The key is that they will probably lose more money than the pittance they were hoping to gain. Also keep in mind that the MBAs who had nothing to do with this will use it to stab the other MBAs in the back.

Also it might serve as a warning to any other companies trying to pull that crap. Plus we techies will say, "Oh you rented a Hertz, you know they have spy cams in them?"

Plus I have had some pretty non techie types ask me about the bitcoin thing in utorrent. Plus every single one of my daughters' friend keep tape over their laptop web cams; not one of whom could make a hello world.

I love these MBA types who come up with these pretty much psychopathic ways to make a few extra bucks and don't realize that people will have a violently negative reaction.

I call this spreadsheet thinking; that is where a person has a spreadsheet showing the millions of car rentals and then adds a new line item where they make a few extra pennies per rental and it makes the bottom line go up by a nice jump. Then the MBAs give each other nice bonuses based upon this "brilliant" plan. What they don't have is a line item where their customers will actually pay more to use a different rental company that doesn't have cameras in their cars. The MBAs will just call them a few "irrational" actors who need to "get a life". Then when the media gets a hold of this they will say that "It was blown out of proportion" and eventually they will retreat saying that they need to "reposition" the technology.

The lesson the company won't learn is to stop hiring psychopathic MBAs.

Up until now if someone had an elite horse there was a limited amount of breeding it could do but that limit was still a huge number of horses. Thus most of the racing elite could get a taste of that DNA on their ranch. This kept out the riff-raff but still allowed the fairly rich to play. But with full on Cloning this will leave all but the richest unable to pay for this. For most of the horses that result from breeding a great horse just aren't champions.

But even worse is that if a real uber-champion comes along the normal course of events is that it would have a few good years and then be put out to breed. Now a very rich person could breed a new copy pretty much every year so that at least one copy of the uber-champion is ready to run. This person might not even sell the copies, just keep running them and keep wining.

So think of hockey team where they are able to buy only the entire line up of the best players. But then these players literally never retire.

So while these guys obviously have no real idea how DNA works; what they are doing is trying to twist reality into a form that suits their needs. The general rule of thumb is the further you bend reality the worse it hurts when it snaps back into your face.

I know people who are recent PhDs in various sciences and with only a few exceptions they have real trouble finding financing that doesn't end up going to various vested interests within their research institutions. Basically once it looks like money is coming their way all of a sudden a handful of boomer tenured professors have their hands deep into their pockets. Without it being a written rule these junior PhDs suddenly need "mentoring" or some other bullshit excuse. But when the budget is laid out the boomer will get a massive salary compared to the PhD who's research attracted the money in the first place. But then suddenly other things appear where the boomer will be the first name on any research. This is only the tip of the iceburg where the funding agencies are also cajoled into giving the money to the institution for them to disperse which means that even the boomer professor won't do well.

But in a very few instances I have seen where the money literally went to the PhD and he could even switch institutions and the money will follow. In those cases the university is 90% happy to let the PhD write the rules but still pressure for some of the money to find its way to a few boomers.

A common overlap is that the boomers to whom they try and direct the money to are also the same ones who usually are the ones who wrote the textbook that the students are forced to buy.

One great expression is: "Science progresses one funeral at a time." and I have seen this very much in action where the above are the success stories. The more likely scenario is that the younger PhD is looking for money to basically prove the boomers discoveries wrong or incomplete. The boomers are consulted as "experts" prior to a funding decision and they say that they might as well fund paranormal studies. Thus the younger PhDs are not allowed to explore the new and the only money goes to confirming what is "known".

Then at the other end of the research (assuming it is funded) is when they go to publish and the "anonymous" reviewers are those boomers with a vested interest in the research never seeing the light of day. So instead of being published in Nature they are relegated to publications one step up from a high school science fair.

But then there is one last FU waiting for younger researchers where they will publish something fundamental in a third rate journal only to have a "respected elder" in their field effectively republish the same results in a major journal and have that publication be the one that is heavily cited.

The last layer of stupid is where a few of the top schools seem to have the ears of the media. So if they come up with a solar cell that is 5% in one way while much worse in 20 other ways they will make the science news in many publications as "revolutionizing" solar power. But someone in a 2nd or 3rd tier university who comes up with a new solar cell that is 5% better in a few ways and as good as in all other ways will be ignored. This is critical because this is where new corporate funding often comes from.

