Curious, we went looking online and discovered a Zendesk article from Nuance that announced the iOS version of the app would be discontinued as well. In order to confirm this, we also reached out to Nuance PR and they confirmed that development of Swype+Dragon for Android has indeed been discontinued.
One company involved in the test told the Wall Street Journal that for over 80 percent of the 911 calls where Googl's system was used, the tech giant's location data were more accurate than what wireless carriers provided. The company, RapidSOS, also said that while carrier data location estimates had, on average, a radius of around 522 feet, Google's data gave estimates with radii around 121 feet. Google's data also arrived more quickly than carrier data typically did.
He writes in an opinion that the FCC's order "which promulgates a new deregulatory policy effectively undoing network neutrality, includes no language purporting to create, extend or modify the preemptive reach of the Transparency Rule," referring to how ISPs have to disclose "actual network performance." And although Charter attempted to argue that the FCC clarified its intent to stop state and local governments from imposing disclosure obligations on broadband providers that were inconsistent with FCC's rules, Sherwood notes other language from the "Restoring Internet Freedom Order" how states will "continue to play their vital role in protecting consumers from fraud, enforcing fair business practices... and generally responding to consumer inquiries and complaints."
Separately, CNET reported yesterday that SpaceX's Falcon 9 launch on Saturday will include "[t]he first pair of demonstration satellites for the company's 'Starlink' service." The demonstration launch is confirmed in SpaceX's FCC filings. One SpaceX filing this month mentions that a secondary payload on Saturday's Falcon 9 launch will include "two experimental non-geostationary orbit satellites, Microsat-2a and -2b." Those are the two satellites that SpaceX previously said would be used in its first phase of broadband testing.
The new injunction prevents Tickbox from linking to any "build," "theme," "app," or "addon" that can be indirectly used to transmit copyright-infringing material. Web browsers such as Internet Explorer, Google Chrome, Safari, and Firefox are specifically excluded. In addition, Tickbox must also release a new software updater that will remove any infringing software from previously sold devices. All tiles that link to copyright-infringing software from the box's home screen also have to be stripped. Going forward, only tiles to the Google Play Store or to Kodi within the Google Play Store are allowed. In addition, the agreement also allows ACE to report newly discovered infringing apps or addons to Tickbox, which the company will then have to remove within 24-hours, weekends excluded.
More important are two things: the moat and the motive. The moat is the one between communications and applications. Communications say things, and applications interact with things. There are crossover areas, but something like email is designed and overwhelmingly used to say things, while websites and apps are overwhelmingly designed and used to interact with things. The moat between communication and action is important because it makes it very clear what certain tools are capable of, which in turn lets them be trusted and used properly. We know that all an email can ever do is say something to you (tracking pixels and read receipts notwithstanding). It doesn't download anything on its own, it doesn't run any apps or scripts, attachments are discrete items, unless they're images in the HTML, which is itself optional. Ultimately the whole package is always just going to be a big , static chunk of text sent to you, with the occasional file riding shotgun. Open it a year or ten from now and it's the same email. And that proscription goes both ways. No matter what you try to do with email, you can only ever say something with it -- with another email. If you want to do something, you leave the email behind and do it on the other side of the moat.
Every deep-space mission that makes course corrections needs to send signals to ground stations on Earth. Those ground stations rely on atomic clocks to measure just how long those signals took to arrive, which allows them to locate the spacecrafts position down to the meter in the vast vacuum. They then send signals back, telling the craft where they are and where to go next. Thats a cumbersome process, and it means any given ground station can support only one spacecraft at a time. The goal of DSAC, according to a NASA fact sheet, is to allow spacecraft to make precise timing measurements onboard a spacecraft, without waiting for information from Earth. A DSAC-equipped spacecraft, according to NASAs statement, could calculate time without waiting for measurements from Earth -- allowing it to make course adjustments or perform precision science experiments without pausing to turn its antennas earthward and waiting for a reply.