Practical Vulnerability Management shows you how to weed out system security weaknesses and squash cyber threats in their tracks. Bugs: they're everywhere. Software, firmware, hardware -- they all have them. Bugs even live in the cloud. And when one of these bugs is leveraged to wreak havoc or steal sensitive information, a company's prized technology assets suddenly become serious liabilities. Fortunately, exploitable security weaknesses are entirely preventable; you just have to find them before the bad guys do. Practical Vulnerability Management will help you achieve this goal on a budget, with a proactive process for detecting bugs and squashing the threat they pose. The book starts by introducing the practice of vulnerability management, its tools and components, and detailing the ways it improves an enterprise's overall security posture. Then it's time to get your hands dirty! As the content shifts from conceptual to practical, you're guided through creating a vulnerability-management system from the ground up, using open-source software. Along the way, you'll learn how to: • Generate accurate and usable vulnerability intelligence • Scan your networked systems to identify and assess bugs and vulnerabilities • Prioritize and respond to various security risks • Automate scans, data analysis, reporting, and other repetitive tasks • Customize the provided scripts to adapt them to your own needs Playing whack-a-bug won't cut it against today's advanced adversaries. Use this book to set up, maintain, and enhance an effective vulnerability management system, and ensure your organization is always a step ahead of hacks and attacks.

The Industry Standard, Vendor-Neutral Guide to Managing SOCs and Delivering SOC Services This completely new, vendor-neutral guide brings together all the knowledge you need to build, maintain, and operate a modern Security Operations Center (SOC) and deliver security services as efficiently and cost-effectively as possible. Leading security architect Joseph Muniz helps you assess current capabilities, align your SOC to your business, and plan a new SOC or evolve an existing one. He covers people, process, and technology; explores each key service handled by mature SOCs; and offers expert guidance for managing risk, vulnerabilities, and compliance. Throughout, hands-on examples show how advanced red and blue teams execute and defend against real-world exploits using tools like Kali Linux and Ansible. Muniz concludes by previewing the future of SOCs, including Secure Access Service Edge (SASE) cloud technologies and increasingly sophisticated automation. This guide will be indispensable for everyone responsible for delivering security services—managers and cybersecurity professionals alike. * Address core business and operational requirements, including sponsorship, management, policies, procedures, workspaces, staffing, and technology * Identify, recruit, interview, onboard, and grow an outstanding SOC team * Thoughtfully decide what to outsource and what to insource * Collect, centralize, and use both internal data and external threat intelligence * Quickly and efficiently hunt threats, respond to incidents, and investigate artifacts * Reduce future risk by improving incident recovery and vulnerability management * Apply orchestration and automation effectively, without just throwing money at them * Position yourself today for emerging SOC technologies

As long as humans write software, the key to successful software security is making the software development program process more efficient and effective. Although the approach of this textbook includes people, process, and technology approaches to software security, Practical Core Software Security: A Reference Framework stresses the people element of software security, which is still the most important part to manage as software is developed, controlled, and exploited by humans. The text outlines a step-by-step process for software security that is relevant to today’s technical, operational, business, and development environments. It focuses on what humans can do to control and manage a secure software development process using best practices and metrics. Although security issues will always exist, students learn how to maximize an organization’s ability to minimize vulnerabilities in software products before they are released or deployed by building security into the development process. The authors have worked with Fortune 500 companies and have often seen examples of the breakdown of security development lifecycle (SDL) practices. The text takes an experience-based approach to apply components of the best available SDL models in dealing with the problems described above. Software security best practices, an SDL model, and framework are presented in this book. Starting with an overview of the SDL, the text outlines a model for mapping SDL best practices to the software development life cycle (SDLC). It explains how to use this model to build and manage a mature SDL program. Exercises and an in-depth case study aid students in mastering the SDL model. Professionals skilled in secure software development and related tasks are in tremendous demand today. The industry continues to experience exponential demand that should continue to grow for the foreseeable future. This book can benefit professionals as much as students. As they integrate the book’s ideas into their software security practices, their value increases to their organizations, management teams, community, and industry.