But once in an extreme blue moon someone young and hungry gets out there and sets the world on fire. This despite so many layers of old school thinking these few bright lights do manage to squeak through. This is why science is so very off the rails. Most of the institutions don't exist to further real science but to ensure the tenure of those who have put in the decades and are "entitled" to their security.

I love the idea of a dumb-ish watch or a brilliant watch; But not something in the middle. I have looked at the Apple watch talk and it seems that you will still need your phone yet you will have not a whole lot of battery life.

Right now I want a watch that basically gives me minor tips as to what is going on with my phone. Texts, the time, the date, appointment reminders, and maybe directions from a running GPS route(all coming from my phone). That is about it. I don't need a map, I don't need to schedule appointments, I don't need health crap, I don't need to send texts, I don't need video, I don't need to take pictures, and just about anything else. For those features I have a phone that is really good.

This way my watch can be thin, simple, and have a great battery life.

Eventually (when the tech is ready)I want my watch to be my phone so that in theory I can wear it alone and be able to do a scaled down version of most of what I do on my phone now. Then I want to carry a screen thing that talks to my watch to access its features. But I only want this when the battery life is at least as good as my phone is now.

So if the Swiss are smart they will go for simplicity and elegance as a substitute for the gold plated pickup truck that apple plans on selling.

That said, Apple is going to sell a bazillion of these things and make piles of money; which is a good thing for a company. I just hope that they eventually go for simplicity or that someone else does; which will be a good thing for me; and maybe the Swiss.

Actually I tend to use the two separately but in concert. I will deploy an app that is pure C++ but the data that was created for the app was processed using Python and then when the app calls home it is talking to python and the data sent back will be python processed.

One interesting place where I do blend the two (C to be specific) is with OpenCL. Python will load and prepare the data into a Numpy array, then send it off to OpenCL for some abuse, then it returns and is maybe fiddled a bit more, and then put into some pretty format using Qt for the interface. This will soon be C++ as well seeing that C++ is apparently coming to OpenCL.

In the above development there is a tradeoff as debugging OpenCL is a monster pain in the ass. So often when I would develop something that would use OpenCL I would do it as a function in normal world and then when I had it working port it to OpenCL and send it off to the GPU for the massive speed boost.

I was actually talking about two concepts that annoying people use. They will template things that really do not need to be templated. I have seen people using pretty much strange template type code almost at the initializing a variable level. But these same people tend to put everything they can into an object. Very Java-like in that they will use an object with getters and setters where a struct(or simpler) would have been perfect.

I am not joking when I have seen people create classes where they will ever only be one instance of the class. It has no member functions other than getters and setters. The getters and setters only set and get (no business logic) and there are only a tiny few member variables.

The icing on the cake is when people will do the above with inheritance. Then when called on this lunacy will say, "It isn't proper OOP otherwise." The same people after they have finished wearing out the angle bracket keys making ridiculous templates will also use the term "Modern C++" to defend themselves.

What I find it boils down to is that there are people who's goal is to make clean code that works, and other people who lose site of why they are programming and focus on how they are programming.

I don't so much use it for glue code but I use it for whole programs. Once in a blue moon I will combine the two. But my primary thing is to use each for where it is best. Often I will have a shrink wrapped software product that uses data that has been massively noodled or will send data to a server for noodling. So the pre and post noodling will be done with python (in so few lines of code it is often obscene) and the shrinkwrapped shipped product will be in C++.

One of my favourites is cocos2d-x which uses C++ for mac, win, iOS, Linux, and android.

There is an interesting project called Kivy which allows for android and iOS Python development. But while very cool needs a bit more ripening for primetime.

Yup. Fully agreed. That is why enterprise languages exist. They aren't build for coding they are the devil's tools for building the 10th ring of hell (still under construction, 90% done, next milestone won't be missed just as long as that milestone is a report on why they are missing all the milestones)

And who is sent to this coding hell? Crappy programmers.

Actually that pretty much describes much of my C++ code. But some of the modern C++ like how cleanly a vector can be iterated through is actually pretty damn useful. I don't think that I have had an off-by-one error in literally a few years.

