Wait! You mean that if I have a device that's emitting a signal out in to the public world, I should expect no one to jot that down?! If you're that concerned about privacy, turn of your wireless access point. You are pumping your private stuff out in to the world.
My wife is an Art teacher and runs in to this problem all of the time. She tries to show her students famous works of art, the easiest way being through Google Image Search. Of course, this doesn't work, since you could possibly get something bad. For now, she uses Bing's image search, but it's only a matter of time before this is killed, too.
Although I never saw it in action, my professor told us in our compilers class that they use a piece of software for the intro classes which compares the parse tree of the Java apps the students submitted and could show commonality between the programs.
Of course, you would see similarity because everyone was writing a similar program, but it would catch someone just renaming a pile of variables and changing comments.
You'd need an isolation network for every single business in the US (10's of millions, IIRC).
Also, the current IP solutions are SSL encrypted. Also PIN based transactions have an even higher encryption on them. The PIN Pads have a specific key attached to them so they will only work with the current backend. If you switch processors, you have to switch PIN pads as well.
Another problem, the IP terminals a quite a bit more expensive. $200-$300 for dialup, $500-$600 for IP. (If you're paying more, you're being robbed!)
IP terminals do exist. The problem: merchants typically aren't savy enough to first, set up an IP network and second, request an IP terminal.
We have to do a lot of discovery on our end to provide the right solution.
Also, the IP terminals are fairly "dumb". The OS is very minimal and it only makes outbound connections. You can't really administer them remotely; it's all through the machine interface.
You can throw away your dial-up credit card machines then. We are starting to see telcos switch to SIP trunking. Credit Card machines are very sensitive, even more so than fax, which causes them to flake out across a SIP trunk. We already can't sell dial-up terminals to people using DSL or VoIP (Vonage, Time Warner) because the terminals just can't handle it.
I'm not too well versed in Cocoa development. I pushed some code that should have been in a separate thread into GCD, which requires you to use a block. All in all, I had to add an include, 1 line of code and a closing bracket.
I won't name names, but one of our competitors does this. The down side, they over-inflate their prices to the customers to compensate for 6 digit salaries for sales people. They are lucky to be in a business where they can pull this off because of the complexity of pricing, but as with any market, the margins get thinner and thinner and they just won't last.
I've always kept it simple. A 3-4 letter prefix designating which site the computer is at, followed by the serial number of the computer. If you want to store more information, just create a simple database using the code as the ID.
If you are that afraid of them doing something wrong, it better be in the contract you sign with them with all of the penalties plainly laid out.
I would much rather have the IT Admin in house, but then again, I'm an IT Admin. We have to sit in a weird spot in the company. We have to learn all of the dirty secrets. If someone is divulging secrets, we are the ones that have to pull up their email records and browser history.
I take that responsibility very seriously. You have to find someone that takes it seriously, too.
I primarily program using Ruby on Rails. When I started, it was with an Eclipse based IDE. I then jumped to Netbeans when their support for RoR matured. Now it's all (gvim/mvim), a command line and git.
For Java work, I stick with Netbeans, since hand building a Java project from scratch can be a lot of work.
Pardon my ignorance, but what ActiveX components are left? Vista and 7 have moved away from Windows Update in the browser and that's the only one I could think of.
I guess Flash is ActiveX, but they also distribute a non-activex version with Firefox, Safari, etc al. use.
Why no just kill ActiveX? Flash, Javascript, Silverlight... they all seem capable of the job.
We share an internet connection with a couple other companies. One day our internet connection came to a halt. We were initially blamed, but after disconnecting our firewall from the network, it obviously wasn't us. The real problem: an Asterisk box owned by the company who was in charge of the internet connection.
The company is IT "specialist" company to handle other companies IT needs. They are good at doing Windows stuff, but had no clue how to use linux. They found out we put together an Asterisk box for next to nothing, so they did the same. I handed them the latest Ubuntu disc (Dapper at the time), showed them how to install it and admin it and left them to it.
When the internet died, they found out it was their Asterisk box. It turns out that they weren't comfortable with Ubuntu, so they used their old Fedora disc that someone had burnt for them. They were running an UNPATCHED FC4 box (FC6 was about to be released) with an Asterisk web console running on port 80 and exposed to the internet.