Certified Ethical Hacker v10 Exam 312-50 Latest v10. This updated version includes three major enhancement, New modules added to cover complete CEHv10 blueprint. Book scrutinized to rectify grammar, punctuation, spelling and vocabulary errors. Added 150+ Exam Practice Questions to help you in the exam. CEHv10 Update CEH v10 covers new modules for the security of IoT devices, vulnerability analysis, focus on emerging attack vectors on the cloud, artificial intelligence, and machine learning including a complete malware analysis process. Our CEH workbook delivers a deep understanding of applications of the vulnerability analysis in a real-world environment. Information security is always a great challenge for networks and systems. Data breach statistics estimated millions of records stolen every day which evolved the need for Security. Almost each and every organization in the world demands security from identity theft, information leakage and the integrity of their data. The role and skills of Certified Ethical Hacker are becoming more significant and demanding than ever. EC-Council Certified Ethical Hacking (CEH) ensures the delivery of knowledge regarding fundamental and advanced security threats, evasion techniques from intrusion detection system and countermeasures of attacks as well as up-skill you to penetrate platforms to identify vulnerabilities in the architecture. CEH v10 update will cover the latest exam blueprint, comprised of 20 Modules which includes the practice of information security and hacking tools which are popularly used by professionals to exploit any computer systems. CEHv10 course blueprint covers all five Phases of Ethical Hacking starting from Reconnaissance, Gaining Access, Enumeration, Maintaining Access till covering your tracks. While studying CEHv10, you will feel yourself into a Hacker’s Mindset. Major additions in the CEHv10 course are Vulnerability Analysis, IoT Hacking, Focused on Emerging Attack Vectors, Hacking Challenges, and updates of latest threats & attacks including Ransomware, Android Malware, Banking & Financial malware, IoT botnets and much more. IPSpecialist CEH technology workbook will help you to learn Five Phases of Ethical Hacking with tools, techniques, and The methodology of Vulnerability Analysis to explore security loopholes, Vulnerability Management Life Cycle, and Tools used for Vulnerability analysis. DoS/DDoS, Session Hijacking, SQL Injection & much more. Threats to IoT platforms and defending techniques of IoT devices. Advance Vulnerability Analysis to identify security loopholes in a corporate network, infrastructure, and endpoints. Cryptography Concepts, Ciphers, Public Key Infrastructure (PKI), Cryptography attacks, Cryptanalysis tools and Methodology of Crypt Analysis. Penetration testing, security audit, vulnerability assessment, and penetration testing roadmap. Cloud computing concepts, threats, attacks, tools, and Wireless networks, Wireless network security, Threats, Attacks, and Countermeasures and much more.

As jurisdictions increasingly pass new cybersecurity and privacy laws, it is crucial that attorneys secure a working knowledge of information technology to effectively advise organizations that collect and process data. This essential book—now extensively updated to reflect the dramatic legal changes that have taken place in the few short years since its first edition—remains the preeminent in-depth survey and analysis of privacy and cybersecurity laws worldwide. It also provides a deeply informed guide on how to apply legal requirements to protect an organization’s interests and anticipate future compliance developments. With detailed attention to relevant supranational, regional, and national privacy and data protection laws and frameworks, the author describes and analyzes the legal strategies and responsibilities attached to the following and more: prompt, secure ways to identify threats, manage vulnerabilities, and respond to “incidents” and data breaches; most common types of cyberattacks used today; transparency and consent; rights of revocation, erasure, and correction; de-identification and anonymization procedures; data localization; cross-jurisdictional data transfer; contract negotiation; encryption, de-identification, anonymization, and pseudonymization; and Artificial Intelligence as an emerging technology that will require more dynamic and challenging conversations. Balancing legal knowledge with technical awareness and business acumen, this book is an indispensable resource for attorneys who must provide advice on strategic implementations of new technologies, advise on the impact of certain laws on the enterprise, interpret complex cybersecurity and privacy contractual language, and participate in incident response and data breach activities. It will also be of value to other practitioners, such as security personnel and compliance professionals, who will benefit from a broad perspective exploring privacy and data protection laws and their connection with security technologies and broader organizational compliance objectives.

"Securing Cloud Applications: A Practical Compliance Guide" delves into the essential aspects of protecting cloud environments while adhering to regulatory standards. Geared towards information security professionals, cloud architects, IT practitioners, and compliance officers, this book demystifies cloud security by offering comprehensive discussions on designing secure architectures, managing identities, protecting data, and automating security practices. Following a structured methodology, the guide covers everything from foundational principles to managing third-party risks and adapting to emerging trends. It equips you with the insights and tools necessary to effectively secure cloud-based systems. Whether you're new to cloud security or an experienced professional seeking to deepen your expertise, this book is an invaluable resource for developing a robust, secure, and compliant cloud strategy.

