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  1. In einer Stunde ist wieder überreligionaler #CCCZH resp. #CCC-CH Labertreff. jitsi.ff3l.net/ccczh

  2. Heute abend ist wieder virtueller #CCCZH-Treff, so ab 19:00 Uhr bis alle eingeschlafen (oder heimgegangen) sind. jitsi.ff3l.net/ccczh

  3. Heute abend ist wieder #CCCZH Treff! Wie immer ab 19:00 Uhr am gewohnten Ort auf jitsi.ff3l.net/ccczh

  4. Heute Abend ist wieder virtueller #CCCZH Treff. Komm auch, red mit! (Mit oder ohne Video, ist egal!)

    Wo: jitsi.ff3l.net/ccczh
    Wann: Mittwochs, ab 19:00 Uhr bis alle eingeschlafen sind.

  5. Prison Rules: Pirates and Airports is all about trust. Tom and Sylvia soon learn who they can trust, and who they can not. And dangers confront them even before the mission begins.
    #booksy #authors&writing
    Pick up a copy on Kobo, Amazon, SmashWords, B&N, Bookstore, and other bookseller sites.
    kobo.com/us/en/ebook/prison-ru

  6. Prison Rules: Pirates and Airports is all about trust. Tom and Sylvia soon learn who they can trust, and who they can not. And dangers confront them even before the mission begins.
    #booksy #authors&writing
    Pick up a copy on Kobo, Amazon, SmashWords, B&N, Bookstore, and other bookseller sites.
    kobo.com/us/en/ebook/prison-ru

  7. Prison Rules: Pirates and Airports is all about trust. Tom and Sylvia soon learn who they can trust, and who they can not. And dangers confront them even before the mission begins.
    #booksy #authors&writing
    Pick up a copy on Kobo, Amazon, SmashWords, B&N, Bookstore, and other bookseller sites.
    kobo.com/us/en/ebook/prison-ru

  8. Prison Rules: Pirates and Airports is all about trust. Tom and Sylvia soon learn who they can trust, and who they can not. And dangers confront them even before the mission begins.
    #booksy #authors&writing
    Pick up a copy on Kobo, Amazon, SmashWords, B&N, Bookstore, and other bookseller sites.
    kobo.com/us/en/ebook/prison-ru

  9. Prison Rules: Pirates and Airports is all about trust. Tom and Sylvia soon learn who they can trust, and who they can not. And dangers confront them even before the mission begins.
    #booksy #authors&writing
    Pick up a copy on Kobo, Amazon, SmashWords, B&N, Bookstore, and other bookseller sites.
    kobo.com/us/en/ebook/prison-ru

  10. Fighting Fascism pod welcomes Sarah Myers West, "who lays out why #AI, as it's currently structured, is all about the consolidation of power among a handful of #oligarchs, but also how that's not how it needs to be."

    redcircle.com/shows/de5dbe33-6

    (v. her co-authored piece, "The Great AI Grift": thenation.com/article/economy/)
    #tech #artificialIntelligence #BigTech #techFutures #techCriticism #techOligarchs

  11. Fighting Fascism pod welcomes Sarah Myers West, "who lays out why #AI, as it's currently structured, is all about the consolidation of power among a handful of #oligarchs, but also how that's not how it needs to be."

    redcircle.com/shows/de5dbe33-6

    (v. her co-authored piece, "The Great AI Grift": thenation.com/article/economy/)
    #tech #artificialIntelligence #BigTech #techFutures #techCriticism #techOligarchs

  12. Fighting Fascism pod welcomes Sarah Myers West, "who lays out why #AI, as it's currently structured, is all about the consolidation of power among a handful of #oligarchs, but also how that's not how it needs to be."

    redcircle.com/shows/de5dbe33-6

    (v. her co-authored piece, "The Great AI Grift": thenation.com/article/economy/)
    #tech #artificialIntelligence #BigTech #techFutures #techCriticism #techOligarchs

  13. Fighting Fascism pod welcomes Sarah Myers West, "who lays out why #AI, as it's currently structured, is all about the consolidation of power among a handful of #oligarchs, but also how that's not how it needs to be."

    redcircle.com/shows/de5dbe33-6

    (v. her co-authored piece, "The Great AI Grift": thenation.com/article/economy/)
    #tech #artificialIntelligence #BigTech #techFutures #techCriticism #techOligarchs

  14. Take control of your finances: #FireflyIII on #RaspberryPi. 💰🍓
    #Docker setup for easy installation budgeting, reports, rules. Running even on a small Raspberry PI Zero 2W!
    peppe8o.com/firefly-iii-raspbe #FinTech #peppe8o @ff3

  15. Take control of your finances: #FireflyIII on #RaspberryPi. 💰🍓
    #Docker setup for easy installation budgeting, reports, rules. Running even on a small Raspberry PI Zero 2W!
    peppe8o.com/firefly-iii-raspbe #FinTech #peppe8o @ff3

