Guidance For Securing Microsoft Windows Xp Home Edition A Nist Security Configuration Checklist

The National Institute of Standards and Technology (NIST)developed this document in furtherance of its statutory responsibilities under the Federal Information Security Management Act (FISMA) of 2002, Public Law 107-347. This publication seeks to assist information technology (IT) professionals who may be responsible for securing Windows XP Home Edition computers within home offices for their organizations. Portions of the publication can also be usedby home users, such as telecommuting Federal civilian agency employees and private sector organizations or individuals, to secure their personal Windows XP Home Edition computers from common threats such as malware and to keep their computers secure.

When an IT security configuration checklist (e.g., hardening or lockdown guide) is applied to a system in combination with trained system administrators and a sound and effective security program, a substantial reduction in vulnerability exposure can be achieved. This guide will assist personnel responsible for the administration and security of Windows XP systems. It contains information that can be used to secure local Windows XP workstations, mobile computers, and telecommuter systems more effectively in a variety of environments, including small office, home office and managed enterprise environments. The guidance should only be applied throughout an enterprise by trained and experienced system administrators. Illustrations.

In today's computing environment, there are many threats to home computers, including those running Microsoft Windows XP Home Edition. These threats are posed by people with many different motivations, including causing mischief and disruption, committing fraud, and performing identity theft. The most common threat against Windows XP Home Edition computers is malware, such as viruses and worms. Users of home computers should ensure that they are secured properly to provide reasonable protection against threats. Accordingly, this document provides guidance to people on improving the security of their own home computers (desktops or laptops) or others' home computers that run Windows XP Home Edition. The recommendations draw on a large body of vendor knowledge and government and security community experience gained over many years of securing personal computers.

Learn the threats and vulnerabilities of critical infrastructure to cybersecurity attack. Definitions are provided for cybersecurity technical terminology and hacker jargon related to automated control systems common to buildings, utilities, and industry. Buildings today are automated because the systems are complicated and so we depend on the building controls system (BCS) to operate the equipment. We also depend on a computerized maintenance management system (CMMS) to keep a record of what was repaired and to schedule required maintenance. SCADA, BCS, and CMMS all can be hacked. The Cybersecurity Lexicon puts cyber jargon related to building controls all in one place. The book is a handy desk reference for professionals interested in preventing cyber-physical attacks against their facilities in the real world. Discussion of attacks on automated control systems is clouded by a lack of standard definitions and a general misunderstanding about how bad actors can actually employ cyber technology as a weapon in the real world. This book covers: Concepts related to cyber-physical attacks and building hacks are listed alphabetically with text easily searchable by key phrase Definitions are providesd for technical terms related to equipment controls common to industry, utilities, and buildings—much of the terminology also applies to cybersecurity in general What You’ll learn Get a simple explanation of cybersecurity attack concepts Quickly assess the threat of the most common types of cybersecurity attacks to your facilities in real time Find the definition of facilities, engineering, and cybersecurity acronyms Who This Book Is For Architects, engineers, building managers, students, researchers, and consultants interested in cybersecurity attacks against facilities in the real world. Also for IT professionals getting involved in cybersecurity responsibilities.

Fed. agencies are facing a set of cybersecurity threats that are the result of increasingly sophisticated methods of attack & the blending of once distinct types of attack into more complex & damaging forms. Examples of these threats include: spam (unsolicited commercial e-mail), phishing (fraudulent messages to obtain personal or sensitive data), & spyware (software that monitors user activity without user knowledge or consent). This report determines: the potential risks to fed. systems from these emerging cybersecurity threats; the fed. agencies' perceptions of risk & their actions to mitigate them, fed. & private-sector actions to address the threats on a nat. level; & governmentwide challenges to protecting fed. systems from these threats. Illus.

Develop and implement an effective end-to-end security program Today’s complex world of mobile platforms, cloud computing, and ubiquitous data access puts new security demands on every IT professional. Information Security: The Complete Reference, Second Edition (previously titled Network Security: The Complete Reference) is the only comprehensive book that offers vendor-neutral details on all aspects of information protection, with an eye toward the evolving threat landscape. Thoroughly revised and expanded to cover all aspects of modern information security—from concepts to details—this edition provides a one-stop reference equally applicable to the beginner and the seasoned professional. Find out how to build a holistic security program based on proven methodology, risk analysis, compliance, and business needs. You’ll learn how to successfully protect data, networks, computers, and applications. In-depth chapters cover data protection, encryption, information rights management, network security, intrusion detection and prevention, Unix and Windows security, virtual and cloud security, secure application development, disaster recovery, forensics, and real-world attacks and countermeasures. Included is an extensive security glossary, as well as standards-based references. This is a great resource for professionals and students alike. Understand security concepts and building blocks Identify vulnerabilities and mitigate risk Optimize authentication and authorization Use IRM and encryption to protect unstructured data Defend storage devices, databases, and software Protect network routers, switches, and firewalls Secure VPN, wireless, VoIP, and PBX infrastructure Design intrusion detection and prevention systems Develop secure Windows, Java, and mobile applications Perform incident response and forensic analysis