Long before extended space travel became a reality, prolific science fiction author Murray Leinster created a richly detailed scenario in which a project that bears a striking resemblance to the International Space Station is being planned and executed. However, several nefarious factions want the planned expedition to fail. Can unlikely hero Joe Kenmore salvage the project?
For more than 40 years, Computerworld has been the leading source of technology news and information for IT influencers worldwide. Computerworld's award-winning Web site (Computerworld.com), twice-monthly publication, focused conference series and custom research form the hub of the world's largest global IT media network.
This ambitious work which took the better part of a decade to produce will be essential reading for all serious defence study students, and of absorbing interest to military professionals and lay people concerned with the future of warfare and all aspects of response to military attack.Its ultimate aim is to demonstrate that the advent of Cyberwarfare has pushed traditional legal thinking regarding the regulation of forcible action beyond traditional boundaries. It attempts to do so by critically analyzing specific characteristics which are inherent to Cyberwarfare such as stealth, speed, untraceability, the availability to State as well as Non-State sponsored agents, their defiance of traditional borders, and an unprecedented potential for destruction, all of which have played a major role in making obsolescent traditional legal norms relied upon for the effective regulation of the use of force. It follows from the above that no defence system can be effectively regulated, especially one as new and unconventional as Information Warfare, unless all its specific aspects are explored as deeply as possible. The best means to achieve such a purpose have been deemed to be through the inclusion as well as the careful analysis of as many real life examples of Information Warfare operations as possible in order to illustrate the special nature of Information Warfare and its various individual features. The examples compiled for inclusion have been selected not on the basis of being the most recent, but on the basis of their factual background being as fully known as possible. Consequently, this book has been constructed around the concept of legality, starting with a section outlining currently existing legal norms of individual self-defense, then applying those norms to Information Warfare Operations including a presentation of existing international legal instruments with provisions applicable to Information Warfare which could serve as additional essential guidelines for a future legal framework specifically crafted to regulate the use of force in cyberspace. Last but not least this book sets a paradigm with regard to Cyberwarfare as well as with other methods of warfare which escape the boundaries of the traditional State monopoly of the use of force. It ultimately shows the extent to which traditional legal thinking, which is shaped around the premise of regulating typical forms of State forcible action, when faced with such methods of warfare is totally obsolete.
Popular Science gives our readers the information and tools to improve their technology and their world. The core belief that Popular Science and our readers share: The future is going to be better, and science and technology are the driving forces that will help make it better.
Advances in computer networking have allowed computer systems across the world to be interconnected. Open Distributed Processing (ODP) systems are those that support heterogenous distributed applications both within and between autonomous organizations. Many challenges must be overcome before ODP systems can be fully realized. This book describes the recent advances in the theory and practice of developing, deploying and managing open distributed systems. Applications of these systems include but are not limited to telecommunication, medical and large scale transaction processing and electronic commerce systems. All of these are currently developed on distributed platforms. For anybody working in industry or research in this field, Open Distributed Processing and Distributed Platforms will prove an invaluable text.
This complete field guide, authorized by Juniper Networks, is the perfect hands-on reference for deploying, configuring, and operating Juniper’s SRX Series networking device. Authors Brad Woodberg and Rob Cameron provide field-tested best practices for getting the most out of SRX deployments, based on their extensive field experience. While their earlier book, Junos Security, covered the SRX platform, this book focuses on the SRX Series devices themselves. You'll learn how to use SRX gateways to address an array of network requirements—including IP routing, intrusion detection, attack mitigation, unified threat management, and WAN acceleration. Along with case studies and troubleshooting tips, each chapter provides study questions and lots of useful illustrations. Explore SRX components, platforms, and various deployment scenarios Learn best practices for configuring SRX’s core networking features Leverage SRX system services to attain the best operational state Deploy SRX in transparent mode to act as a Layer 2 bridge Configure, troubleshoot, and deploy SRX in a highly available manner Design and configure an effective security policy in your network Implement and configure network address translation (NAT) types Provide security against deep threats with AppSecure, intrusion protection services, and unified threat management tools
