Check Point R80 – Certification Prep

In this course (Check Point – Certification Prep Check Point R80) you will gain an understanding of the basic concepts and skills necessary to configure Check Point Security Gateway and Management Software Blades. You will also learn how to configure a Security Policy and learn about managing and monitoring a secure network, upgrading and configuring a Security Gateway and implementing a virtual private network. This course also covers topics such as how to effectively build, modify, deploy and troubleshoot Check Point Security systems. You will study firewall processes and take a close look at user and kernel processing and Stateful Inspection. Labs include configuring security gateways, implementing VPNs, and performing advanced troubleshooting tasks on the firewall.

Check Point R80 – Certification Prep is a focused training program designed to help security professionals develop the knowledge and practical understanding required to work with Check Point Security Management architecture and prepare for a Check Point certification exam. The course is particularly relevant for network and security administrators who are responsible for implementing, configuring, monitoring, and troubleshooting Check Point security solutions in enterprise environments.

Modern organizations depend on network security platforms capable of protecting users, applications, devices, and data across increasingly complex infrastructures. Firewalls remain an important part of this security architecture, but effective firewall administration requires much more than creating basic access-control rules. Security administrators must understand how policies are designed and managed, how security gateways interact with management servers, how traffic is inspected, how objects and services are defined, and how security events are monitored and investigated. Check Point’s R80 architecture provides a framework for managing these activities through a centralized security management approach.

A central concept in the course is the Check Point Security Management architecture. Participants develop an understanding of the relationship between the Security Management Server and Security Gateways and how centralized management allows security policies and configuration information to be administered across an organization. This architecture is important because it separates management functions from the enforcement functions performed by the gateways, providing a structured way to control security infrastructure.

The course introduces the main components used in Check Point environments and explains how they interact. Security Gateways enforce security policies and inspect network traffic, while management components provide centralized administration and policy management. Understanding these roles is fundamental for administrators because many operational problems can be traced to configuration, communication, policy installation, or synchronization issues between management and enforcement components.

Security policy management represents one of the most important areas of Check Point administration. Participants learn how security rules are structured and how network objects, services, users, applications, and other elements can be incorporated into policies. A well-designed policy must balance security requirements with operational needs, while maintaining clarity and making future administration easier.

Check Point R80 introduced a number of important changes compared with earlier generations of the platform, including a more unified management architecture and the use of a unified policy approach. Understanding these concepts helps administrators work effectively with modern Check Point environments and provides the foundation required for further security management tasks.

Network objects are another fundamental part of the training. Administrators need to understand how hosts, networks, address ranges, groups, services, and other objects are represented in the management database and how these objects are referenced by security rules. Effective object management reduces configuration duplication and makes policies easier to understand and maintain.

The course also addresses Network Address Translation, an important function in enterprise firewall environments. Participants learn how NAT can be used to translate addresses between internal and external networks and how translation rules interact with security policies and network traffic. Understanding NAT is particularly important when troubleshooting connectivity problems because a connection may be affected by both security policy and address translation.

Application and user awareness are also important elements of modern firewall security. Rather than relying exclusively on IP addresses and ports, contemporary security platforms can identify applications, users, and other contextual information. This allows organizations to create more granular policies and apply controls based on business requirements and security risk.

Check Point security solutions also provide multiple layers of protection beyond traditional stateful firewall functionality. Depending on the licensed capabilities and deployment, administrators may work with intrusion prevention, antivirus, anti-bot, application control, URL filtering, identity awareness, and other security capabilities. The training helps establish the conceptual foundation needed to understand how these protections can be incorporated into an overall security policy.

Logging and monitoring are essential to the daily responsibilities of a security administrator. A firewall that blocks malicious traffic but provides insufficient visibility can make investigation and troubleshooting difficult. Check Point environments provide centralized mechanisms for collecting and analyzing security events, allowing administrators to examine connections, blocked traffic, policy matches, and other security-relevant information.

Log analysis is particularly valuable when investigating unexpected behavior. When users cannot access an application, when traffic is unexpectedly blocked, or when suspicious activity is detected, administrators need to determine what the gateway observed and which policy or security mechanism influenced the traffic. Developing the ability to interpret logs therefore becomes an important operational skill.

Troubleshooting is another major component of effective Check Point administration. Problems may originate from incorrect policy rules, routing, NAT, object definitions, gateway configuration, management connectivity, or other infrastructure components. A structured troubleshooting methodology allows administrators to isolate the source of a problem rather than making uncontrolled configuration changes.

The training also supports understanding of policy installation and deployment. Changes made in the management environment generally need to be distributed to the relevant Security Gateways before they become effective. Administrators must therefore understand the policy lifecycle, verify that the correct policy has been installed, and recognize situations in which policy installation may fail or produce unexpected results.

