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If that fibre will take 1Gbs traffic, then it could well bring it back into the frame. Current CISCO routers can routinely handle multiple Gb/sec, and a few years ago were not averse to providing some hardware for high profile network tasks that could give some Marketing leverage. CISCO and IBM Tivoli are long-time business partners. Its not beyond imagination that CISCO could bring some IBM Tivoli technology along with them to stitch together the whole server/database/network management mix - Tivoli would be a sledgehammer to crack a nut for sure (would only need a small Tivoli sub-set), as the SETI volume and complexity would be no issue to Tivoli in Systems Management terms, just needs Marketing Management clout to make it happen. They both have done it before where a marketing leverage gave the pay back on the hardware.All depends on the reality of the fibre capacity ...... but given that, a phone call in the right place could produce results....RegardsZy

OK so the distributed computing part they thought up works. Now to create a distributed server side to keep up with all the clients!I know that sorta sounds silly and a bit "OMG we can't do that" but I bet people said that when the whole distributed computing thing started.If I may offer RFC-1925 for your review.Specifically, corollary (6a):It is always possible to add another level of indirection. That's what we're talking about when we add "distributed downloads" -- instead of the splitter loading up the download server (and telling the database) we have the splitter sending stuff to local storage, a new bit pushing the work down the same pipe out to distributed servers, and then work goes from there.If those are "volunteer servers" (following the P2P model) then BOINC has to deal with another layer of failures: disappearing servers.CPDN did something like this, and lost an upload server -- I don't remember how it was ultimately solved, but I do remember it was ugly.At the end of the (proverbial) day, work has to originate with the project, and end up at the project.All of the truths apply to BOINC (and everything else).

OK so the distributed computing part they thought up works. Now to create a distributed server side to keep up with all the clients!I know that sorta sounds silly and a bit "OMG we can't do that" but I bet people said that when the whole distributed computing thing started.If I may offer RFC-1925 for your review.Specifically, corollary (6a):It is always possible to add another level of indirection. That's what we're talking about when we add "distributed downloads" -- instead of the splitter loading up the download server (and telling the database) we have the splitter sending stuff to local storage, a new bit pushing the work down the same pipe out to distributed servers, and then work goes from there.If those are "volunteer servers" (following the P2P model) then BOINC has to deal with another layer of failures: disappearing servers.CPDN did something like this, and lost an upload server -- I don't remember how it was ultimately solved, but I do remember it was ugly.At the end of the (proverbial) day, work has to originate with the project, and end up at the project.All of the truths apply to BOINC (and everything else).lol, I like RFC-1925"(3) With sufficient thrust, pigs fly just fine. However, this is not necessarily a good idea. It is hard to be sure where they are going to land, and it could be dangerous sitting under them as they fly overhead."I have said something simular to this myself.SETI@home classic workunits: 93,865 CPU time: 863,447 hours Join the BP6/VP6 User Group today!

OK so the distributed computing part they thought up works. Now to create a distributed server side to keep up with all the clients!I know that sorta sounds silly and a bit "OMG we can't do that" but I bet people said that when the whole distributed computing thing started.If I may offer RFC-1925 for your review.Specifically, corollary (6a):It is always possible to add another level of indirection. That's what we're talking about when we add "distributed downloads" -- instead of the splitter loading up the download server (and telling the database) we have the splitter sending stuff to local storage, a new bit pushing the work down the same pipe out to distributed servers, and then work goes from there.If those are "volunteer servers" (following the P2P model) then BOINC has to deal with another layer of failures: disappearing servers.CPDN did something like this, and lost an upload server -- I don't remember how it was ultimately solved, but I do remember it was ugly.At the end of the (proverbial) day, work has to originate with the project, and end up at the project.All of the truths apply to BOINC (and everything else).lol, I like RFC-1925"(3) With sufficient thrust, pigs fly just fine. However, this is not necessarily a good idea. It is hard to be sure where they are going to land, and it could be dangerous sitting under them as they fly overhead."I have said something simular to this myself.Those of us here who actually practice these dark and arcane arts don't laugh at RFC-1925. We're all sitting here saying "Whoa, reality."I know I pointed to 6a) but many of the solutions proposed (P2P, Torrent, offsite upload/download servers) feel like taking a problem and moving it around.The problem is the 100 megabit pipe, and the servers themselves.It looks to me like the current infrastructure can handle the current average load. The problem is how the load builds during an outage, and how networking works when the load is near or above 100%.Increasing the bandwidth (and more/better servers) raise the 100% mark, and are always going to be a good idea.I just wonder if there are some others that could help, without reshuffling the problem.

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