The first expert discussion of the foundations of cybersecurity In Cybersecurity First Principles, Rick Howard, the Chief Security Officer, Chief Analyst, and Senior fellow at The Cyberwire, challenges the conventional wisdom of current cybersecurity best practices, strategy, and tactics and makes the case that the profession needs to get back to first principles. The author convincingly lays out the arguments for the absolute cybersecurity first principle and then discusses the strategies and tactics required to achieve it. In the book, you'll explore: Infosec history from the 1960s until the early 2020s and why it has largely failed What the infosec community should be trying to achieve instead The arguments for the absolute and atomic cybersecurity first principle The strategies and tactics to adopt that will have the greatest impact in pursuing the ultimate first principle Case studies through a first principle lens of the 2015 OPM hack, the 2016 DNC Hack, the 2019 Colonial Pipeline hack, and the Netflix Chaos Monkey resilience program A top to bottom explanation of how to calculate cyber risk for two different kinds of companies This book is perfect for cybersecurity professionals at all levels: business executives and senior security professionals, mid-level practitioner veterans, newbies coming out of school as well as career-changers seeking better career opportunities, teachers, and students.

Like Sun Tzu's Art of War for Modern Business, this book uses ancient ninja scrolls as the foundation for teaching readers about cyber-warfare, espionage and security. Cyberjutsu is a practical cybersecurity field guide based on the techniques, tactics, and procedures of the ancient ninja. Cyber warfare specialist Ben McCarty’s analysis of declassified Japanese scrolls will show how you can apply ninja methods to combat today’s security challenges like information warfare, deceptive infiltration, espionage, and zero-day attacks. Learn how to use key ninja techniques to find gaps in a target’s defense, strike where the enemy is negligent, master the art of invisibility, and more. McCarty outlines specific, in-depth security mitigations such as fending off social engineering attacks by being present with “the correct mind,” mapping your network like an adversary to prevent breaches, and leveraging ninja-like traps to protect your systems. You’ll also learn how to: Use threat modeling to reveal network vulnerabilities Identify insider threats in your organization Deploy countermeasures like network sensors, time-based controls, air gaps, and authentication protocols Guard against malware command and-control servers Detect attackers, prevent supply-chain attacks, and counter zero-day exploits Cyberjutsu is the playbook that every modern cybersecurity professional needs to channel their inner ninja. Turn to the old ways to combat the latest cyber threats and stay one step ahead of your adversaries.

The notion of 'vulnerability' is now a prominent motif in social policy in the UK and beyond, with important implications for those deemed 'vulnerable'. Yet the effects of recalibrating welfare and criminal justice processes on the basis of vulnerability often escape attention. This distinctive book draws together lived experiences of vulnerability with academic and practical applications of the concept, exploring the repercussions of a 'vulnerability zeitgeist' in UK policy and practice. Through a focus on the voices and perspectives of 'vulnerable' young people and the professionals who support them, it questions how far the rise of vulnerability serves the interests of disadvantaged citizens. Illuminating where support shades into more controlling practices, the book is important reading for scholars, students and policy-makers interested in exclusion, precariousness, deviance and youth.

Power up your Windows security skills with expert guidance, in-depth technical insights, and dozens of real-world vulnerability examples from Google Project Zero’s most renowned researcher! Learn core components of the system in greater depth than ever before, and gain hands-on experience probing advanced Microsoft security systems with the added benefit of PowerShell scripts. Windows Security Internals is a must-have for anyone needing to understand the Windows operating system’s low-level implementations, whether to discover new vulnerabilities or protect against known ones. Developers, devops, and security researchers will all find unparalleled insight into the operating system’s key elements and weaknesses, surpassing even Microsoft’s official documentation. Author James Forshaw teaches through meticulously crafted PowerShell examples that can be experimented with and modified, covering everything from basic resource security analysis to advanced techniques like using network authentication. The examples will help you actively test and manipulate system behaviors, learn how Windows secures files and the registry, re-create from scratch how the system grants access to a resource, learn how Windows implements authentication both locally and over a network, and much more. You’ll also explore a wide range of topics, such as: Windows security architecture, including both the kernel and user-mode applications The Windows Security Reference Monitor (SRM), including access tokens, querying and setting a resource’s security descriptor, and access checking and auditing Interactive Windows authentication and credential storage in the Security Account Manager (SAM) and Active Directory Mechanisms of network authentication protocols, including NTLM and Kerberos In an era of sophisticated cyberattacks on Windows networks, mastering the operating system’s complex security mechanisms is more crucial than ever. Whether you’re defending against the latest cyber threats or delving into the intricacies of Windows security architecture, you’ll find Windows Security Internals indispensable in your efforts to navigate the complexities of today’s cybersecurity landscape.