Cyber Reconnaissance Surveillance And Defense

At a time when online surveillance and cybercrime techniques are widespread, and are being used by governments, corporations, and individuals, Cyber Reconnaissance, Surveillance and Defense gives you a practical resource that explains how these activities are being carried out and shows how to defend against them. Expert author Rob Shimonski shows you how to carry out advanced IT surveillance and reconnaissance, describes when and how these techniques are used, and provides a full legal background for each threat. To help you understand how to defend against these attacks, this book describes many new and leading-edge surveillance, information-gathering, and personal exploitation threats taking place today, including Web cam breaches, home privacy systems, physical and logical tracking, phone tracking, picture metadata, physical device tracking and geo-location, social media security, identity theft, social engineering, sniffing, and more. Understand how IT surveillance and reconnaissance techniques are being used to track and monitor activities of individuals and organizations Find out about the legal basis of these attacks and threats — what is legal and what is not — and how to defend against any type of surveillance Learn how to thwart monitoring and surveillance threats with practical tools and techniques Real-world examples teach using key concepts from cases in the news around the world

Individuals wishing to attack a company's network have found a new path of least resistance-the end-user. A client- side attack is one that uses the inexperience of the end-user to create a foothold in the user's machine and therefore the network. Client-side attacks are everywhere and hidden in plain sight. Common hiding places are malicious Web sites and spam. A simple click of a link will allow the attacker to enter. This book presents a framework for defending your network against these attacks in an environment where it might seem impossible. The most current attacks are discussed along with their delivery methods, such as browser exploitation, use of rich Internet applications, and file format vulnerabilities. The severity of these attacks is examined along with defenses against them, including antivirus and anti-spyware, intrusion detection systems, and end-user education.

One of the missions of the Center for Technology and National Security Policy at National Defense University is to study the transformation of America's military and to explore the consequences of the information revolution. To further this mission, National Defense University, in collaboration with The Center for Public Policy and Private Enterprise of the University of Maryland's School of Public Affairs, brought together leaders in the fields of military and commercial technology. The purpose of the meeting was to gain insight into the risks and vulnerabilities inherent in the use of information technology on the battlefield and in military systems. This volume presents the results of that workshop. This volume examines threats and vulnerabilities in the following four areas: (1) physical attacks on critical information nodes; (2) electromagnetic attacks against ground, airborne, or space-based information assets; (3) cyber attacks against information systems; and (4) attacks and system failures made possible by the increased level of complexity inherent in the multiplicity of advanced systems. Chapters are as follows: "Trends in Vulnerabilities, Threats, and Technologies," by Jacques S. Gansler and William Lucyshyn; "Physical Vulnerabilities of Critical Information Systems," by Robert H. Anderson; "Physical Vulnerabilities Exposed at the National Training Center," by Colonel John D. Rosenberger; "Dealing with Physical Vulnerabilities," by Bruce W. MacDonald; "Vulnerabilities to Electromagnetic Attack of Defense Information Systems," by John M. Borky; "Vulnerabilities to Electromagnetic Attack of the Civil Infrastructure," by Donald C. Latham; "Trends in Cyber Vulnerabilities, Threats, and Countermeasures," by Michael A. Vatis; "Enhancing Cyber Security for the Warfighter," by Sean R. Finnegan; "Complexity of Network Centric Warfare," by Stanley B. Alterman; and "Difficulties with Network Centric Warfare," by Charles Perrow.

The Basics of Cyber Warfare provides readers with fundamental knowledge of cyber war in both theoretical and practical aspects. This book explores the principles of cyber warfare, including military and cyber doctrine, social engineering, and offensive and defensive tools, tactics and procedures, including computer network exploitation (CNE), attack (CNA) and defense (CND). Readers learn the basics of how to defend against espionage, hacking, insider threats, state-sponsored attacks, and non-state actors (such as organized criminals and terrorists). Finally, the book looks ahead to emerging aspects of cyber security technology and trends, including cloud computing, mobile devices, biometrics and nanotechnology. The Basics of Cyber Warfare gives readers a concise overview of these threats and outlines the ethics, laws and consequences of cyber warfare. It is a valuable resource for policy makers, CEOs and CIOs, penetration testers, security administrators, and students and instructors in information security. Provides a sound understanding of the tools and tactics used in cyber warfare. Describes both offensive and defensive tactics from an insider's point of view. Presents doctrine and hands-on techniques to understand as cyber warfare evolves with technology.

