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Rustam Panov
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How to Build Dependable Distributed Systems: A Free Ebook on Security Engineering


Free Download Ebook Computer Security Engineering: A Guide for Beginners




Are you interested in learning how to protect computer systems from cyberattacks? Do you want to know how to design, implement, and maintain secure software and hardware? Do you want to discover the best resources to learn computer security engineering for free?




free download ebook computer security engineering


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If you answered yes to any of these questions, then this article is for you. In this article, you will learn:



  • What is computer security engineering and what are its main aspects?



  • Why you need to learn computer security engineering and what are the opportunities and benefits it offers?



  • How to learn computer security engineering through online courses, books, ebooks, blogs, and podcasts?



  • Where to find free download ebook computer security engineering that will help you master the subject?



By the end of this article, you will have a clear idea of how to start your journey in computer security engineering and where to find the best ebooks to download for free. So, let's get started!


What is Computer Security Engineering?




Computer security engineering is a branch of computer science that deals with the design, development, testing, evaluation, and maintenance of secure computer systems. It covers both software security and hardware security aspects of computer systems.


Definition and Scope




According to the IEEE Computer Society, computer security engineering is defined as:



"The application of sound engineering principles and practices to the analysis, specification, design, development, certification, integration, performance evaluation, configuration management, operation, maintenance, and retirement of trustworthy systems."


The scope of computer security engineering includes:



  • Security requirements analysis and specification



  • Security architecture and design



  • Security coding and testing



  • Security verification and validation



  • Security certification and accreditation



  • Security risk assessment and management



  • Security incident response and recovery



  • Security auditing and monitoring



  • Security education and training



  • Security standards and best practices



Goals and Principles




The main goals of computer security engineering are:



  • To ensure the confidentiality, integrity, availability, authenticity, non-repudiation, accountability, and privacy of information and resources in computer systems.



  • To prevent unauthorized access, use, modification, disclosure, destruction, or disruption of computer systems.



  • To detect and respond to security breaches and incidents in computer systems.



  • To recover from security failures and restore normal operations in computer systems.



The main principles of computer security engineering are:



  • Defense in depth: applying multiple layers of security controls and mechanisms to protect computer systems.



  • Least privilege: granting the minimum amount of access and permissions necessary for users and processes to perform their tasks in computer systems.



  • Separation of duties: dividing critical tasks and responsibilities among different users and roles to prevent conflicts of interest and collusion in computer systems.



  • Fail-safe defaults: denying access and operations by default unless explicitly authorized in computer systems.



  • Economy of mechanism: keeping the design and implementation of security mechanisms as simple and minimal as possible to reduce complexity and errors in computer systems.



  • Open design: making the design and implementation of security mechanisms transparent and verifiable to increase trust and confidence in computer systems.



  • Psychological acceptability: making the use of security mechanisms convenient and user-friendly to encourage compliance and adoption in computer systems.



Challenges and Trends




Some of the current challenges and trends in computer security engineering are:



  • Cyber threats: the increasing frequency, sophistication, and impact of cyberattacks from various sources, such as hackers, criminals, terrorists, state actors, insiders, etc.



  • Cyber resilience: the ability to withstand, adapt, and recover from cyberattacks while maintaining essential functions and services in computer systems.



  • Cyber hygiene: the practice of following basic security rules and habits to reduce vulnerabilities and risks in computer systems.



  • Cyber ethics: the study of moral values and principles that guide the behavior and decisions of individuals and organizations in cyberspace.



  • Cyber law: the legal framework and regulations that govern the rights, obligations, and responsibilities of individuals and organizations in cyberspace.



  • Cyber innovation: the development and application of new technologies, methods, and solutions to enhance the security and performance of computer systems.



Why You Need to Learn Computer Security Engineering?




Learning computer security engineering can provide you with many benefits, such as:


Career Opportunities and Demand




Computer security engineering is one of the most sought-after and rewarding careers in the IT industry. According to the U.S. Bureau of Labor Statistics, the employment of information security analysts is projected to grow 31 percent from 2019 to 2029, much faster than the average for all occupations. The median annual wage for information security analysts was $103,590 in May 2020.


There are various roles and positions that you can pursue as a computer security engineer, such as:



  • Security analyst



  • Security engineer



  • Security architect



  • Security consultant



  • Security auditor



  • Security manager



  • Security director



  • Security officer



You can also work in different sectors and industries that require computer security engineering expertise, such as:



  • Government



  • Military



  • Finance



  • Healthcare



  • Retail



  • E-commerce



  • Education



  • Telecommunication



  • Entertainment



  • Gaming



Skills and Certifications




Learning computer security engineering can help you develop various skills that are essential for your professional growth and development, such as:



  • Analytical skills: the ability to identify, assess, and solve complex problems related to computer security.



