The Blaster worm hit back in August of 2003, taking advantage of vulnerabilities in Microsoft Windows RPC services. The Slammer worm had hit 7 months before that, but since it targeted vulnerabilities in Microsoft SQL Server databased (and MSDE components) it actually had more impact on corporate PCs while Blaster really creamed consumer Windows PCs. What is interesting about that is what happened to consumer ISPs during and after Blaster. After the publicity peaked on Blaster, consumers rushed to patch their PCs but many, if not most, of them did so after getting infected with Blaster's payload, MSBLAST.exe. Many cable modem ISPs found that 30% of their bandwidth was eaten up by infected Windows PCs trying to find other PCs to infect. Consumers thought they had solved the problem - they had patched - but they had not removed the malicious executable. Part of the problem was that most people avoid running their anti-viral disk scan software (which after Blaster hit could remove MSBLAST.exe, sorta like using pumps to empty New Orleans rather than have levees that would have stopped the water) because those silly AV programs take hours to grind on hard drives, looking for thousands of viruses which haven't been seen for years. actor schools f the AV vendors had a quick scan function to look for just the 20 most recent or 20 most vicious malware programs, the problem goes away.

The Blaster worm hit back in August of 2003, taking advantage of vulnerabilities in Microsoft Windows RPC services. The Slammer worm had hit 7 months before that, but since it targeted vulnerabilities in Microsoft SQL Server databased (and MSDE components) it actually had more impact on corporate PCs while Blaster really creamed consumer Windows PCs. What is interesting about that is what happened to consumer ISPs during and after Blaster. After the publicity peaked on Blaster, consumers rushed to patch their PCs but many, if not most, of them did so after getting infected with Blaster's payload, MSBLAST.exe. Many cable modem ISPs found that 30% of their bandwidth was eaten up by infected Windows PCs trying to find other PCs to infect. Consumers thought they had solved the problem - they had patched - but they had not removed the malicious executable. Part of the problem was that most people avoid running their anti-viral disk scan software (which after anonymous aids testing laster hit could remove MSBLAST.exe, sorta like using pumps to empty New Orleans rather than have levees that would have stopped the water) because those silly AV programs take hours to grind on hard drives, looking for thousands of viruses which haven't been seen for years. If the AV vendors had a quick scan function to look for just the 20 most recent or 20 most vicious malware programs, the problem goes away.

A GPS receiver lets runners track their athletic performance -- not only how far you run, but heart rate, elevation gain, and more. And it gives you an easy way to maintain a record of your data; just download it to your computer. The units below are less than ideal for navigation, but they are great for capturing your running stats. Here's a run down (pardon the pun) on a few key models: Garmin Forerunner 205 and 305 The newest Forerunner models have great reception , are stylish, and ideal for trail runners or anyone with a restricted view of the sky. They are incredibly lightweight (2.5 ounces), thanks to the rechargeable lithium-ion batteries. The Forerunner 205 has all these features, while the Forerunner 305 (pictured at right) ups the ante, adding a heart-rate monitor. Garmin Forerunner 101, 201 and 301 These last generation products don’t click art ave the killer reception and updated styling of the 205/305’s, but may do just fine for someone running in the open. The Forerunner 101 doesn’t allow transfer of your running data to the computer, and uses two AAA batteries. The Forerunner 201 does allow data transfer, and drops the weight to 2.75 ounces thanks to the li-ion battery. The Forerunner 301 adds a heart rate monitor to this feature set. Keeping a record of your running data There are a number of applications that allow you to log your data and maintain a record of it. I’ll just list a couple of the more popular ones.

A GPS receiver lets runners track their athletic performance -- not only how far you run, but heart rate, elevation gain, and more. And it gives you an easy way to maintain a record of your data; just download it to your computer. The units below are less than high blood pressure diet deal for navigation, but they are great for capturing your running stats. Here's a run down (pardon the pun) on a few key models: Garmin Forerunner 205 and 305 The newest Forerunner models have great reception , are stylish, and ideal for trail runners or anyone with a restricted view of the sky. They are incredibly lightweight (2.5 ounces), thanks to the rechargeable lithium-ion batteries. The Forerunner 205 has all these features, while the Forerunner 305 (pictured at right) ups the ante, adding a heart-rate monitor. Garmin Forerunner 101, 201 and 301 These last generation products don’t have the killer reception and updated styling of the 205/305’s, but may do just fine for someone running in the open. The Forerunner 101 doesn’t allow transfer of your running data to the computer, and uses two AAA batteries. The Forerunner 201 does allow data transfer, and drops the weight to 2.75 ounces thanks to the li-ion battery. The Forerunner 301 adds a heart rate monitor to this feature set. Keeping a record of your running data There are a number of applications that allow you to log your data and maintain a record of it. I’ll just list a couple of the more popular ones.