I have read maybe 1 billion articles about language X being better than language Y and in many cases it is pure religious fanaticism; someone has committed to a language and now justifies that commitment with zealotry. A very common refrain about any given language is how many people write poor code in that language. This argument is often reserved to support the more "sophisticated" languages. For instance it is pretty much a gold medal sport to crap on PHP; and yes there is lots of terrible PHP which probably stems from the fact that it is often someone's first language and that someone is self teaching.

Then other languages are looked at as toy languages by those who resent them, Python would often be a victim here.

Then there are the wonderful charts of speed which in theory would justify everyone using ASM optimized to their CPU.

But for me it is not one language but a pairing that has caught my heart. Python and C++ do just about everything I want. Python is just so damn productive. Then I use C++ for where Python falls down on speed or the environment itself is not conducive to C++ (embedded and multi-platform Mobile).

But to answer his cry about people over-engineering things with silly STL uber inheritance type crap. That is where oddly enough the zealots of C++ are their own worst enemies. They love C++ so much they are giving it a bad name. Many people use STL in some purist way that completely blows Keep It Simple Stupid out of the water.

But I really do hold a special revulsion for anyone who claims that their language "Enterprise" which translates to me as so shitty that nobody will notice that most of your drone developers are also shitty.

My theory is that there was a flash fire that pretty much instantly went from "Do you smell smoke" to "Ahhh my face is melting" then one of the brave pilots managed to dial in a rough turn to home into the autopilot before either fleeing the cockpit or dying. Then the plane filled with toxic smoke and sailed along with a dead bunch of occupants until it ran out of fuel. The autopilot then greased a perfect landing in the ocean keeping the plane largely intact where it slid peacefully to the sea floor.

This would explain the oddities, the lack of contact, the rough homeward direction, and its eventual destination.

I don't buy the suicide part because the pilots would assume that the plane would be found. Whereas they could simply screw up the landing and that would make them look stupid but not necessarily suicidal.

And the whole bit about him practising weird things with a flight simulator that is what most people do with flight simulators. A pilot would be the last person on earth do do something normal with a flight simulator. So either he is going to practice edge cases as a skill building exercise or he is going to slalom a 747 through a huge city because that is fun.

My personal bet is that the first bit of debris will show up in New Zealand and this will allow searchers to backtrack the currents to its actual destination.

What this all screams to me is that planes should be sending a regular report up to the satellites. It could even be an efficient system where the satellites don't even bother transmitting it back to earth unless requested. Or they could transmit a summary such as transponder, altitude, direction, speed, fuel, and maybe a vague summary of the system health back to earth and leave the details available upon request only.

This whole attempt at automation is trying to replicate a system designed for humans. But other options could make things easier for robots.

• For instance putting something like an RFID tag on clothing so that the robot doesn't have to do a complicated visual assessment of the clothing.
• Most washing machines are also very much designed for humans. But a washing machine that was altered for robotic use would be far better.
• For instance a machine that dumped the clothing out when it was done would be better than a machine where a machine has to reach in and pluck stuff out;
• as would a unified washer/dryer.
• Also the set up of a typical laundry room would be again poor. So to have the machine dump the clothing out onto a rimmed metal surface where the robot could pick things out (remember the rfid tags).
• And folding the clothing would be more based on the clothing itself. The manufacturer could identify the optimal folding pattern (from the rfid tag) that the robot would use.
• Then there are steps like ironing where again a robot wielding a traditional iron would be stupid. But one of those roller press things would be great.

It would be like having a self driving car actually have hands and feet that can operate the steering wheel, tickers, gearshift etc while using eyes mounted on its head inside the car.

To me there are two kinds of elite. The classic one that generally serves only the rich elites is a university that is very hard to get into.

But the second kind would be one where they teach hard things to high levels and thus it is hard to graduate from. With an online scenario it could be possible to let pretty much everyone in and let the actual courses be the filter.

That said, I have a nephew who recently graduated from a third rate university's engineering program. Basically they taught them shit but worked them to the bone. If you didn't have a fantastic work ethic and discipline then you may very well not complete the course. But the engineering skills learned would be borderline useless.

So what I would love with an online truly elite university would be basically opensource courses. That is all the materials, videos, tests, etc would be published. This way they would have trouble concealing the fact that their course sucked.