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Top-level
 That meant that Americans couldn't just add a DTV tuner to their analog sets - they'd have to throw away their TVs and buy high-def ones. No one wanted to do this, in part because none of the broadcasters were willing to create high-def content (why would they, when everyone had standard-def TVs?). Advertisers weren't willing to pay to produce high-def commercials, because broadcasters weren't broadcasting in high-def, and viewers weren't watching in high-def. It was a total vapor-lock. 4/ 9 comments
That created a sticking-point in negotiations with Hollywood studios - who had vast libraries of 35mm films that could be digitized into high-def and used to kick-start the transition. The studios said that without scrambling, they'd just be providing the raw fodder for a high-def video Napster, and they flat-out refused to license their movies for DTV broadcast. 6/ All of this created the conditions for one of the weirdest, most surreal tech policy proposals I've ever encountered, before or since: the Broadcast Flag. Here was the pitch: the broadcasters and studios would conspire with the consumer electronics and tech companies studios to create a "standard" for preventing "piracy" (the Broadcast Flag). The Broadcast Flag would be a single bit (a 0 or 1) in the header of a video. 7/ The "standard" required any compliant device to look for this bit, and if it found a "1," to *pretend that the video it was receiving was scrambled.* It would then have to *actually* scramble the video before saving it, using a DRM that would be licensed on terms that required that the video remain scrambled before it was output - either as a picture, or to another drive, or over a network. 8/ The thing is, all you would need to do to defeat the Broadcast Flag would be to build a TV tuner that *didn't* look for the 0 or 1 and *didn't* scramble the video before saving it. And building a DTV tuner just meant looking up the open, public standard for DTV (the ATSC standard), and following its instructions. 9/ But remember, US politicians were desperate to get Americans to give up their analog TVs, and the studios had the high-def libraries that might make that happen, and they'd vowed not to release them for DTV transmission without DRM (they carefully avoided promising that they would *ever* release movies for DTV transmission under any circumstances, but whatever). 10/ Enter Billy Tauzin, a lavishly corrupt Congressman who would shortly quit "public service" to take a job as the spokesliar for Phrma, the pharmaceutical lobby. Tauzin had told the broadcasters and studios that if they could get the CE and tech companies to agree on a standard for the Broadcast Flag, he'd get a law passed that would make it illegal to build a DTV receiver that didn't check for and respond to the Flag. 11/ But here's where it gets *super* gnarly. Thanks to a technology called #SoftwareDefinedRadio (SDR), *any* computer could be a DTV receiver. That meant that a law that said you could only build a DTV receiver if it was designed to look for the Broadcast Flag and to prevent users from modifying it, that you would end up regulating *every computer that would ever be built or sold, forever*. What's more, that ban on "modifiability" would mean that all Free/Open Source software would be banned. 12/ That's obviously a nightmarish idea, but the whole thing was so complicated that just explaining it to people was a huge slog. It was a classic #MEGO problem ("my eyes glaze over"), where a wicked scheme is so complex that it's just about impossible to get anyone to care about it until it's too late. This is what Dana Claire calls "The shield of boringness." 13/ |
Gregory's Server
To make all this worse, broadcast TV viewers skew older and more rural: that is, they are more likely to vote, *and* their votes carry more weight thanks to antimajoritarian institutions like the Electoral College. This is a constituency no politician could afford to antagonize.
But wait, there's more! US spectrum policy bans TV broadcasters from scrambling their signals.
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