  • Technical skills: the ability to use various tools, techniques, and technologies related to computer security.



  • Creative skills: the ability to design, develop, and implement innovative solutions related to computer security.



  • Communication skills: the ability to communicate effectively with different stakeholders, such as users, clients, managers, colleagues, etc., related to computer security.



  • Teamwork skills: the ability to collaborate and cooperate with others in a diverse and dynamic environment related to computer security.



  • Lifelong learning skills: the ability to keep up with the latest trends, developments, and best practices related to computer security.



Besides these skills, you can also obtain various certifications that can validate your knowledge and competence in computer security engineering, such as:



  • Certified Information Systems Security Professional (CISSP)



a renowned cryptographer and security expert. The blog covers various topics and issues related to computer security engineering, such as cryptography, security engineering, security policies, security economics, security psychology, etc. The blog also features essays, books, articles, and links to help you learn more.


Where to Find Free Download Ebook Computer Security Engineering?




One of the best ways to learn computer security engineering is through ebooks. Ebooks can provide you with convenient and accessible learning materials that you can download and read on your devices. Ebooks can also save you time and money as you don't have to buy or borrow physical books.


However, not all ebooks are created equal. Some ebooks may be outdated, inaccurate, incomplete, or illegitimate. Therefore, you need to be careful and selective when choosing ebooks to download for free.


Criteria for Choosing a Good Ebook




Here are some criteria that you can use to choose a good ebook on computer security engineering:



  • Relevance: The ebook should match your learning goals and interests. It should cover the topics and aspects of computer security engineering that you want to learn.



  • Quality: The ebook should be well-written, well-structured, well-edited, and well-formatted. It should have clear and concise language, logical and coherent flow, accurate and reliable information, and consistent and appropriate style.



  • Authority: The ebook should be authored or endorsed by credible and reputable sources, such as experts, scholars, professionals, or organizations in the field of computer security engineering.



  • Currency: The ebook should be up-to-date and reflect the latest trends, developments, and best practices in computer security engineering.



  • Legality: The ebook should be legally available and free to download. It should respect the intellectual property rights and privacy rights of the authors and publishers.



Top 5 Ebooks for Computer Security Engineering




Based on these criteria, here are some of the top ebooks that you can download for free on computer security engineering:


1. Information Security Lecture Notes by Sumitra Kisan and D Chandrasekhar Rao




database security, etc. The ebook also provides examples, exercises, and references to help you learn more.


You can download this ebook for free from the NPTEL website: https://nptel.ac.in/courses/106/106/106106145/


2. Computer Security: Principles and Practice by William Stallings and Lawrie Brown




This ebook is a comprehensive and up-to-date guide to computer security engineering. It covers all the core topics and concepts in computer security engineering, such as cryptography, access control, network security, software security, malware, cloud security, etc. It also provides practical examples, case studies, exercises, and projects to help you apply your learning.


You can download this ebook for free from the Google Books website: https://books.google.com/books/about/Computer_Security_Principles_and_Practic.html?id=OdipBwAAQBAJ


3. Cyber Security by Malla Reddy College of Engineering and Technology




This ebook is an introductory textbook on cyber security from the Malla Reddy College of Engineering and Technology (MRCET), a reputed engineering college in India. The ebook covers various topics and issues in cyber security, such as cyber threats, cyber attacks, cyber laws, cyber ethics, cyber hygiene, cyber resilience, cyber innovation, etc. The ebook also provides diagrams, tables, charts, and references to help you learn more.


You can download this ebook for free from the MRCET website: http://mrcet.com/downloads/digital_notes/CSE/Cyber%20Security.pdf


4. Cyber Security Planning Guide by Federal Communications Commission




resources, and links to help you learn more.


You can download this ebook for free from the FCC website: https://www.fcc.gov/cyberplanner


5. Computer Security in the Real World by Butler W Lampson




This ebook is a classic and influential paper on computer security engineering by Butler W Lampson, a renowned computer scientist and security expert. The paper covers various topics and issues in computer security engineering, such as security models, security policies, security mechanisms, security systems, security applications, etc. The paper also provides real-world examples, anecdotes, and insights from the author's experience as a security engineer.


