Wireless networks add a significant level of convenience for many users. The ability to roam at will and access the network without adding wires is quite useful. But, you need to do so securely. There are a number of basic steps you should take to protect your wireless network and filtering MAC addresses is one more way to secure it.
Google is very good at what it does. It automatically and systematically catalogues every document, image, web site or other data that is web accessible so that it can be quickly retrieved using the Google search engine. That includes potentially sensitive or confidential data that wasn't intended to be shared publicly. Google your own network or sites to identify possible security holes.
Hard drive space has gotten cheaper and the size of the drives has grown to enormous proportions. That is great for saving data, but makes it increasingly difficult to find what you're looking for when you need it. Enter the desktop search tools to help solve that problem.
Yes you can. There is no need to have to buy thin client devices, you can simply convert old (or new) PC's to thin clients. The advantage of doing this is that you will significantly reduce management of these PC's. There are several solutions to convert PC's to thin clients:
One way for an attacker to scope out a target system and, particularly, to identify the Administrator account so they can focus their efforts on the account with the most privileges is to list, or enumerate, the SID's (serial identifiers) on a Windows machine.
202 KB Microsoft Word file - explains how to plan a migration strategy, and it describes how you can use various utilities and technical resources to deploy Windows Server 2003 as an application server and Web server, while minimizing disruption and additional investment.
205 KB Microsoft Word file - outlines how they facilitate business scenarios such as: building a secure Web application platform, providing secure mobile access, and streamlining identity management across the enterprise.
250 KB Microsoft Word file - Windows Server 2003 provides many new tools, services, and features that make a compelling case for upgrading from Microsoft Windows NTョ Server 4.0. This white paper explains the overall benefits of upgrading and addresses the significant management and cost saving benefits provided by the Active Directoryョ service. The rest of the paper examines enhancements in key server roles.
416 KB Adobe Acrobat file - In March 2003, Microsoft engaged the Security and Technology Solutions practice of Ernst & Young LLP to validate the Relative Attack Surface Quotient (RASQ) model developed by Microsoft, which quantifies the relative "attackability" provided by each of its operating system platforms. The model provides a methodology to compute the attackability of Microsoft Windows server operating systems by describing potential exploit points and assigning a relative vulnerability level based on exploits that occur in the real world. Ernst & Young conclude that Windows Server 2003 is the least attackable operating system Microsoft has ever released.
177 KB Microsoft Word file - This white paper explores the design goals and implementation of Remote Desktop in Windows Server 2003, and explains how an enterprise can use this feature to remotely manage its Windows Servers from anywhere.
375 KB Microsoft Word file - This white paper discusses how to plan and deploy a load balanced terminal server farm using session directory, and how the session directory operates in a load balanced environment.
212 KB Microsoft Word file - The Terminal Services component of Windows Server 2003 builds on the solid foundation provided by the Application Server mode in Windows 2000 Terminal Services, and includes the new client and protocol capabilities in Windows XP. Terminal Services lets you deliver Windows-based applications, or the Windows desktop itself, to virtually any computing device, including those that cannot run Windows.
469 KB Microsoft Word file - Microsoft Windows Terminal Server lets users run Windowsョ-based applications on a remote computer running one of the Windows Server 2003 family of operating systems. This white paper contains testing methodologies, results, analysis, and sizing guidelines for Windows Server 2003 Terminal Server.
169 KB Microsoft Word file - white paper outlines the many system management tools and the advanced development environment that make it easy for IT professionals and developers to migrate UNIX and Java applications to a Windows-based solution.
246 KB Microsoft Word file - This includes applications such as Visual Basicョ, 32-bit Windows-based applications, and Web applications written using Active Server Pages (ASP).
106 minutes - you will learn how to fully leverage the new reliability and management features in IIS 6.0. We値l also explore IIS 5.0 compatibility mode and configure a poorly behaved unmanaged C++ ISAPI web application to automatically recycle to maintain availability while it is rewritten in managed code. We値l learn how to programmatically modify the XML Metabase or recover the Metabase, in the event that it becomes corrupted. Finally, you値l see how you can increase the reliability and uptime of your web server by replacing complex ISAPIs with much more maintainable ASP.NET Web applications. We値l rewrite an application as a managed ASP.NET application and obsolete the unreliable program.
86 minutes - In this intermediate session, you will learn how UDDI is used as a directory and discovery service for XML Web Services. We値l dig into how XML web services can be published and located through both the UDDI Web interface, and through the UDDI API in Windows Server 2003. We値l explore some more advanced features of UDDI by registering multiple physical access points for a single logical web service. This session will teach you how to write a managed WinForms client application and programmatically query UDDI for a list of registered services. When the primary web service fails, our client will automatically recover and select a backup service with UDDI.
83 mins - In this advanced session, we will learn how to leverage the Authorization Manager API that痴 built into Windows Server 2003 to control access to resources and limit the tasks that a user can perform. We値l write code to perform dynamic access checks on specific tasks. We値l compare and contrast controlling authorization via a custom-built SQL scheme and using the Active Directory and Authorization Manager in Windows Server 2003. Finally, we値l explore how roles can be inherited and integrate auditing.
92 minutes - This overview session will introduce you to the new developer features of the server and provide you with an overview of what they can do for you and your organization. Topics covered include UDDI, COM+ 1.5, MSMQ 3.0, enhancements in IIS 6.0, and Active Directory Application Mode (ADAM). We will also touch on the Windows Server 2003 architecture, including increased performance and scalability, along with a glimpse of the new security enhancements.
36 minutes - look at the changes made to Internet Explorer in Windows Server 2003 and how these changes will affect the ISV or developer when developing applications. This short webcast will cover the background of why the default settings for Internet Explorer will be set at the highest level of security, how the user's experience will be affected and what an ISV or developer can do to ensure their customer has a productive experience on Windows Server 2003.
202 KB Microsoft Word file - explains how to plan a migration strategy, and it describes how you can use various utilities and technical resources to deploy Windows Server 2003 as an application server and Web server, while minimizing disruption and additional investment.
207 KB Microsoft Word file - This article examines the five components of the Microsoft strategy for helping customers maximize solution availability with Windows Server 2003. The strategy encompasses verifying operating system reliability during the Windows engineering process, understanding the causes of downtime, deploying new features and product enhancements that reduce downtime, providing mission-critical capabilities and services, and delivering prescriptive guidance and best practices.