COURSE DESSCRIPTION

Courses

Intro To Cybersecurity is the protection of Internet-connected systems, including hardware, software, and data from cyber attacks. It is made up of two words one is cyber and other is security.

Cryptography, at its most fundamental level, requires two steps: encryption and decryption. The encryption process uses a cipher in order to encrypt plaintext and turn it into ciphertext.
Cryptography is an indispensable tool for protecting information in computer systems. In this course you will learn the inner workings of cryptographic systems.

Network security+ is one of the most important computer science issues today. About this course You will learn the principles and concepts of wired and wireless data network security. The course also examines malware, social engineering attacks, operating system holes, web security, privacy and e-mail hacking.

End Point Security covers security software and hardware products related to endpoint security in on-premise hardware including workstations and servers as well as in virtualized endpoint and edge computing. This course is about basics in Endpoint Security. In it, you will learn why endpoint security today is of such importance and basic terminology used in this field.

Vulnerability Analysis activities like vulnerability scanning, research, analysis, and reporting. Provide insight into establishing or enhancing the vulnerability management process in the organization. Integrate advisories and s into your security practices and procedures.. In this course, you learn to configure -amp; use scanners to detect -amp; respond to vulnerabilities that put your organization at risk.

Kali Linux is a Debian-based Linux distribution aimed at advanced Penetration Testing and Security Auditing. Kali contains several hundred tools which are geared towards various information security tasks, such as Penetration Testing, Security research, Computer Forensics and Reverse Engineering.

Application Security help secure software applications that are developed and offered by organization as software services for internal employees or for the customers. ... However, beyond the methodologies and tools, it is important to have a culture of security and develop an attacker's mind-set.

Microsoft Azure Cloud Security can become complex and the stakes are high. This course provides Azure IT operators, developers, and architects with the skills they need to deploy Azure Solutions competently and confidently according to Microsoft Security Best Practices and Patterns.

Red Team - when used in a computer security context, a red team is a group of white-hat hackers that attack an organization's digital infrastructure as an attacker would in order to test the organization's defenses (often known as "penetration testing").

Managing Identity - this identity and access management course will teach you to strengthen your organization's security and simplify access to critical resources by implementing the appropriate Identity Management (IDM) and Identity Access Management (IAM) strategies.

Lateral Movement refers to the techniques cyber attackers, or "threat actors", use to progressively move through a network as they search for the key data and assets that are ultimately the target of their attack campaigns. In this course, you'll gain the ability to quickly and reliably detect lateral movement in the network which is one of the most important skills in information security today: the lateral movement attack phase represents the biggest difference between targeted and strategic attacks and a simplistic hit-and-run attack.

Hardening Of Windows Server 2016 - Windows Server 2016 is not as secure "out of the box" as most organizations require. This course explains how to beef up security using encryption, updates, software restrictions, credential management, and security baselines.

CERTIFIED INFORMATION SYSTEMS SECURITY PROFESSIONAL (CISSP)

Course Summary

This course is designed for information security professionals with deep technical and managerial knowledge and experience to effectively design, engineer, and manage the overall security posture of an organization. This interactive online self-paced training provides a comprehensive review of information systems security concepts and industry best practices, covering the following eight domains of the CISSP Common Body of Knowledge (CBK^®):

The 8 CISSP domains

The CISSP^® (Certified Information Systems Security Professional) qualification is one of the most respected certifications in the information security industry, demonstrating advanced knowledge of cybersecurity.

We recently discussed the benefits of becoming a CISSP. Now, we turn our attention to the structure of the qualification itself and the domains within it.

(ISC)², which developed and maintains the CISSP qualification, updated the structure of the certificate in 2015, moving from ten domains to eight.

We’ll begin by listing the eight domains, and then go on to explain each one in more detail.

Who Earns the CISSP?

The CISSP is ideal for experienced security practitioners, managers and executives interested in proving their knowledge across a wide array of security practices and principles, including those in the following positions:

• Chief Information Security Officer
• Chief Information Officer
• Director of Security
• IT Director/Manager
• Security Systems Engineer
• Security Analyst
• Security Manager

• Security Auditor
• Security Architect
• Security Consultant
• Network Architect

What are the 8 CISSP domains?

1. Security and Risk Management
2. Asset Security
3. Security Architecture and Engineering
4. Communications and Network Security
5. Identity and Access Management
6. Security Assessment and Testing
7. Security Operations
8. Software Development Security

Our CISSP exam preparation course covers these eight domains in-depth.

1) Security and Risk Management

Security and Risk Management comprises about 15% of the CISSP exam.

This is the largest domain in CISSP, providing a comprehensive overview of the things you need to know about information systems management. It covers:

• The confidentiality, integrity and availability of information;
• Security governance principles;
• Compliance requirements;
• Legal and regulatory issues relating to information security;
• IT policies and procedures; and
• Risk-based management concepts.

2) Asset Security

Asset Security comprises about 10% of the CISSP exam.

This domain addresses the physical requirements of information security. It covers:

• The classification and ownership of information and assets;
• Privacy;
• Retention periods;
• Data security controls; and
• Handling requirements.

3) Security Architecture and Engineering

Security Engineering comprises about 13% of the CISSP exam.

This domain covers several important information security concepts, including:

• Engineering processes using secure design principles;
• Fundamental concepts of security models;
• Security capabilities of information systems;
• Assessing and mitigating vulnerabilities in systems;
• Cryptography; and
• Designing and implementing physical security.

4) Communications and Network Security

Communications and Network Security comprises about 14% of the CISSP exam.

This domain covers the design and protection of an organization’s networks. This includes:

• Secure design principles for network architecture;
• Secure network components; and
• Secure communication channels.

5) Identity and Access Management

Identity and Access Management comprises about 13% of the CISSP exam.

This domain helps information security professionals understand how to control the way users can access data. It covers:

• Physical and logical access to assets;
• Identification and authentication;
• Integrating identity as a service and third-party identity services;
• Authorization mechanisms; and
• The identity and access provisioning lifecycle.

6) Security Assessment and Testing

Security Assessment and Testing comprises about 12% of the CISSP exam.

This domain focuses on the design, performance and analysis of security testing. It includes:

• Designing and validating assessment and test strategies;
• Security control testing;
• Collecting security process data;
• Test outputs; and
• Internal and third-party security audits.

7) Security Operations

Security Operations comprises about 13% of the CISSP exam.

This domain addresses the way plans are put into action. It covers:

• Understanding and supporting investigations;
• Requirements for investigation types;
• Logging and monitoring activities;
• Securing the provision of resources;
• Foundational security operations concepts;
• Applying resource protection techniques;
• Incident management;
• Disaster recovery;
• Managing physical security; and
• Business continuity.

8) Software Development Security

Software Development Security comprises about 10% of the CISSP exam.

This domain helps professionals to understand, apply and enforce software security. It covers:

• Security in the software development life cycle;
• Security controls in development environments;
• The effectiveness of software security; and
• Secure coding guidelines and standards.

CISSP training and revision materials

Those who sit the CISSP CBK (Common Body of Knowledge) exam will be tested on each of the eight domains.

The exam consists of 100­­–150 multiple-choice questions and lasts three hours. The pass grade is 70%.

Anyone preparing for that exam should read the official CISSP study guide. Those who are really serious about studying should also enroll on our CISSP Accelerated Training Program.

This course covers the CISSP qualification intensively and comprehensively and is delivered in five days, maximizing effectiveness and reducing the amount of time you have to spend away from the office.

Penetration Testing skills make you a more marketable IT tech. Understanding how to exploit servers, networks, and applications means that you will also be able to better prevent malicious exploitation.