I wish I could have investigated more, but the box had about 20-30 internet connection spanning a small IP range. I immediately pulled the ethernet connection. The binary responsible for the internet connections: ps. I rebooted the box and told them to close port 80. I told them what to do to secure their box, but who knows if they listened. I at least fired up yum to patch the box, but I was busy enough with my own work to hold their hand through the entire process.
I'm not sure what happened to that box, but now I can only imagine it's attacking eBay.
So in theory, if a hacker learned how authentication worked, he could use a botnet to generate keys and activate them. Over time, you could activate a good percentage of Vista's keys. Granted, it would be a long time, but it could be done.
I'll just throw in my experience. I went to Kettering University in Flint, MI. It's a top Mechanical Engineering school and I believe #1 for Industrial Engineering, so logically, I went there for Computer Science.
The bachelors program is Co-Op, so you go to school for 3 months, then work in your field for 3 months. I can't speak for the Engineering students, but my curriculum was almost completely based on theory. I envied my friends at other schools because they were doing stuff with GUI's while I learned advanced algorithms in Java and did Y2K conversions at my job.
To graduate, you have to write a thesis that incorporates what you have learned at school with a major project at your employer.
All in all, I think this is best way to get an education in any field. School should give you the theory that you can then apply in the real world.
The only down sides? Living in the ghettos of Flint and going to school where the guy:girl ration is around 8:1.
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I'm not arguing the legality of decrypting information.
I'm saying if you don't want to be known, don't broadcast that you are around.
And Google isn't decrypting anything. They are taking information which is part of the wireless protocol and recording it.
Wait! You mean that if I have a device that's emitting a signal out in to the public world, I should expect no one to jot that down?! If you're that concerned about privacy, turn of your wireless access point. You are pumping your private stuff out in to the world.
My wife is an Art teacher and runs in to this problem all of the time. She tries to show her students famous works of art, the easiest way being through Google Image Search. Of course, this doesn't work, since you could possibly get something bad. For now, she uses Bing's image search, but it's only a matter of time before this is killed, too.
Although I never saw it in action, my professor told us in our compilers class that they use a piece of software for the intro classes which compares the parse tree of the Java apps the students submitted and could show commonality between the programs.
Of course, you would see similarity because everyone was writing a similar program, but it would catch someone just renaming a pile of variables and changing comments.
Think of the time it will take in an optimal environment.
Multiple by 3.
We don't see too many problems with the machines for transactions, but for longer operations, like batches and reprograms, they tend to fail.
We also deal with a lot of vendors, so some phone systems work if they are set up properly, but most aren't are are not configurable, like Vonage.
You'd need an isolation network for every single business in the US (10's of millions, IIRC).
Also, the current IP solutions are SSL encrypted. Also PIN based transactions have an even higher encryption on them. The PIN Pads have a specific key attached to them so they will only work with the current backend. If you switch processors, you have to switch PIN pads as well.
Another problem, the IP terminals a quite a bit more expensive. $200-$300 for dialup, $500-$600 for IP. (If you're paying more, you're being robbed!)
IP terminals do exist. The problem: merchants typically aren't savy enough to first, set up an IP network and second, request an IP terminal.
We have to do a lot of discovery on our end to provide the right solution.
Also, the IP terminals are fairly "dumb". The OS is very minimal and it only makes outbound connections. You can't really administer them remotely; it's all through the machine interface.
You can throw away your dial-up credit card machines then. We are starting to see telcos switch to SIP trunking. Credit Card machines are very sensitive, even more so than fax, which causes them to flake out across a SIP trunk. We already can't sell dial-up terminals to people using DSL or VoIP (Vonage, Time Warner) because the terminals just can't handle it.
When I opened my Party Pack last night, my wife's reaction to almost everything in it was "WTF!".
We are still going all out for the party, just for the sake of irony.
I'm not too well versed in Cocoa development. I pushed some code that should have been in a separate thread into GCD, which requires you to use a block. All in all, I had to add an include, 1 line of code and a closing bracket.
Apple has made some seriously cool stuff here.
I won't name names, but one of our competitors does this. The down side, they over-inflate their prices to the customers to compensate for 6 digit salaries for sales people. They are lucky to be in a business where they can pull this off because of the complexity of pricing, but as with any market, the margins get thinner and thinner and they just won't last.
