Latest Aug 06, 2026 156-561 Brain Dump A Study Guide with Tips & Tricks for passing Exam [Q73-Q91]

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Latest Aug 06, 2026 156-561 Brain Dump: A Study Guide with Tips & Tricks for passing Exam

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CheckPoint 156-561 Exam Syllabus Topics:

Section	Weight	Objectives
CloudGuard Posture and Workload Protection	8%	– Micro-segmentation and workload security – Compliance assessment: CIS, PCI, HIPAA, NIST, GDPR
CloudGuard Fundamentals and Architecture	20%	– Cloud security concepts and challenges – Network security architectures in public, private and hybrid clouds – CloudGuard product portfolio and use cases
CloudGuard Network Security on Azure	25%	– Deployment and scaling options: VMSS, availability sets – Integration with Azure networking: Virtual WAN, Route Server, ARM templates – Policy management and traffic control in Azure environments
CloudGuard Network Security on AWS	25%	– Traffic inspection, routing and high availability – Integration with AWS services: VPC, Transit Gateway, CloudFormation – Deployment models: standalone, cluster, auto-scaling
CloudGuard Network Security on GCP	10%	– Deployment and integration with GCP VPC and load balancing – Scaling and management in Google Cloud
Cloud Management and Automation	12%	– Automation with Terraform, Ansible, CloudGuard API – Cloud Management Extension (CME) and Smart-1 Cloud – Provisioning, configuration and policy updates at scale

Q73. Which of these operations will delete all inbound and outbound rules in a Security Group?

Region Lock

Full Protect Lock

Rule Lock

Policy Lock

Q74. What are two basic rules Check Point recommends for building an effective policy?

VPN and Admin Rules

Implicit and Explicit Rules

Cleanup and Stealth Rule

Access and Identity Rules

Best Practice – These are basic Access Control rules we recommend for all Rule Bases:
Stealth rule that prevents direct access to the Security Gateway.
Cleanup rule that drops all traffic that is not matched by the earlier rules in the policy.

Q75. Automating CloudGuard Security Gateways involves

Clustering Security Gateways based on Load

Deploying new Security Gateways based on Load

Adding resources to Security Gateways based on Load

Changing Security Policy based on Load

Automating CloudGuard Security Gateways typically involves deploying new Security Gateways based on load to ensure scalability and performance. This automation helps to handle traffic spikes or increasing demand in the cloud environment effectively.

Q76. What is the command to retrieve the status of the Management API?

CLISH> show api status

api status

$FWDIR/scripts/cpm_status.sh -t mapi -s DEBUG

$FWDIR/scripts/api_status.sh

The command $FWDIR/scripts/cpm_status.sh -t mapi -s DEBUG is used to retrieve the status of the Management API. It provides detailed status information related to the Management API, which helps in troubleshooting and understanding the current state of the API on the system.

Q77. What is CloudGuard Controller used for?

Managing autoscaling gateways

Automatic creation of NAT and security policy rules

Controlling access to the cloud

Creating an adaptive policy by importing objects from the cloud

The CloudGuard Controller is primarily used for managing autoscaling gateways in a cloud environment. It enables the automatic scaling of CloudGuard Gateways based on workload requirements, ensuring that the appropriate number of gateways are deployed as demand fluctuates, maintaining optimal performance and security.

Q78. After the cloud acquisition process finishes. Cloud Security Posture Security module secures access to cloud environments by performing controls access to cloud environments by performing the following tasks: Visualizes Security Policies in cloud environments, control access to protected cloud assets with short-term dynamic access leases, and______________.

Automatically Installs Policies

Deploys new management resources

Manages Network Security Groups

Deploys new internal cloud resources

Q79. Which utility allows integration between the Check Point Security Management Server, the CloudGuard Network solution, and the CSPs?

CloudGuard Controller

Elastic Licensing

Maestro

CloudGuard Management Extension

CME is a tool that runs on Check Point’s Security Management Server and Multi-Domain Servers running Gaia OS. CME allows cloud native integration between Check Point CloudGuard IaaS solutions and Cloud platforms.
As a Service that runs on Check Point Management Servers, it continuously monitors CloudGuard IaaS solutions deployed in different cloud vendors and synchronizes them with the Security Management Server.

