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#techdisruption — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #techdisruption, aggregated by home.social.

  1. 🤡 Oh, the tragedy! The rent-seeking overlords are clutching their pearls as their empire of inefficiency crumbles under the weight of AI making dinner reservations. 🍽️ Who knew an algorithm could be the grim reaper for overpriced mediocrity? 📉
    geohot.github.io//blog/jekyll/ #rentseeking #AIinnovation #dinnerreservations #overpricedmediocrity #techdisruption #HackerNews #ngated

  2. 🤡 Oh, the tragedy! The rent-seeking overlords are clutching their pearls as their empire of inefficiency crumbles under the weight of AI making dinner reservations. 🍽️ Who knew an algorithm could be the grim reaper for overpriced mediocrity? 📉
    geohot.github.io//blog/jekyll/ #rentseeking #AIinnovation #dinnerreservations #overpricedmediocrity #techdisruption #HackerNews #ngated

  3. 🤡 Oh, the tragedy! The rent-seeking overlords are clutching their pearls as their empire of inefficiency crumbles under the weight of AI making dinner reservations. 🍽️ Who knew an algorithm could be the grim reaper for overpriced mediocrity? 📉
    geohot.github.io//blog/jekyll/ #rentseeking #AIinnovation #dinnerreservations #overpricedmediocrity #techdisruption #HackerNews #ngated

  4. 🤡 Oh, the tragedy! The rent-seeking overlords are clutching their pearls as their empire of inefficiency crumbles under the weight of AI making dinner reservations. 🍽️ Who knew an algorithm could be the grim reaper for overpriced mediocrity? 📉
    geohot.github.io//blog/jekyll/ #rentseeking #AIinnovation #dinnerreservations #overpricedmediocrity #techdisruption #HackerNews #ngated

  5. 🤡 Oh, the tragedy! The rent-seeking overlords are clutching their pearls as their empire of inefficiency crumbles under the weight of AI making dinner reservations. 🍽️ Who knew an algorithm could be the grim reaper for overpriced mediocrity? 📉
    geohot.github.io//blog/jekyll/ #rentseeking #AIinnovation #dinnerreservations #overpricedmediocrity #techdisruption #HackerNews #ngated

  6. High software implementation costs are so last decade. 💀

    @zoho is using AI to smash the "disturbed value equation," making intelligence, not integration, the real investment. Read the interview!

    zurl.co/C1Aoy

    #Zoho #AI #EnterpriseSoftware #TechDisruption

  7. High software implementation costs are so last decade. 💀

    @zoho is using AI to smash the "disturbed value equation," making intelligence, not integration, the real investment. Read the interview!

    zurl.co/C1Aoy

    #Zoho #AI #EnterpriseSoftware #TechDisruption

  8. High software implementation costs are so last decade. 💀

    @zoho is using AI to smash the "disturbed value equation," making intelligence, not integration, the real investment. Read the interview!

    zurl.co/C1Aoy

    #Zoho #AI #EnterpriseSoftware #TechDisruption

  9. $62 billion wiped from software billionaires in 5 weeks.

    Larry Ellison lost nearly $40 billion.
    Steve Ballmer down $29 billion.
    This isn't a recession. It's the market realizing that being smarter than everyone else is becoming a $20/month subscription.

    Who it actually hits hardest might surprise you → thenovtech.com/p/the-elites-ha

    #AI #FutureOfWork #ArtificialIntelligence #GoldmanSachs #AIEconomy #TechDisruption #AItools #DigitalEconomy #MediumWriter

  10. AI có khả năng làm thay thế nhiều công việc, đặc biệt trong lĩnh vực hành chính và xử lý dữ liệu. Chủ tịch Ngân hàng Anh cảnh báo cần chuẩn bị sớm chính sách để ứng phó. #AI #CôngNghiệp4_0 #BaoHiểmViệcLàm #AIAndJobs #TechDisruption

    reddit.com/r/singularity/comme

  11. Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk

    Story by Alexander Clark, 12/1/2025

    Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy

    "Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.

    "For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.

    "Preparing for the next superstorm in a crowded sky

    "The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.

    "As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."

    Read more:
    msn.com/en-us/news/technology/

    #SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability

  12. Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk

    Story by Alexander Clark, 12/1/2025

    Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy

    "Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.

    "For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.

    "Preparing for the next superstorm in a crowded sky

    "The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.

    "As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."

    Read more:
    msn.com/en-us/news/technology/

    #SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability

  13. Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk

    Story by Alexander Clark, 12/1/2025

    Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy

    "Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.

    "For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.

    "Preparing for the next superstorm in a crowded sky

    "The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.

    "As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."

    Read more:
    msn.com/en-us/news/technology/

    #SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability

  14. Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk

    Story by Alexander Clark, 12/1/2025

    Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy

    "Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.

    "For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.

    "Preparing for the next superstorm in a crowded sky

    "The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.

    "As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."

