
Explain how workload protection agents are deployed and managed at scale, and what telemetry they produce.
Describe the automation surfaces available (API, CLI, infrastructure-as-code, event-driven response) and pick the one that fits a stated scenario.
Build or script one small automation that reacts to a posture or workload event, even if only against a mock or sandbox.
Your checkpoint
A working or documented automation (script, IaC template, or playbook) that responds to one posture or workload event.
Cloud Security Fundamentals and Shared Responsibility & Check Point CloudGuard Network Security Deployment in Public Clouds & Cloud Network Security Architecture and Traffic Inspection & CloudGuard Posture Management and Compliance & Cloud Workload Protection and Automation
Revisit every domain's notes and convert each into a set of flashcards or short self-quiz questions.
Identify your three weakest areas by self-testing and rebuild those notes from scratch without looking at the originals.
Re-derive the deployment checklist and traffic-flow diagram from memory and compare against your week 1 and week 3 versions.
Practice explaining each domain aloud in under three minutes as if to a colleague.
Your checkpoint
A full set of self-quiz questions across all five domains plus a ranked list of your three weakest areas with a fix plan for each.
Check Point CloudGuard Network Security Deployment in Public Clouds & Cloud Network Security Architecture and Traffic Inspection & CloudGuard Posture Management and Compliance
Take timed practice sets weighted to the heaviest domains and record your score and time per domain.
Review every missed question and write the underlying concept in your own words rather than memorizing the answer.
Re-run the deployment checklist and the traffic-flow reasoning one final time to confirm retention.
Finalize a one-page pre-exam summary sheet you would actually use the morning of the test.
Your checkpoint
A one-page pre-exam summary sheet plus a scored practice log showing improvement over the week.
Milestones
Week 2: You can describe, without notes, the full path from provisioning a CloudGuard gateway to a successful policy install in one public cloud.
Week 4: You can draw a three-tier inspected architecture and correctly assign every control to provider or customer under the shared responsibility model.
Week 6: You can explain a posture finding end to end, from discovery through rule evaluation to automated remediation, and show one automation you built or documented.
Week 8: You score consistently above your target on timed practice sets weighted to domains 2, 3, and 4, and your weakest-area list from week 7 is fully cleared.