You can download this ebook for free from the Microsoft Research website: https://www.microsoft.com/en-us/research/wp-content/uploads/2016/02/SecurityInTheRealWorld.pdf


Conclusion




In this article, you have learned:



  • What is computer security engineering and what are its main aspects?



  • Why you need to learn computer security engineering and what are the opportunities and benefits it offers?



  • How to learn computer security engineering through online courses, books, ebooks, blogs, and podcasts?



  • Where to find free download ebook computer security engineering that will help you master the subject?



We hope that this article has inspired you to start or continue your learning journey in computer security engineering. Computer security engineering is a fascinating and rewarding field that can help you protect yourself and others from cyberattacks and cybercrimes. It can also help you advance your career and contribute to the society and the world.


So, what are you waiting for? Download one of the ebooks we recommended and start learning today!


FAQs




Here are some frequently asked questions and answers related to computer security engineering:


Q1: What is the difference between computer security engineering and cybersecurity?




social, ethical, legal, and policy aspects of protecting and defending cyberspace.


Q2: What are some of the common tools and techniques used in computer security engineering?




A2: Some of the common tools and techniques used in computer security engineering are:



  • Cryptography: the science and art of securing information and communication using mathematical techniques, such as encryption, decryption, hashing, digital signatures, etc.



  • Firewalls: the devices or software that control the flow of network traffic based on predefined rules and policies.



  • Antivirus: the software that detects and removes malicious programs, such as viruses, worms, trojans, etc., from computer systems.



  • VPN: the virtual private network that creates a secure and encrypted connection between two or more devices over a public network, such as the Internet.



  • IDS: the intrusion detection system that monitors and analyzes network traffic for signs of malicious activities or attacks.



  • IPS: the intrusion prevention system that blocks or prevents malicious activities or attacks detected by an IDS.



  • Honeypots: the decoy systems that attract and trap attackers by mimicking real systems or services.



  • Penetration testing: the process of simulating and evaluating the security of a computer system or network by exploiting its vulnerabilities.



Q3: What are some of the best practices for computer security engineering?




A3: Some of the best practices for computer security engineering are:



  • Perform a security risk assessment to identify and prioritize the threats and vulnerabilities in your computer system or network.



  • Implement security controls and mechanisms to mitigate or eliminate the risks identified in your security risk assessment.



  • Monitor and audit your computer system or network for any security breaches or incidents.



  • Respond and recover from any security breaches or incidents in a timely and effective manner.



  • Update and patch your computer system or network regularly to fix any security flaws or bugs.



  • Backup your data and information regularly to prevent any data loss or corruption.



  • Educate and train yourself and others on computer security engineering concepts, skills, and best practices.



Q4: What are some of the challenges and limitations of computer security engineering?




A4: Some of the challenges and limitations of computer security engineering are:



  • Complexity: Computer systems and networks are becoming more complex and interconnected, making them more difficult to secure and manage.



  • Diversity: Computer systems and networks are composed of diverse components and technologies, making them more vulnerable to compatibility and interoperability issues.



  • Dynamism: Computer systems and networks are constantly changing and evolving, making them more susceptible to new threats and attacks.



  • Human factor: Computer systems and networks are dependent on human users and operators, making them more prone to human errors and negligence.



and other factors, such as performance, usability, cost, etc.


Q5: What are some of the resources and references for computer security engineering?




A5: Some of the resources and references for computer security engineering are:



  • The IEEE Computer Society: The IEEE Computer Society is the world's leading organization for computer professionals. It provides various resources and services related to computer security engineering, such as publications, conferences, standards, certifications, etc.



  • The ACM Special Interest Group on Security, Audit and Control (SIGSAC): The ACM SIGSAC is a group of researchers and practitioners who are interested in computer security engineering. It organizes various activities and events related to computer security engineering, such as journals, symposia, workshops, awards, etc.



  • The National Institute of Standards and Technology (NIST): The NIST is a federal agency that develops and promotes standards and guidelines for various fields, including computer security engineering. It publishes various documents and resources related to computer security engineering, such as the NIST Cybersecurity Framework, the NIST Special Publications, the NIST Computer Security Resource Center, etc.



  • The SANS Institute: The SANS Institute is a private organization that provides training and education on various aspects of computer security engineering. It offers various courses, certifications, webinars, newsletters, blogs, podcasts, etc., related to computer security engineering.



  • The OWASP Foundation: The OWASP Foundation is a non-profit organization that focuses on improving the security of software. It produces various projects and resources related to software security engineering, such as the OWASP Top 10, the OWASP Cheat Sheets, the OWASP Testing Guide, etc.



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