Access Right

Access-right

Copyright law has become the subject of general concerns that reach beyond the limited circles of specialists and prototypical rights-holders. The role, scope and effect of copyright mechanisms involve genuinely complex questions. Digitization trends and the legal changes that followed drew those complex matters to the center of an ongoing public debate. In Access-Right: The Future of Digital Copyright Law, Zohar Efroni explores theoretical, normative and practical aspects of premising copyright on the principle of access to works. The impetus to this approach has been the emergence of technology that many consider a threat to the intended operation, and perhaps even to the very integrity, of copyright protection in the digital setting: It is the ability to control digital works already at the stage of accessing them by means of technological protection measures. The pervasive shift toward the use of digital technology for the creation, dissemination, exploitation and consumption of copyrighted material warrants a shift also in the way we perceive the structure of copyright rules. Premising the copyright order on the concept of digital access first calls for explaining the basic components of proprietary access control over information in the abstract. The book then surveys recent developments in the positive law, while showing how the theoretical access-right construct could explain the logic behind them. Finally, the book critically analyzes existing approaches to curbing the resulting problems of imbalance and overprotection, which are said to disadvantage users. In conclusion, the book advocates for a structural overhaul of our current regulative apparatus. The proposed reform involves a series of changes in the way we define copyright entitlements, and in the way in which those entitlements may interrelate within a single, coherent scheme.

NBS Special Publication

Windows Security Internals

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.