The Wireshark Field Guide provides hackers, pen testers, and network administrators with practical guidance on capturing and interactively browsing computer network traffic. Wireshark is the world's foremost network protocol analyzer, with a rich feature set that includes deep inspection of hundreds of protocols, live capture, offline analysis and many other features. The Wireshark Field Guide covers the installation, configuration and use of this powerful multi-platform tool. The book give readers the hands-on skills to be more productive with Wireshark as they drill down into the information contained in real-time network traffic. Readers will learn the fundamentals of packet capture and inspection, the use of color codes and filters, deep analysis, including probes and taps, and much more. The Wireshark Field Guide is an indispensable companion for network technicians, operators, and engineers. Learn the fundamentals of using Wireshark in a concise field manual Quickly create functional filters that will allow you to get to work quickly on solving problems Understand the myriad of options and the deep functionality of Wireshark Solve common network problems Learn some advanced features, methods and helpful ways to work more quickly and efficiently

These proceedings represent the work of contributors to the 19th European Conference on Cyber Warfare and Security (ECCWS 2020), supported by University of Chester, UK on 25-26 June 2020. The Conference Co-chairs are Dr Thaddeus Eze and Dr Lee Speakman, both from University of Chester and the Programme Chair is Dr Cyril Onwubiko from IEEE and Director, Cyber Security Intelligence at Research Series Limited. ECCWS is a well-established event on the academic research calendar and now in its 19th year the key aim remains the opportunity for participants to share ideas and meet. The conference was due to be held at University of Chester, UK, but due to the global Covid-19 pandemic it was moved online to be held as a virtual event. The scope of papers will ensure an interesting conference. The subjects covered illustrate the wide range of topics that fall into this important and ever-growing area of research.

This book presents a holistic view of the geopolitics of cyberspace that have arisen over the past decade, utilizing recent events to explain the international security dimension of cyber threat and vulnerability, and to document the challenges of controlling information resources and protecting computer systems. How are the evolving cases of cyber attack and breach as well as the actions of government and corporations shaping how cyberspace is governed? What object lessons are there in security cases such as those involving Wikileaks and the Snowden affair? An essential read for practitioners, scholars, and students of international affairs and security, this book examines the widely pervasive and enormously effective nature of cyber threats today, explaining why cyber attacks happen, how they matter, and how they may be managed. The book addresses a chronology of events starting in 2005 to comprehensively explain the international security dimension of cyber threat and vulnerability. It begins with an explanation of contemporary information technology, including the economics of contemporary cloud, mobile, and control systems software as well as how computing and networking—principally the Internet—are interwoven in the concept of cyberspace. Author Chris Bronk, PhD, then documents the national struggles with controlling information resources and protecting computer systems. The book considers major security cases such as Wikileaks, Stuxnet, the cyber attack on Estonia, Shamoon, and the recent exploits of the Syrian Electronic Army. Readers will understand how cyber security in the 21st century is far more than a military or defense issue, but is a critical matter of international law, diplomacy, commerce, and civil society as well.

After September 11th, the Department of Defense (DoD) undertook a massive and classified research project to develop new security methods using technology in order to protect secret information from terrorist attacks Written in language accessible to a general technical reader, this book examines the best methods for testing the vulnerabilities of networks and software that have been proven and tested during the past five years An intriguing introductory section explains why traditional security techniques are no longer adequate and which new methods will meet particular corporate and industry network needs Discusses software that automatically applies security technologies when it recognizes suspicious activities, as opposed to people having to trigger the deployment of those same security technologies