Q80. Which solution delivers a software platform for public cloud security and compliance orchestration?

CloudGuard Network Public

CloudGuard Network Private

CloudGuard SaaS

Cloud Security Posture Management

Q81. According to best practices what would be the best way to install a Check Point cluster on AWS?

Following the instruction from the relevant Check Point SK

With PowerShell

From AWS Console

From AWS Market Place

Q82. Which log file should an administrator gather to expedite the diagnosis of a CloudGuard Controller issue?

$FWDIR/logs/cloud_proxy.elg

$CPDIR/logs/cloud.elg

$FWDIR/logs/cloud_controller.elg

$DADIR/logs/controller_proxy.elg

Q83. The Cloud Security Blueprint consists of the following elements:

Blue zone, Red zone and Yellow Zone

Standalone and Distributed Gateways

North Hub, South Hub and Spokes

Site-to-Site and Remote Access VPNs

The Cloud Security Blueprint consists of key components like the North Hub, South Hub, and Spokes. These elements define how traffic flows within the cloud network, where:
North Hub handles inbound and customer-facing traffic.
South Hub secures traffic between spoke networks and the on-premises data center.
Spokes house the cloud workloads and are connected to other network components.
This architecture provides a secure, organized way to manage traffic and resources in a cloud environment.

Q84. Virtual Machine Scale Sets are what kind of a scaling solution?

You can use it to increase the amount of Hard Disk space if needed.

You can use it to deploy and manage sets of identical Virtual Machines.

You can use it to increase the amount of RAM if needed.

You can use it to increase or decrease the amount of CPUs as needed.

Virtual Machine Scale Sets (VMSS) in Azure are designed to deploy and manage sets of identical virtual machines. VMSS enables automatic scaling of the number of VM instances based on demand. This allows you to manage large numbers of VMs efficiently and ensures that your applications have enough resources to handle traffic without manual intervention.

Q85. What makes up a Hybrid Data Center Deployment?

Some components of the data center reside in an organization’s on-premises data center, and some are housed by a Cloud Service Provider in their Cloud-based data center.

This is a single-cloud environment in which some resources need the authorization via the local Active Directory Domain Controller and some other resources via the AWS Active Directory.

This is a multi-cloud environment in which some workloads are run in an Amazon AWS Cloud and others in a cloud of another CSP, such as Microsoft Azure or Google Cloud.

This is a deployment in which data can be stored in the AWS’s BLOB storage and the corresponding Meta data in the file server located in the organization’s on-premises data center.

Q86. Which is not a cloud component?

Marketplace

Identity and Access Management

Compute

VLAN

Q87. According to best practices what would be the best way to install a Check Point cluster on AWS?

Following the instruction from the relevant Check Point SK

With PowerShell

From AWS Console

From AWS Market Place

Q88. What does the Adaptive Security Policy involve to import the Data Center Objects?

CloudGuard API

CloudGuard Controller

CloudGuard Access Control

CloudGuard Gateway

Q89. Which is not an advantage of the Hub and Spoke Architecture Model?

Automation

Network Segmentation

Complexity

Borderless

Q90. Which of the following is a common limitation of cloud platforms?

Network address translations

Custom Route Tables

Identity and Access Management

Packet Forwarding

Q91. What mechanism is used in the Cloud during a ClusterXL fail-over scenario?

The Router Discovery protocol will be used to propagate the new route after a failover scenario.

Cloud clusters perform failovers by making API calls to the CSP.

The Neighbor Discovery protocol will be used to propagate the new cluster node to be forwarded the packets to.

The Gratuitous ARP mechanism will be used to change the MAC address entry in the ARP cache of the router.

In cloud environments, particularly when using IPv6, Neighbor Discovery Protocol (NDP) is used during a ClusterXL failover scenario to propagate the new cluster node. NDP helps in updating the network to reflect the new node and ensures that traffic is correctly forwarded to the active node in the cluster. Unlike traditional on-premises environments that use Gratuitous ARP (GARP), cloud environments typically rely on NDP for handling failovers in IPv6 networks.

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Latest Aug 06, 2026 156-561 Brain Dump A Study Guide with Tips & Tricks for passing Exam [Q73-Q91]

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