schwit1 shares a report from Behind The Black: In his hunt to locate Zuma, an amateur astronomer has discovered that a long-dead NASA satellite, designed to study the magnetosphere, has come back to life. IMAGE went dead in 2005, and though NASA thought it might come back to life after experiencing a total eclipse in 2007 that would force a reboot, no evidence of life was seen then. It now appears that the satellite came to life sometime between then and 2018, and was chattering away at Earth waiting for a response. NASA is now looking at what it must do to take control of the spacecraft and resume science operations. Zuma is the secret U.S. government payload that was launched by SpaceX earlier this month and reportedly lost. As for why Scott Tilley -- the amateur radio astronomer -- decided to have a look for the present of secret military satellites, Ars Technica reports that he apparently does this semi-regularly as a hobby and, in this case, was inspired by the Zuma satellite.

Quoting snydeq: "In the fast-paced world of technology, complacency can be a career killer," Paul Heltzel writes in an article on 20 ways to kill your IT career without knowing it. "So too can any number of hidden hazards that quietly put your career on shaky ground -- from not knowing your true worth to thinking you've finally made it. Learning new tech skills and networking are obvious ways to solidify your career. But what about accidental ways that could put your career in a slide? Hidden hazards -- silent career killers? Some tech pitfalls may not be obvious."
CIO's reporter "talked to a number of IT pros, recruiters, and developers about how to build a bulletproof career and avoid lesser-known pitfalls," citing hazards like burning bridges and skipping social events. But it also warns of the dangers of staying in your comfort zone too long instead of asking for "stretch" assignments and accepting training opporunities.

The original submission puts the same question to Slashdot readers. "What silent career killers have you witnessed (or fallen prey to) in your years in IT?"

Manufacturers lock consumers into restrictive "user agreements," and inside "there's things like you won't open the case, you won't repair," complains a U.S. advocacy group called The Repair Association. But now the issue is getting some more attention in the American press. An anonymous reader quotes NPR: Modern tractors, essentially, have two keys to make the engine work. One key starts the engine. But because today's tractors are high-tech machines that can steer themselves by GPS, you also need a software key -- to fix the programs that make a tractor run properly. And farmers don't get that key.

"You're paying for the metal but the electronic parts technically you don't own it. They do," says Kyle Schwarting, who plants and harvests fields in southeast Nebraska... "Maybe a gasket or something you can fix, but everything else is computer controlled and so if it breaks down I'm really in a bad spot," Schwarting says. He has to call the dealer. Only dealerships have the software to make those parts work, and it costs hundreds of dollars just to get a service call. Schwarting worries about being broken down in a field, waiting for a dealer to show up with a software key.
The article points out that equipment dealers are using those expensive repair calls to offset slumping tractor sales. But it also reports that eight U.S. states, including Nebraska, Illinois and New York, are still considering bills requiring manufacturers to sell repair software, adding that after Massachusetts passed a similar lar, "car makers started selling repair software."

Slashdot reader Tekla Perry writes: IEEE USA says H-1B visas are a tool used to avoid paying U.S. wages. "For every visa used by Google to hire a talented non-American for $126,000, ten Americans are replaced by outsourcing companies paying their H-1B workers $65,000," says the current IEEE USA president, writing with the past president and president-elect. The outsourcing companies, Infosys, Cognizant, Wipro, and Tata Consultancy in 2014 "used 21,695 visas, or more than 25 percent of all private-sector H-1B visas used that year. Microsoft, Google, Facebook, and Uber, for comparison, used only 1,763 visas, or 2 percent," they say.
On Friday, IEEE-USA also issued a new criticism about the lack of progress in reforming the H-1B program, saying "At least 50,000 Americans will lose their jobs this year because the president has yet to fulfill the promise he made to millions who voted for him."

Slashdot reader snydeq shared "11 Predictions For the Future of Programming" by InfoWorld's contributing editor -- and one prediction was particularly dire: The passing of the PC isn't only the slow death of a particular form factor. It;s the dying of a particularly open and welcoming marketplace... Consoles are tightly locked down. No one gets into that marketplace without an investment of capital. The app stores are a bit more open, but they're still walled gardens that limit what we can do. Sure, they are still open to programmers who jump through the right hoops but anyone who makes a false move can be tossed...

