Generally, yes it's not worth the time or the effort. However, if you're serious about taking advantage of your old drives, I'd suggest using RAID on top of LVM. LVM will allow you to group drives of different sizes together to form a logical volume. You can then use software RAID to ensure data integrity. Over time, as drives fail, you can replace failed drives with new ones and rebuild the failed logical volume. A simple Samba server should suffice for your file sharing needs.

That's complete nonsense. Bittorrent and other peer to peer networks are definitely bandwidth intensive, but you don't need DPI to maintain performance on a network. A properly configured QoS should be more than enough to balance things out. Simply prioritizing the outbound data by source address alone would ensure that anyone trying to perform bandwidth intensive tasks gets their fair share. IP protocols were designed to deal with bandwidth restrictions but also to use as much as possible. It's therefore possible that a few HTTP downloads could congest an entire network in the same way a bittorrent client does. This is becoming even more common with modern browsers which use multiple connections to try and retrieve data faster from remote servers.

The only thing DPI provides is the ability to restrict access to specific protocols based solely on packet content. If encryption is used, DPI is useless as it cannot differentiate between the traffic. The end result is a never ending war between software developers and network administrators. The final outcome has yet to be decided.

You and the author of the article both seem to be missing one important aspect of password hashing. You're never supposed to apply a particular hashing algorithm directly to a password. Instead the user's password should be combined with some salt(random data) and then hashed. The resulting hash can still be brute forced, but any resulting hashes can't be used as collisions for other stored hashes as they require a different known salt to be used. In other words, while it took the author 49 minutes he only had to compute 6^n number of hashes where n is the number of possible characters per position (lowercase, uppercase, numeric?). If each hashed password had a different known salt appended, he would have had to compute 14 * 6^n number of hashes. This is an order of magnitude larger than the original time. Of course, this only applies if the salt is known. If the salt is unknown during the brute-force it's practically impossible to discover the original password.

Sadly it seems a lot of people still think $10,000 is a briefcase full of cash. Lets break it down shall we.. Assuming they used standard US bills we get the following:

1. $10,000 = $100 x 100 bills = 1 stack of 100, $100 bills
2. $10,000 = $50 x 200 bills = 2 stacks of 100, $50 bills
3. $10,000 = $20 x 500 bills = 5 stacks of 100, $20 bills
4. $10,000 = $10 x 1000 bills = 10 stacks of 100, $10 bills
5. $10,000 = $5 x 2000 bills = 20 stacks of 100, $5 bills
6. $10,000 = $1 x 10000 bills = 100 stacks of 100, $1 bills

At 0:14 when they open the case you can clearly see several stacks marked as $100, some as $50, and some as $5. If the briefcase truly has $10,000 in it, the stacks marked with $100 bills must be filled with something other than $100 bills as a single stack would equal the amount the briefcase was said to hold. Given the variety of bills in the case, it appears they went to a lot of trouble to convince us that they gave away $10,000 USD. The reality is they probably didn't, and that the entire thing was just as staged as the briefcase full of cash.

I completely agree. Remove the word "lawful" from all sections and I'll be much more supportive of their efforts. If all content and application communications were protected under the First Amendment then word "lawful' would only serve to restrict that right in the future by designating specific things as "unlawful". The last thing we need is government overview of what applications or content are considered "lawful".

I thought gasoline taxes already accounted for this sort of thing. That is the more you drive your car the more tax you pay in taxes. If you're one of those idiots that must drive an 8mpg SUV then you undoubtedly pay more in taxes than someone who drives a midsized or compact car. Is this fair? I think so.

TFA is referring not to de-facto ubiquitous coverage by multiple independent access points, but by a single, centrally run mesh of access points owned and operated (at least partially) by the municipal government.

At least in the USA, this has largely been quashed by the telcos in the courts, claiming that such networks are unfair competition to their price gouging mobile data plans.