Apply the D.I.C.E. framework to determine your best anti-virus solution
- Topics:
- Anti-Virus,
- Security Applications
- Tags:
- Antivirus,
- Framework,
- Josh Hoskins,
- Security,
- Viruses And Worms
- Source:
- Josh Hoskins
FREE Registration is required
Overview:
If you use PCs for work, then you must deal with the constant threat of viruses. Not only can they take an individual computer down, but they can also wreck havoc on your network. You must have some sort of Anti-Virus solution, but there are many different options. To help you make this important decision, TechRepublic suggests using what we have dubbed the D.I.C.E. (Difficulty, Investment, Capability, and Expandability) framework. We will walk through each of these points so you will be able to apply them to your situation, and then we will help you pick the solution that is right for you. To help you apply the D.I.C.E framework, we have created a sample Excel worksheet that incorporates the framework described and have included it in the downloadable zip file.
This download is also available as a post in the TechRepublic IT Security blog.
(Is this item miscategorized? Does it need more tags? Let us know.)
Format: Other Download | Size: 88KB | Date: Jul 2007 | Version: 1.0 | System Requirements: Adobe Reader 5.0 or later and Microsoft Excel | License: copyright | Downloads: 2102
People who downloaded this item also downloaded
Top results from Anti-Virus
White Papers, Webcasts, and Resources
- Implementing Energy Efficient Data Centers American Power Conversion (APC)The cost of powering data centers is a substantial operating expense that can and should be managed. This white paper explains how to design data...
- Smarter service data protection for SMBs Iron MountainFind out how companies can better protect their server data outside a centralized data center
- Energy Efficient Cooling for Data Centers: A Close-Coupled Row Solution American Power Conversion (APC)Beat the heat in your data center. Compare the efficiency benefits of row-based cooling with other common cooling architectures.