For now, most of the people reading this probably have a decent desktop that can compile and run code, but that's slowly changing. Fewer people have the opportunity to write code and share it. For all of the talk about the need to teach the next generation to program, there are fewer practical vectors for open code to be distributed.

DesertNomad points out this article at The Register "about a fairly aged Pentium-based server that lasted 18+ years without much in the way of service." Reminds me that I have a pair of working, occasionally used, Pentium-based notebooks (more like lug-books), one of which is a 1999 Thinkpad, and the other a 1996 CTX. I'm sure there are plenty of boxes out there that have survived at least 18 years and that are in daily or constant use. The fans are always the tricky part! What's your best personal hardware-survival stories? I have some keyboards in active service that were made in 1984, and probably some of them go back well before that, but keyboards should last that long.

Motherboard takes a look at the ongoing leak from a deep well in Southern California, and the engineering challenges that mean it won't be stopped for a while. From Motherboard's report: An enormous amount of harmful methane gas is currently erupting from an energy facility in Aliso Canyon, California, at a startling rate of 110,000 pounds per hour. The gas, which carries with it the stench of rotting eggs, has led to the evacuation 1,700 homes so far. Many residents have already filed lawsuits against the company that owns the facility, the Southern California Gas Company. ... Part of the problem in stopping the leak lies in the base of the well, which sits 8,000 feet underground. Pumping fluids down into the will, usually the normal recourse, just isn't working, said [copmany spokesperson Anne] Silva. Workers have been "unable to establish a stable enough column of fluid to keep the force of gas coming up from the reservoir." The company is now constructing a relief well that will connect to the leaking well, and hopefully provide a way to reduce pressure so the leak can be plugged. As the article notes, methane is an especially noxious gas in a figurative as well as literal sense; while it spends less time in the atmosphere than does CO2, it is more effective at trapping heat.

Velcroman1 (1667895) writes "Michael Ramsay and Jim Barton created a revolution with TiVo, a device that challenged the notion that we had to watch TV shows when they aired. And they hoped to do it again with Qplay, a device that challenged the notion that short-form videos had to be consumed one at a time, like snacks instead of meals. Qplay streamed curated queues of short-form Internet video to your TV using a small, simple box controlled by an iPad app. So what went wrong? Unlike TiVo, the Qplay box was difficult to justify owning, and thevalue of the service itself is questionable. And as of last week, Qplay is closed."

An anonymous reader writes I'll be returning to North America for July for the first time in a few years, and I'm curious how the phone carrier market compares with the rest of the world. My last time in the U.S., I had to pick up a disposable phone with all kinds of unnecessary environmental waste (charger, packaging, etc.), and *still* had to register it with another domestic (!) phone number and credit card. I don't think I could get a SIM card there without a contract. Anywhere else I travel, picking up a new SIM card with pre-loaded credit is trivially easy. In my last trip to the UK, I just put GBP 10 into a vending machine at the airport and picked up a loaded SIM card for my phone which aldready has my contacts and settings. No ID, no name, no hassle. What are the best options for me in North America (U.S. *and* Canada)?

theodp (442580) writes "GeekWire reports that a Microsoft researcher's 1991 video could torpedo Apple's key 'slide to unlock' patent, one of 5 patents that the iPhone maker cited in its demand for $40 per Samsung phone. Confronted with what appears to be damning video evidence of prior art that pre-dates its 'invention' by more than a decade, Apple has reportedly argued that the sliding on/off switch demoed by Catherine Plaisant is materially different than the slide to unlock switch that its 7 inventors came up with. Apple's patent has already been deemed invalid in Europe because of similar functionality present in the Swedish Neonode N1M." The toggle widgets demoed in the video (attached below) support sliding across the toggle to make it more difficult to swap state (preventing accidental toggling). The video itself is worth a watch — it's interesting to see modern UIs adopting some of the idioms that testing in the early 90s showed were awful (e.g. Gtk+ 3's state toggles).