I asked the FCC. Answer is here... Live Scanner Radio From Ft. Myers, FL
Live Scanner Radio From Ft. Myers, FL
Live Scanner Radio From Ft. Myers, FL
Yes, and much of the digital communication (most?) is P25 in the clear, which can be decoded with consumer-grade scanners.
I asked the FCC. Answer is here... Live Scanner Radio From Ft. Myers, FL
Live Scanner Radio From Ft. Myers, FL
The FCC plain out said in that its not illegal.
Quote the law that states streaming a scanner over the Internet is illegal then...
I didn't say that it's illegal. I said that that link does not establish that it isn't illegal.
Quote the law that states streaming a scanner over the Internet is illegal then...
Well, there's this from 47 USC 605 (which, to my knowledge, is not part of the "FCC rules"; if that's correct, a letter from the FCC saying anything about "FCC rules" is irrelevant, as ibagli has pointed out a few times):
No person not being authorized by the sender shall intercept any radio communication and divulge or publish the existence, contents, substance, purport, effect, or meaning of such intercepted communication to any person.(emphasis added)
Absent any other statutory text that says "divulging or publishing intercepted, unencrypted, Part 90 public safety communications is OK", the above-quoted statutory text seems to control.
There are more details in this post: http://forums.radioreference.com/li...ve-audio-broadcasts-archives.html#post1328895. In that post, I describe why I think the general "for the use of the general public" exception to section 605 does not necessarily apply to intercepted public safety comms.
What's a 'basic key' and 'strongest key' as far as underground usage is concerned?Thats interesting - thank's for the info.
By contrast, not only in the UK, but across most of Europe, a concerted effort has been made over the last decade to transition public service & utility comm's to Motorola/TETRA - with much of it enciphered (albeit in most cases with a basic key - excepting the key/s used by various police forces, who have always opted for the strongest key usable).
You may also want to explain those claims more in detail, in particular how a TETRA signal propagates differently to a signal based on another standard. And how exactly does firmware come into play here?A big issue in early days was the suitability of TETRA in subterranean environments.
Many of Europes' capital cities have underground tube systems and both the TETRA hardware and firmware/software was not originally designed with underground usage in mind. That "problem" has been addressed properly over the last 5 years or so, and it is now possible to link an officer underground one end of London, with an officer above ground on the other side of London.
Should read: What's a 'basic key' and 'strongest key'?What's a 'basic key' and 'strongest key' as far as underground usage is concerned?