That is an unbelievably slick thing that you've got there.

It feels very light-weight, it's approximately instantly-responsive. Back button works. I don't understand the stats (or my contribution to them), but whatever.

(the closed-captioning pop-up causes some overlay issues for me, though)

moar edit: Upon further review with my very not-special desktop box, I'm reasonably confident that this is the quickest, most-responsive "TV-watching" experience I've had since analog NTSC left the scene ~eons ago. It's fast like switching from channel 11 to channel 13 used to be with the very quickest and most well-behaved of tuners.

What aren't you doing that everyone else is doing?

I think https://tv.garden/ has more channels than your especially if i look at Japan

This is incredible! It loaded so fast on my mobile and I’m able to watch channels from all over. Amazing stuff man. It requires a thread of its own

This as a Jellyfin plugin would be awesome!

very cool. How would have this on actual TV? Load it in the built in browser?

Just stays on the loading screen for me (Safari, iOS 26).

This is fantastic, as others have said. Could you talk a bit about how it's so wonderfully fast?

This is such a high quality TV viewing experience, I really love it! Amazing work!

Love it

I'm pretty sure it was built by a compiler, using libraries provided by Google and others. Until Claude can directly output machine code packaged for distribution, it's just another middleman between the source of intent (the human) and the final deliverable.

</sarcasm, mostly>

You're absolutely right and let me be honest about the honest load-bearing smoking-gun you point at.

the interface shows the top movies right now on https://www.themoviedb.org/

I’m not against piracy but the initial pitch made it seem like it’s more purely for trying to cast streams embedded in websites that you already are visiting and/or have access to, of which do not “allow” you to cast, or for whatever reason only work on a laptop and not on something like AirPlay. But the LLM-slop description of “random websites” in addition to the option for a TVDB API key confuse me as to what the actual focus is here.

It could just be streaming the trailer.

I work with browser fingerprinting, so I took a look at the repo to see what it actually does. From what I can tell, it only patches navigator, the Audio API, and the Canvas API. That is pretty basic, so it will likely get flagged easily.

With the right simulated events, a headless browser becomes indistinguishable from a real browser without platform detection. It's not hard to figure out that these headless browsers are running a software renderer on Linux. In time, they're just going to have to detect Linux users and force them to fill out one or multiple challenges if workarounds like these keep getting used.

The checkbox is just a small part of what the checks are doing. It's monitoring everything the browser is doing and how the browser is responding to certain events up until you tick the checkbox, at which point it determines if you need one of those "are you human" challenges or if you can pass without interruption, based on how bot-like you are.

People have been automating WoW for a generation using things like peripherals duct taped to oscillating fans despite multi-million dollar budgets designed to defeat things far more sophisticated than this.

I would think of headless browser automation in exactly the same way you would about cheating in FPS video games. The red team always has the initiative and can win if they want to spend enough time and money.

> was that it detects headless browsers

> Apparently this just simulates clicking on the checkmark

Not just that. It also spoofs a bunch of browser stuff.

A standard headless browser will probably get flagged.

If you can make the browser pass all the other checks going on in the background, clicking the checkmark is all that's left.

Yes, kindof…

It's a CLI that lets you select a movie, finds a matching stream from streaming websites, transcodes it, burns in subtitles in real time, and tells your TV to play it.

I am not sure how this would help with piracy? It can only play a stream you already have access to, it doesn’t break encryption or anything.

  - proxies:
      - "https://1embed.cc"
      - "https://www.vidking.net"
    templates:
      movie: "/embed/movie/{itemID}"
      episode: "/embed/tv/{itemID}/{season}/{episode}"

  - proxies:
      - "https://www.rivestream.app"
    templates:
      movie: "/embed/torrent?type=movie&id={itemID}"
      episode: "/embed/torrent?type=tv&id={itemID}&season={season}&episode={episode}"

  - proxies:
      - "https://www.rivestream.app"
    templates:
      movie: "/embed?type=movie&id={itemID}"
      episode: "/embed?type=tv&id={itemID}&season={season}&episode={episode}"

It's an alternative way to cast media to your TV by way of somehow ripping the streaming video off said website or service.

I agree, is the use case any video stream other than big established ( which already support casting)... So... bootleg sports streams?

You probably have to expose it to do Upnp through the VM that is needed for docker on Macos.

I tried with v1.4.1, TVs running Roku TV do not seem to be supported at this point of time, at least "castor scan" does not yield any results. Roku TV does support Apple AirPlay as an add-on as you probably know.

It's also remarkably "old" in a digital sense:

  Digital Living Network Alliance (DLNA) is a set of interoperability standards for sharing home digital media among multimedia devices. Introduced 2004; 22 years ago.

* https://en.wikipedia.org/wiki/DLNA

  Google Cast is a proprietary protocol developed by Google for playing locally stored or Internet-streamed audiovisual content on a compatible consumer device. The protocol is used to initiate and control playback of content on digital media players, high-definition televisions, and home audio systems using a mobile device, personal computer, or smart speaker. The protocol was first launched on July 24, 2013; 12 years ago.

* https://en.wikipedia.org/wiki/Google_Cast