Endpoint Security: 6 Questions To Ask Before You Buy
Here's a roadmap, suggestions on price points, and a guide on what you need to assess before you purchase any endpoint security product for your enterprise.
In the past year we have seen dozens of endpoint security products come to market, trying to fill a niche that represents a very real threat to enterprise networks. But how do corporate IT managers evaluate these kinds of products? In this article, we'll provide a roadmap, some suggestions on price points, and ways to sift through all of the products. Here are the six questions to address before you purchase any endpoint solution.
Endpoint Solutions: 6 Questions To Ask Before You Buy
1. What pieces should you implement now? 2. What security and network infrastructure do you have already? 3. What on your network are you really protecting? 4. Do you manage all of your desktops?
5. Do you have non-PC endpoints to manage?
6. Where will you create and enforce your security policies?
1) What pieces of the endpoint security picture are most important to implement now?
Endpoint security means a lot of different things to different people. For the purposes of our discussion, we outline the following five elements that any endpoint solution should contain. Your needs may differ, and you may want to implement one or two items now and plan for upgrading to the remaining elements down the road when you can get more of the project funded.
Policy definition. You should be able to set and maintain a variety of security policies for different user populations, locations and machine populations, and be able to easily modify them.
Detection. No matter whether your users are in your local headquarters or connect to your enterprise network from a remote location, your system should be able to detect them. This includes using agents or agent-less operations on each client.
Health assessment. Your ultimate system should be able to scan the endpoint and determine compliance with your policies. Ideally, the scans should take place prior to any network access, but your system should also allow other checks to occur after login too.
Enforcement. Your policies determine what network resources should be protected, included switches, VPNs, servers, and so forth. You should be able to quarantine resources or refuse network access entirely, depending on policies.
Remediation. If clients don't pass muster, what happens? The ideal system should kick off anti-virus signature updates, or apply patches to the OS, or other measures. Remember, the goal here is to have everyone eventually connect securely to your network. This is probably the area that where most IT managers would like to see implemented first, yet is where most solutions are weakest. The problem is that remediation is tricky, and depends on a lot of individual pieces of software and hardware to work properly.
There are three overall architectural approaches that are being worked on currently: Microsoft's Network Access Protection (NAP), Cisco's Network Admission Control (NAC), and the Trusted Computing Group's Trusted Network Connect (TNC).
Cisco's NAC is the closest of the three to being actually implemented. It does so by controlling access to the network layer through implementing modules in its switches and routers for both Windows and Linux clients. You'll need to mix and match several vendors to cover the five elements mentioned above, because Cisco doesn't supply everything. Its architecture is strong on enforcement and detection and short on remediation.
2014 Next-Gen WAN SurveyWhile 68% say demand for WAN bandwidth will increase, just 15% are in the process of bringing new services or more capacity online now. For 26%, cost is the problem. Enter vendors from Aryaka to Cisco to Pertino, all looking to use cloud to transform how IT delivers wide-area connectivity.
The UC Infrastructure TrapWorries about subpar networks tanking unified communications programs could be valid: Thirty-one percent of respondents have rolled capabilities out to less than 10% of users vs. 21% delivering UC to 76% or more. Is low uptake a result of strained infrastructures delivering poor performance?
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