Supp0rtLinux writes: According to this story at FOSS Patents, Samsung violated multiple court rules and used documents marked "Extremely Confidential — For Attorney's Eyes Only" by taking documents provided to outside counsel (that inside counsel should never have seen) and using knowledge of them in negotiations with Nokia to secure better patent licensing terms. Considering that Samsung was also found to again be enhancing their phones to perform better when benchmarked, one has to wonder if Samsung as a whole will do just about anything, no matter how illegal or immoral, so gain a competitive advantage. The timing of this is interesting as well. As Apple and Samsung are due back in court soon to have the damages re-evaluated in their landmark lawsuit, one has to wonder how news of this will affect a new damages ruling if Samsung is seen as being unscrupulous at all cost. Link to Original Source
Supp0rtLinux writes: "Bitcoins are currently trading in the +/-$75 range. I work for a very large organization. We have a fairly large HPC that is usually about 50% idle, as well as about 18K desktops on 4 campuses connected with dark fiber. All stay on 24x7 for after-hours AV scans (weekly) and backups (2-3x a week). All are leases that refresh every 2 years so all have fairly good CPU & RAM specs. As part of a go-green initiative a proposal has come up to use all the PCs for bitcoin in our own mining group; sort of like seti-at-home style, but with a real dollar value return to us. Additionally, we would setup a queue in our HPC that dedicates 30% to BC mining when in use and up to 99.5% when no other jobs are running. The thought is that all the PCs are on 24x7 anyway and consuming resources so why not allow them to be useful 24x7 as well and generate bitcoins which can then be sold to offset the electrical costs of the running equipment and/or possibly even make a little profit. The guy with the idea says its a no-lose situation as if the price of bitcoins drops to below a certain level and is no longer a financially viable option, we simply stop the mining process. I'm curious what the Slashdot community thinks of this? Is it viable? Would we generate enough revenue to cover our electrical costs even with CPUs running at 100% utilization all evening? Are there any security risks? Any thoughts on network impact? The concensus is that the proposal sounds good, but no one has enough info to make a knowledgeable decision either way. Thus I'd like to know what Slashdot user's think.
As a follow-up question and one that came up after the initial proposal, this entire idea has us wondering why the botnet/malware guys aren't doing this already? It would seem like a trivial task to take a botnet of hijacked PCs and have them do BC mining instead of spreading more malware and generate real revenue for the owner's of the botnets wouldn't it?"
Supp0rtLinux writes: "There have multiple, recent cases of people filming the police in various cities and having their cameras confiscated, being harassed, and even being arrested. Recent court decisions have ruled in the people's favor allowing us to film police in public. Yet some cities have continued to harass people doing so. Yet in Greensboro, NC the police themselves will be recording all the people they come in contact with thanks to your tax dollars. The true irony here is that people recording police could actually be illegal in NC. Is this the ultimate double standard?" Link to Original Source
Supp0rtLinux writes: In about 2 weeks time I will be receiving everything necessary to build out the largest x86_64-based supercomputer on the east coast of the US (at least until someone takes the title away from us). Its spec'd to start with 1200 servers with dual socket, six core configs. We primarily do life-science/health/bio related tasks on our existing (and fairly small) HPC. We intend to continue this usage, but to also open it up for new uses (energy comes to mind). Additionally, we'd like to lease out access to recoup some of our costs. So what's the best Linux distro for something of this size and scale? Any that include a chargeback option/module built-in? Additionally, due to cost, we have to choose either IB or 10GbE for the backend, we cannot have both. Either way, all nodes will have 4 x 1Gbps ports available. Would Slashdot readers go with IB or 10GbE if they had to choose? And last, all nodes include only a basic onboard GPU. We intend to put powerful GPU's onto the PCI-e slot and open up the new HPC for GPU related crunching. Any suggestions on the most power, Linux-driver friendly, PCI-e based GPU available?