  16. Take control of your finances: #FireflyIII on #RaspberryPi. 💰🍓
    #Docker setup for easy installation budgeting, reports, rules. Running even on a small Raspberry PI Zero 2W!
    peppe8o.com/firefly-iii-raspbe #FinTech #peppe8o @ff3

  17. Take control of your finances: #FireflyIII on #RaspberryPi. 💰🍓
    #Docker setup for easy installation budgeting, reports, rules. Running even on a small Raspberry PI Zero 2W!
    peppe8o.com/firefly-iii-raspbe #FinTech #peppe8o @ff3

  18. Take control of your finances: #FireflyIII on #RaspberryPi. 💰🍓
    #Docker setup for easy installation budgeting, reports, rules. Running even on a small Raspberry PI Zero 2W!
    peppe8o.com/firefly-iii-raspbe #FinTech #peppe8o @ff3

  19. they think they found the issue.

    here is their reply:

    "The Problem: In many Qualcomm-based (QCA) drivers, the Multicast Snooping (MCS) module is programmed to ignore "well-known" or "permanent" multicast addresses (reserved by IANA) for snooping purposes. It floods them to all ports to ensure compatibility with network protocols that rely on these addresses. Like the one that you are choosing here is just the permanent multicast address "ff05::1234".

    The Consequence: Because the system doesn't "snoop" these addresses, it never learns which specific client wants the traffic. Without this "MDB" entry, the Access Point cannot perform Multicast-to-Unicast (M2U) conversion, which is essential for stable video/data streaming over Wi-Fi.

    The Solution: Moving to the ff3x::/16 range (often used for SSM - Source-Specific Multicast) or other non-permanent ranges allows the MCS to intercept the join requests and create the necessary entries for optimization."

    I then tried ff35::1234 and it did not work #IPv6 #multicast #cursed

  20. they think they found the issue.

    here is their reply:

    "The Problem: In many Qualcomm-based (QCA) drivers, the Multicast Snooping (MCS) module is programmed to ignore "well-known" or "permanent" multicast addresses (reserved by IANA) for snooping purposes. It floods them to all ports to ensure compatibility with network protocols that rely on these addresses. Like the one that you are choosing here is just the permanent multicast address "ff05::1234".

    The Consequence: Because the system doesn't "snoop" these addresses, it never learns which specific client wants the traffic. Without this "MDB" entry, the Access Point cannot perform Multicast-to-Unicast (M2U) conversion, which is essential for stable video/data streaming over Wi-Fi.

    The Solution: Moving to the ff3x::/16 range (often used for SSM - Source-Specific Multicast) or other non-permanent ranges allows the MCS to intercept the join requests and create the necessary entries for optimization."

    I then tried ff35::1234 and it did not work #IPv6 #multicast #cursed

  21. they think they found the issue.

    here is their reply:

    "The Problem: In many Qualcomm-based (QCA) drivers, the Multicast Snooping (MCS) module is programmed to ignore "well-known" or "permanent" multicast addresses (reserved by IANA) for snooping purposes. It floods them to all ports to ensure compatibility with network protocols that rely on these addresses. Like the one that you are choosing here is just the permanent multicast address "ff05::1234".

    The Consequence: Because the system doesn't "snoop" these addresses, it never learns which specific client wants the traffic. Without this "MDB" entry, the Access Point cannot perform Multicast-to-Unicast (M2U) conversion, which is essential for stable video/data streaming over Wi-Fi.

    The Solution: Moving to the ff3x::/16 range (often used for SSM - Source-Specific Multicast) or other non-permanent ranges allows the MCS to intercept the join requests and create the necessary entries for optimization."

    I then tried ff35::1234 and it did not work

  22. they think they found the issue.

    here is their reply:

    "The Problem: In many Qualcomm-based (QCA) drivers, the Multicast Snooping (MCS) module is programmed to ignore "well-known" or "permanent" multicast addresses (reserved by IANA) for snooping purposes. It floods them to all ports to ensure compatibility with network protocols that rely on these addresses. Like the one that you are choosing here is just the permanent multicast address "ff05::1234".

    The Consequence: Because the system doesn't "snoop" these addresses, it never learns which specific client wants the traffic. Without this "MDB" entry, the Access Point cannot perform Multicast-to-Unicast (M2U) conversion, which is essential for stable video/data streaming over Wi-Fi.

    The Solution: Moving to the ff3x::/16 range (often used for SSM - Source-Specific Multicast) or other non-permanent ranges allows the MCS to intercept the join requests and create the necessary entries for optimization."

    I then tried ff35::1234 and it did not work #IPv6 #multicast #cursed

  23. How can we use #AI to combat this little problem in American #education: students #shooting their teachers?

    Well, replace all teachers with AI, of course!

    Now, we all know a vast majority of students are no longer exerting themselves, and are cheating on homework and take-home tests, using AI. So, we might as well replace all students with AI, too.

    Bob’s your uncle: no more #SchoolShooting.

    Who needs trivial matters like skills and knowledge, when we are all praying for protection and prosperity, at the high alter of AI?

    Now, could AI tackle our other little problem: #guns?

    apnews.com/article/texas-high-