CISSP Domain 3 Security Engineering

CISSP – Domain 3 – Security Engineering, available at $19.99, with 66 lectures, 1 quizzes, and has 3 subscribers.

You will learn about Understanding Information Security Concepts in Domain 3 – Security Engineering Using Security Design Principles in The Engineering Lifecycle Understanding Fundamental Concepts of Security Models Exploring Information Systems Security Evaluation Models Ensuring Security Capabilities of Information Systems Discovering Vulnerabilities of Security Architectures Securing Databases Analyzing Vulnerabilities and Threats Applying and Using Cryptography Site Planning Site Planning? Implementing and Operating Facilities Security This course is ideal for individuals who are Network, IT, Server Managers and Security Administrators who want to earn a CISSP Certificate It is particularly useful for Network, IT, Server Managers and Security Administrators who want to earn a CISSP Certificate.

Enroll now: CISSP – Domain 3 – Security Engineering

Summary

Title: CISSP – Domain 3 – Security Engineering

Price: $19.99

Number of Lectures: 66

Number of Quizzes: 1

Number of Published Lectures: 66

Number of Published Quizzes: 1

Number of Curriculum Items: 67

Number of Published Curriculum Objects: 67

Original Price: $34.99

Quality Status: approved

Status: Live

What You Will Learn

Understanding Information Security Concepts in Domain 3 – Security Engineering

Using Security Design Principles in The Engineering Lifecycle

Understanding Fundamental Concepts of Security Models

Exploring Information Systems Security Evaluation Models

Ensuring Security Capabilities of Information Systems

Discovering Vulnerabilities of Security Architectures

Securing Databases

Analyzing Vulnerabilities and Threats

Applying and Using Cryptography

Site Planning

Site Planning? Implementing and Operating Facilities Security

Who Should Attend

Network, IT, Server Managers and Security Administrators who want to earn a CISSP Certificate

Target Audiences

Network, IT, Server Managers and Security Administrators who want to earn a CISSP Certificate

CISSP is the gold standard for security certifications. It covers the breadth of information security’s deep technical and managerial concepts. Learning to effectively design, engineer, and manage the overall security posture of an organization. This course covers Domain 3 – Security Engineering. Engineering is about understanding and designing systems that work. Security is a fundamental part of any well designed system. This domain will help you understand the engineering lifecycle and various models and security components required in data structures and physical facilities. We also learn how cryptography fits in to information security.

With nearly 10,000 training videos available for desktop applications, technical concepts, and business skills that comprise hundreds of courses, Intellezy has many of the videos and courses you and your workforce needs to stay relevant and take your skills to the next level. Our video content is engaging and offers assessments that can be used to test knowledge levels pre and/or post course. Our training content is also frequently refreshed to keep current with changes in the software. This ensures you and your employees get the most up-to-date information and techniques for success. And, because our video development is in-house, we can adapt quickly and create custom content for a more exclusive approach to software and computer system roll-outs.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Using Security Design Principles in The Engineering Lifecycle

Lecture 1: Systems Engineering

Chapter 3: Understanding Fundamental Concepts of Security Models

Lecture 1: Common System Components

Lecture 2: Enterprise Security Architecture

Lecture 3: Common Architecture Frameworks

Lecture 4: Introducing Types of Security Models

Lecture 5: The Bell-LaPadula Confidentiality Model

Lecture 6: The Biba Integrity Model

Lecture 7: The Clark-Wilson Integrity Model

Lecture 8: Other Types of Security Models

Lecture 9: Capturing and Analyzing Requirements

Lecture 10: Creating and Documenting Security Architecture

Chapter 4: Exploring Information Systems Security Evaluation Models

Lecture 1: Common Formal Security Models

Lecture 2: Trusted Computer System Evaluation Criteria

Lecture 3: Information Technology Security Evaluation Criteria

Lecture 4: The Common Criteria

Lecture 5: Industry and International Security Implementation Guidelines

Chapter 5: Ensuring Security Capabilities of Information Systems

Lecture 1: Access Control Mechanisms

Lecture 2: Secure Memory Management

Chapter 6: Discovering Vulnerabilities of Security Architectures

Lecture 1: Systems

Lecture 2: Technology and Process Integration

Lecture 3: Single Point of Failure (SPOF)

Lecture 4: Client-Based Vulnerabilities

Lecture 5: Server-Based Vulnerabilities

Chapter 7: Database Security

Lecture 1: Database Security

Lecture 2: Large Scale Parallel Data Systems

Lecture 3: Distributed Systems

Lecture 4: Rapid Elasticity

Lecture 5: Cryptographic Systems

Lecture 6: Stream-Based Ciphers

Lecture 7: Block Ciphers

Lecture 8: Defining Symmetric Cryptography

Lecture 9: Counter Mode Algorithms

Lecture 10: Defining Asymmetric Cryptography

Lecture 11: Asymmetric Cryptography

Lecture 12: Hashing and Hybrid Cryptography

Chapter 8: Analyzing Vulnerabilities and Threats

Lecture 1: Web Based

Lecture 2: Risks from Remote Computing

Lecture 3: Risks from Mobile Workers

Lecture 4: Embedded Cyber Physical Systems (CPS)

Chapter 9: The Application and Use of Cryptography

Lecture 1: The History of Cryptography

Lecture 2: Emerging Technology

Lecture 3: Core Information Security Principles

Lecture 4: Additional Features of Cryptographic Systems

Lecture 5: The Cryptographic Lifecycle

Lecture 6: Public Key Infrastructure (PKI)

Lecture 7: Key Management Process

Lecture 8: Creation and Distribution of Keys

Lecture 9: Digital Signatures

Lecture 10: Digital Rights Management (DRM)

Lecture 11: Non-Repudiation

Lecture 12: Hashing

Lecture 13: Hash Functions

Lecture 14: Methods of Cryptanalytic Attacks

Chapter 10: Site Planning

Lecture 1: Roadway Design

Lecture 2: Crime Prevention through Environmental Design

Lecture 3: Windows

Lecture 4: Garages

Lecture 5: Location Threats

Chapter 11: Implementing and Operating Facilities Security

Lecture 1: Federal Emergency Management Agency (FEMA) Publications

Lecture 2: Communications and Server Rooms

Lecture 3: Restricted and Work Area Security

Lecture 4: Data Center Security

Chapter 12: Conclusion

Lecture 1: Course Recap

Chapter 13: CISSP – Domain 3 – Security Engineering Assessment

Chapter 14: BONUS LECTURES: Cyber Security for the End User Course

Lecture 1: Understanding Cyber Threats

Lecture 2: Using Email and Internet Wisely

Instructors

Intellezy Trainers
Multi-Award-Winning eLearning Specialists

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Frequently Asked Questions

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