That was the Ferranti Mark I, first released in 1951.
Tootill passed away at the age of 95.
Finisterre found the security error after beginning to probe DJI's systems under DJI's bug bounty program, which was announced in August. But as Finisterre worked to document the bug with the company, he got increasing pushback -- including a threat of charges under the Computer Fraud and Abuse Act. DJI refused to offer any protection against legal action in the company's "final offer" for the data. So Finisterre dropped out of the program and published his findings publicly yesterday, along with a narrative entitled, "Why I walked away from $30,000 of DJI bounty money."
The company says they're now investigating "unauthorized access of one of DJI's servers containing personal information," adding that "the hacker in question" refused to agree to their terms and shared "confidential communications with DJI employees."
The dispute stems from an article EFF published in June 2016, featuring GEMSA in its "Stupid Patent of the Month" series. The GEMSA patent is for a "virtual cabinet" to store data. In the article, EFF staff attorney Daniel Nazer called GEMSA a "classic patent troll" that uses its patent on graphic representations of data storage to sue "just about anyone who runs a website." The article also says GEMSA "appears to have no business other than patent litigation."
The judge granted EFF a default judgment, saying the Australian court's injunction was not only unenforceable in the United States but also "repugnant" to the U. S. Constitution.
Specifically, an analysis of argon isotopes contained in crystals from the Bishop Tuff -- the large rocky outcrop produced when the Long Valley Caldera was created -- shows the magma from the supereruption was heated rapidly, not slowly simmered. Geologically speaking, that is -- meaning the heating forces that produced the supereruption occurred over decades, or perhaps a couple of centuries. (A long time for people, sure, but a blink of an eye in the life-time of a supervolcano.) The reasoning is that argon quickly escapes from hot crystals, so it wouldn't have a chance to accumulate in the rock if the rock were super-heated for a long time... Unfortunately, while scientists are doing everything they can to read the signs of volcanic supereruptions -- something NASA views as more dangerous than asteroid strikes -- the reality is, the new findings don't bring us any closer to seeing the future.
"This does not point to prediction in any concrete way," warns geologist Brad Singer, "but it does point to the fact that we don't understand what is going on in these systems, in the period of 10 to 1,000 years that precedes a large eruption."