High availability and gateway redundancy are important considerations in enterprise security architectures. Organizations often require security gateways to continue protecting traffic even when an individual component experiences a failure. Understanding the basic principles behind redundant gateway configurations helps administrators recognize how availability requirements influence security infrastructure design and operational procedures.

Identity and access management also contribute to the security administrator’s responsibilities. Security policies increasingly need to distinguish between users and groups rather than relying only on network addresses. Identity-aware security can provide additional context for access decisions and can support more precise enforcement of organizational policies.

The certification preparation aspect of the course adds another dimension to the learning experience. Rather than focusing only on isolated product features, participants need to understand how different Check Point components and concepts relate to one another. Certification preparation can help reinforce terminology, architecture, configuration principles, security policy concepts, monitoring, and troubleshooting.

The course is therefore suitable for professionals who already have some networking or security experience and want to formalize their knowledge of Check Point technologies. It can be particularly valuable for security administrators, network administrators, system engineers, security engineers, and technical professionals responsible for maintaining enterprise firewall environments.

Hands-on experience is especially valuable when preparing for a Check Point certification. Security management concepts are easier to understand when administrators can work through realistic scenarios involving policy creation, object configuration, NAT, traffic inspection, logging, and troubleshooting. Practical exercises also help bridge the gap between knowing individual commands or configuration options and understanding how they operate together within a production-oriented security architecture.

Another important benefit of the training is the development of a structured approach to firewall administration. Enterprise security policies can become complex as organizations add new applications, users, networks, cloud environments, remote-access requirements, and compliance controls. Administrators therefore need not only technical knowledge but also the ability to organize configurations logically, maintain clear policies, investigate events efficiently, and minimize unnecessary security exposure.

Check Point R80 – Certification Prep can consequently serve as both a certification-oriented course and a foundation for broader professional development in network security. The knowledge gained can support further specialization in areas such as advanced firewall administration, security architecture, threat prevention, VPN technologies, network monitoring, and security operations.

This course is aimed at System Administrators, Support Analysts, Security Managers, Network Engineers, Anyone seeking CCSA and CCSE certification.

Upon completion you will know how to:

– Interpret the concept of a Firewall and understand the mechanisms used for controlling network traffic.
– Describe the key elements of Check Point’s unified Security Management Architecture.
– Recognize SmartConsole features, functions and tools.
– Understand Check Point deployment options.
– Describe the basic functions of Gaia.
– Describe the essential elements of a Security Policy.
– Understand how traffic inspection takes place in a unified Security Policy.
– Summarize how administration roles and permissions assist in managing policy.
– Recall how to implement backup techniques.
– Understand the Check Point policy layer concept.
– Recognize Check Point security solutions and products and how they work to protect your network.
– Understand licensing and contract requirements for Check Point security products.
– Identify tools designed to monitor data, determine threats and recognize performance improvements.
– Identify tools designed to respond quickly and efficiently to changes in gateways, tunnels, remote users, traffic flow patterns, and other activities.
– Understand Site-to-Site and Remote Access VPN deployments and communities.
– Understand how to analyze and interpret VPN traffic.
– Recognize how to define users and user groups.
– Understand how to manage user access for internal and external users.
– Understand the basic concepts of ClusterXL technology and its advantages.
– Understand how to perform periodic administrator tasks as specified in administrator job descriptions.

CCSE Topics

– Identify advanced CLI commands.
– Understand system management procedures, including how to perform system upgrades and apply patches and hotfixes.
– Describe the Check Point Firewall infrastructure.
– Describe advanced methods of gathering important gateway data using CPView and CPInfo.
– Recognize how Check Point’s flexible API architecture supports automation and orchestration.
– Discuss advanced ClusterXL functions.
– Describe VRRP network redundancy advantages.
– Undersand how SecureXL acceleration technology is used to enhance and improve performance.
– Understand how CoreXL acceleration technology is used to enhance and improve performance.
– Identify the SmartEvent components that store network activity logs and identify events.
– Discuss the SmartEvent process that determines which network activities may lead to security issues.
– Understand how SmartEvent can assist in detecting, remediating, and preventing security threats.
– Discuss the Mobile Access Software Blace and how it secures communication and data.
– Understand Mobile Access deployment options.
– Recognize Check Point Remote Access solutions.
– Discuss Check Point Capsule components and how they protect mobile devices and business documents.
– Discuss diferent Check Point Solutions for attacks such as zero-day and Advanced Persistent Threats.
– Understand how SandBlast, Threat Emulation, and Threat Extraction prevent security incidents.
– Identify how Check Point Mobile Threat Prevention can help protect data accessed on company-issued smartphones and tablets.

Students need to have general knowledge of TCP/IP, and working knowledge of Windows, UNIX, network technology and the internet