I've got to tell you folks something that I'd rather not mention because it's a poor reflection of PR hacks incorrectly tapping the blogosphere. You know what my blog is about - internet mortgage lead i-tech PR. You know where I work - Voce . I don't hide that. Shoot, I even blog about my clients when I feel like it - you know why? Because it's my blog, that's why. I'm the first to say I'm not a journalist just because I blog. I blog to raise visibility for my firm. If you're a PR blogger and that's why you blog but you can't say that to your audience, get out. We all have an agenda. It's either our own brand our our client's brand or our firm's brand. I'm promoting Voce and my clients. Now that we've cleared that up - again - let me describe a pitch I received today from a hack representing a tech company. First of all - and this kind of cracks me up - the subject of the pitch is "briefing at active voice." That's nice. I wish Active Voice had walls and a lobby and a coffee maker but it's just a place in my head (or throat) for now. Here is the opening of the pitch (with certain info removed so feelings aren't hurt - that's not the point of this post): Principals of XXXX, a XXXX provider of XXXXX would like to be considered as a possible source for future stories you may be working on regarding XXXXX and the problem both small and medium sized businesses are facing to stay in XXXX.

A picture e mail marketing software rom the blog of this French photographer in China .

The Blaster worm hit back in August of 2003, taking advantage of vulnerabilities in Microsoft Windows RPC services. The Slammer worm had hit 7 months before that, but since it targeted vulnerabilities in Microsoft lotus domino training QL Server databased (and MSDE components) it actually had more impact on corporate PCs while Blaster really creamed consumer Windows PCs. What is interesting about that is what happened to consumer ISPs during and after Blaster. After the publicity peaked on Blaster, consumers rushed to patch their PCs but many, if not most, of them did so after getting infected with Blaster's payload, MSBLAST.exe. Many cable modem ISPs found that 30% of their bandwidth was eaten up by infected Windows PCs trying to find other PCs to infect. Consumers thought they had solved the problem - they had patched - but they had not removed the malicious executable. Part of the problem was that most people avoid running their anti-viral disk scan software (which after Blaster hit could remove MSBLAST.exe, sorta like using pumps to empty New Orleans rather than have levees that would have stopped the water) because those silly AV programs take hours to grind on hard drives, looking for thousands of viruses which haven't been seen for years. If the AV vendors had a quick scan function to look for just the 20 most recent or 20 most vicious malware programs, the problem goes away.

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The Blaster worm hit back in August of 2003, taking advantage of vulnerabilities in Microsoft Windows RPC services. The Slammer worm had hit 7 months before that, but since it targeted vulnerabilities in Microsoft SQL Server databased (and MSDE components) it actually had more impact on corporate PCs while Blaster really creamed consumer Windows PCs. What is interesting about wachovia customer service hat is what happened to consumer ISPs during and after Blaster. After the publicity peaked on Blaster, consumers rushed to patch their PCs but many, if not most, of them did so after getting infected with Blaster's payload, MSBLAST.exe. Many cable modem ISPs found that 30% of their bandwidth was eaten up by infected Windows PCs trying to find other PCs to infect. Consumers thought they had solved the problem - they had patched - but they had not removed the malicious executable. Part of the problem was that most people avoid running their anti-viral disk scan software (which after Blaster hit could remove MSBLAST.exe, sorta like using pumps to empty New Orleans rather than have levees that would have stopped the water) because those silly AV programs take hours to grind on hard drives, looking for thousands of viruses which haven't been seen for years. If the AV vendors had a quick scan function to look for just the 20 most recent or 20 most vicious malware programs, the problem goes away.