I was reading Joseph Tardo's (Nevis Networks) new Illuminations blog and found the topic of his latest post ""Built-in, Overlay or Something More Radical?" regarding the possible future of network security quite interesting. Joseph (may I call you Joseph?) recaps the topic of a research draft from Stanford funded by the "S tanford Clean Slate Design for the Internet " project that discusses an approach to network security called SANE . The notion of SANE (AKA Ethane) is a policy-driven security services layer that utilizes intelligent centrally-located services to replace many of the underlying functions provided by routers, switches and security products today: Ethane is a new architecture for enterprise networks which provides a powerful yet simple management model and strong security guarantees. Ethane allows network managers to define a single, network-wide, fine-grain policy, and then enforces it at every switch. Ethane policy is defined over human-friendly names (such as "bob, "payroll-server", or "http-proxy) and dictates who can talk to who and in which manner. For example, a policy rule may specify that all guest users who have not authenticated can only use HTTP and that all of their traffic must traverse a local web proxy. Ethane has a number of salient properties law books ifficult to achieve with network technologies today. First, the global security policy is enforced at each switch in a manner that is resistant to poofing.

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I guess this has been circulating around the internet for some time now and I am a little find 800 number ate on the uptake. But just in case you have missed this beautiful, sincerly unpolitical plea from a 15 year old girl, please watch this.

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I was reading Joseph Tardo's (Nevis Networks) new Illuminations blog and found the topic of his latest post ""Built-in, Overlay or Something More Radical?" regarding the possible future of network security quite interesting. Joseph (may I call you Joseph?) recaps the topic of a research draft from Stanford funded by the "S tanford Clean Slate Design for the Internet " project that discusses an approach to network security called SANE . The notion of SANE (AKA Ethane) is a policy-driven security services layer that utilizes intelligent centrally-located services to replace many of the underlying functions provided by routers, switches and security products today: Ethane is a new architecture for enterprise networks which provides a powerful yet simple management model and strong security guarantees. Ethane allows network managers to define a single, network-wide, fine-grain policy, and then enforces it at every switch. Ethane policy is defined over human-friendly names (such as "bob, "payroll-server", or "http-proxy) and dictates who can talk to who and in which manner. For example, a policy rule may specify that all guest users who have not authenticated can only use HTTP and that all of their traffic must traverse a blog search engine ocal web proxy. Ethane has a number of salient properties difficult to achieve with network technologies today. First, the global security policy is enforced at each switch in a manner that is resistant to poofing.

[From David Ross (Fife, Scotland)] I have used TCPMP on my Treo and Zire to watch Sky at Night episodes for sometime. The programmes come on cd and it is easy to copy the mpeg file and convert with Kinoma Producer. I then put them on the card and can view them later. Now having a 5 year old the novelty of TV progs on the Palms wore thin a while ago as the content was boring. Hence my weekends effort. Chitty Chitty Bang Bang is now residing happily on TREO 600's 1 gig card. I still have to show her it but she will be impressed, as I certainly was. The file outputed using FairUse Wizard gave me cause for concern at 600meg. A bit big I thought. I thought about sticking it through Kinoma but it didn't recognise some formats. So in the end I just stuck it on the card and on opening it fatboy slim lyrics ith TCPMP it played, so job done. I will play around with bit rates and output file size the next time I do this to reduce the output to even 250meg to get at least 2 films on my Treo. I played the file on both Treo and my Zire71 and was amazed at the picture quality on Zire. I always thought doing things like this was well beyond my IT capabilities but FairUse is easy enough to use and Googling for info in relation to it and Palms brought up a wealth of info for my next project with DVDs to Palm.

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I guess this has been circulating around the internet wachovia locations or some time now and I am a little late on the uptake. But just in case you have missed this beautiful, sincerly unpolitical plea from a 15 year old girl, please watch this.

I was reading Joseph Tardo's (Nevis Networks) new Illuminations blog and found the topic of his latest post ""Built-in, Overlay or Something More Radical?" regarding the possible future of network security quite interesting. Joseph (may I call you Joseph?) recaps the topic of a research draft from Stanford funded by the "S tanford Clean Slate Design for the Internet " project that discusses an approach warez credit card generator o network security called SANE . The notion of SANE (AKA Ethane) is a policy-driven security services layer that utilizes intelligent centrally-located services to replace many of the underlying functions provided by routers, switches and security products today: Ethane is a new architecture for enterprise networks which provides a powerful yet simple management model and strong security guarantees. Ethane allows network managers to define a single, network-wide, fine-grain policy, and then enforces it at every switch. Ethane policy is defined over human-friendly names (such as "bob, "payroll-server", or "http-proxy) and dictates who can talk to who and in which manner. For example, a policy rule may specify that all guest users who have not authenticated can only use HTTP and that all of their traffic must traverse a local web proxy. Ethane has a number of salient properties difficult to achieve with network technologies today. First, the global security policy is enforced at each switch in a manner that is resistant to poofing.