I've always kept it simple. A 3-4 letter prefix designating which site the computer is at, followed by the serial number of the computer. If you want to store more information, just create a simple database using the code as the ID.
If you are that afraid of them doing something wrong, it better be in the contract you sign with them with all of the penalties plainly laid out.
I would much rather have the IT Admin in house, but then again, I'm an IT Admin. We have to sit in a weird spot in the company. We have to learn all of the dirty secrets. If someone is divulging secrets, we are the ones that have to pull up their email records and browser history.
I take that responsibility very seriously. You have to find someone that takes it seriously, too.
I primarily program using Ruby on Rails. When I started, it was with an Eclipse based IDE. I then jumped to Netbeans when their support for RoR matured. Now it's all (gvim/mvim), a command line and git.
For Java work, I stick with Netbeans, since hand building a Java project from scratch can be a lot of work.
Without a doubt, Handbrake will do the job. I used it on an Ubuntu box in tandem with a Mac OS X box to rip my entire DVD collection.
http://handbrake.fr/
I only encountered one problem, with the third disc of the Monty Python Fly Circus set.
My O2 is running OpenBSD, now. Too bad I can't get the latest versions of IRIX. It was pretty impressive what that little O2 could do.
My Octane does a pretty good job of holding the carpet down.
I see people hang a pair of plastic testicles from the back of their trucks.
That might man your netbook up a bit.
Then I say kill it... ActiveX scares me, and it would be nice to have a more open solution.
Pardon my ignorance, but what ActiveX components are left? Vista and 7 have moved away from Windows Update in the browser and that's the only one I could think of.
I guess Flash is ActiveX, but they also distribute a non-activex version with Firefox, Safari, etc al. use.
Why no just kill ActiveX? Flash, Javascript, Silverlight... they all seem capable of the job.
I tend to stick with characters from Hamlet. It makes your servers sound epic.
I have an RS/6000 F50 sitting at home. Want it?
18 drive RAID array. 130GB total!
2 603e PPC Processors!
I don't turn it on anymore because it sucks up a lot of energy and makes a lot of noise.
We share an internet connection with a couple other companies. One day our internet connection came to a halt. We were initially blamed, but after disconnecting our firewall from the network, it obviously wasn't us. The real problem: an Asterisk box owned by the company who was in charge of the internet connection.
The company is IT "specialist" company to handle other companies IT needs. They are good at doing Windows stuff, but had no clue how to use linux. They found out we put together an Asterisk box for next to nothing, so they did the same. I handed them the latest Ubuntu disc (Dapper at the time), showed them how to install it and admin it and left them to it.
When the internet died, they found out it was their Asterisk box. It turns out that they weren't comfortable with Ubuntu, so they used their old Fedora disc that someone had burnt for them. They were running an UNPATCHED FC4 box (FC6 was about to be released) with an Asterisk web console running on port 80 and exposed to the internet.
I wish I could have investigated more, but the box had about 20-30 internet connection spanning a small IP range. I immediately pulled the ethernet connection. The binary responsible for the internet connections: ps. I rebooted the box and told them to close port 80. I told them what to do to secure their box, but who knows if they listened. I at least fired up yum to patch the box, but I was busy enough with my own work to hold their hand through the entire process.
I'm not sure what happened to that box, but now I can only imagine it's attacking eBay.
So in theory, if a hacker learned how authentication worked, he could use a botnet to generate keys and activate them. Over time, you could activate a good percentage of Vista's keys. Granted, it would be a long time, but it could be done.
I'll just throw in my experience. I went to Kettering University in Flint, MI. It's a top Mechanical Engineering school and I believe #1 for Industrial Engineering, so logically, I went there for Computer Science.
The bachelors program is Co-Op, so you go to school for 3 months, then work in your field for 3 months. I can't speak for the Engineering students, but my curriculum was almost completely based on theory. I envied my friends at other schools because they were doing stuff with GUI's while I learned advanced algorithms in Java and did Y2K conversions at my job.
To graduate, you have to write a thesis that incorporates what you have learned at school with a major project at your employer.
All in all, I think this is best way to get an education in any field. School should give you the theory that you can then apply in the real world.
The only down sides? Living in the ghettos of Flint and going to school where the guy:girl ration is around 8:1.