For those who do not know what compression is a little background is in order. First of all, what compression does is clips or minimizes the high end and low end to allow for the overall recording to stay closer to the maximum output redline for a higher proportion of the time. Let’s assume a normal audio frequency is on a scale from 0 to 100. With compression you essentially compress this entire range. For example you might compress it down to the range from 30 to 70 on the previous scale. Then you slide the whole thing so that it peaks at 100. You have a perceive sound that never goes below 60% of the maximum volume. Pretty cool if you want loud. Bad if you want dynamic range.
For as long as I would say that I truly understood computer security I have believed that security in depth is one of the most important elements of security. Coming from this perspective I often find it interesting how many relatively easy elements are not implemented by practitioners. Some of these are the same practitioners that will go to extraordinary lengths in other areas to secure their systems.
A recent study revealed that 73% of mobile users said they are not always aware of security threat best practices. To me this seems like a recipe for disaster. I consider security best practices akin to the rules of safe driving. I don’t think we would accept a society in which 73% of users said they are not aware of driving safety regulations.
I’ve spent this week working with a consultant on moving to a Win 2k AD environment. As if that wasn’t enough of a task we decided to add our Exchange 2000 upgrade to the mix. There is nothing like tempting fate and making error correction more tricky. The plan was to do all this with a goal of near zero downtime for all users. What was I thinking?