The Truth About Patching
by Mark Shavlik - President and CEO of Shavlik Technologies - Wednesday, 6 December 2006.
This argument is flawed on two fronts. For one, agentless systems typically use multi-threaded processes that enable them to scan multiple machines simultaneously. The real heavy lifting happens at the server, which has to examine all the gathered data.

In an agent-based scenario, if all agents are reporting in at once, you should ask whether that server can keep up. And in practice, itís not likely that the scanning tool will be the gating factor in how quickly you can get a patch out ó itís how quickly the third-party vendor makes the patch available.

Myth No. 5: Agent-based systems offer better coverage.

This is true to the extent that agent-based systems are better-suited for machines such as laptops that are often disconnected from the network. Itís also why most agentless patch system vendors also offer an agent-based option. Yet here again, thereís a tradeoff: For every laptop user who may benefit from an agent-based approach, you might have a desktop user who turns off the desktopís agent, or closes the port used to connect to it.

The truth is: Thereís a place for both agent-based and agentless patching technologies. In an ideal world, your vendor will offer both ó along with the sophisticated scanning technology that is at the heart of a quality patching solution.


MagSpoof: A device that spoofs credit cards, disables chip-and-PIN protection

The device can wirelessly spoof credit cards/magstripes, disable chip-and-PIN protection, and predict the credit card number and expiration date of Amex cards after they have reported stolen or lost.

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