    Read more:
    msn.com/en-us/news/technology/

    #SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability

  15. Record #SolarSuperstorm shrank Earth’s plasma shield 78%, #GPS at risk

    Story by Alexander Clark, 12/1/2025

    Excerpt: "Why this storm is a warning shot for the #SatelliteEconomy

    "Even without a total collapse of the magnetosphere, the recent superstorm delivered a clear warning to the satellite industry. Constellations in low Earth orbit [#LEO], such as #SpaceX’s #Starlink or #OneWeb, already have to contend with atmospheric drag and radiation, but they usually operate well inside the magnetosphere’s protection. When the plasma shield shrinks, those satellites face a double challenge: increased drag from a heated upper atmosphere and a more hostile radiation environment that can degrade electronics and solar panels. The event that compressed Earth’s shield by nearly 80 percent effectively stress-tested the assumptions behind the rapid expansion of commercial space infrastructure, a point underscored in analyses of how a solar storm can threaten satellites when the magnetosphere is squeezed.

    "For operators of navigation, communications, and Earth observation satellites in higher orbits, the implications are even more direct. Many of these spacecraft were designed based on historical records of geomagnetic storms that did not include such extreme compression of the magnetosphere, which means their shielding, redundancy, and fault management systems may not fully account for the conditions seen in this event. As I look at the trajectory of the satellite economy, with thousands of new platforms planned for launch in the coming years, the lesson is clear: space weather resilience can no longer be treated as a niche concern. It has to be built into hardware design, constellation architecture, and operational playbooks from the start, or the next superstorm could turn a profitable orbital network into a liability overnight.

    "Preparing for the next superstorm in a crowded sky

    "The recent compression of Earth’s plasma shield did not trigger the kind of global blackout or navigation collapse that worst-case scenarios envision, but it came close enough to expose the seams in current preparedness. Space weather forecasting has improved, yet the lead times and confidence levels are still limited, especially for the most extreme events. To protect GPS, power grids, and other critical systems, operators need not just alerts that a storm is coming but actionable guidance on how severe the magnetospheric compression is likely to be, which orbits will be most exposed, and how long the elevated risk will last, insights that depend on the kind of multi-satellite observations and modeling showcased in the reconstruction of this storm.

    "As I weigh the evidence, the path forward looks less like a single technological fix and more like a layered strategy. That means hardening satellites and ground infrastructure against radiation and induced currents, building redundancy into navigation and timing systems so that GPS is not a single point of failure, and integrating space weather scenarios into everything from grid planning to aviation routing. It also means improving public communication so that when the next superstorm hits, people understand both the seriousness of a 78 percent shrinkage of Earth’s plasma shield and the practical steps being taken to manage the risk. The recent event was a vivid reminder that our digital civilization is built inside a magnetic cocoon that can flex and falter, and that planning for those moments is no longer optional."

    Read more:
    msn.com/en-us/news/technology/

    #SolarSuperstorm #SolarFlares #Magnetosphere #MagnetosphericCompression #Satellites #SpaceIndustry #DarkSkies #SpaceJunk #InternetOutages #KesslerSyndrome #CarringtonEvent #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability

  16. Amazon has added over 750,000 robots to its workforce.
    A clear signal of how rapidly AI, robotics, and computer vision are reshaping labor and logistics. 🤖📦
    The automation wave is no longer coming — it’s already here.
    How do we prepare for a world where machines augment or even replace human work?
    #AI #Automation #Robotics #FutureOfWork #DigitalTransformation #Industry40 #EthicalAI #TechDisruption

  17. Hollywood spent decades fighting Netflix. Now they're fighting AI video.

    Same playbook. Same outcome coming.

    Studios think they can control this like they controlled distribution. They can't. The tools are already out there. The talent is learning them.

    #AI #Hollywood #MediaIndustry #TechDisruption

    bloomberg.com/news/newsletters

  18. Hollywood spent decades fighting Netflix. Now they're fighting AI video.

    Same playbook. Same outcome coming.

    Studios think they can control this like they controlled distribution. They can't. The tools are already out there. The talent is learning them.

    #AI #Hollywood #MediaIndustry #TechDisruption

    bloomberg.com/news/newsletters

  19. Anthropic’s Claude Sonnet 4.5 coded nonstop for 30 hours raising alarms about the end of entry-level developer jobs. AI may boost profits, but it risks erasing career ladders for future coders.

    #AI #ClaudeSonnet #Anthropic #FutureOfWork #TechDisruption #Automation #Coding #Jobs #TECHi

    Read Full Article Here :- techi.com/ai-coding-30-hours-j

  20. Anthropic’s Claude Sonnet 4.5 coded nonstop for 30 hours raising alarms about the end of entry-level developer jobs. AI may boost profits, but it risks erasing career ladders for future coders.

    Read Full Article Here :- techi.com/ai-coding-30-hours-j

  21. Anthropic’s Claude Sonnet 4.5 coded nonstop for 30 hours raising alarms about the end of entry-level developer jobs. AI may boost profits, but it risks erasing career ladders for future coders.

    #AI #ClaudeSonnet #Anthropic #FutureOfWork #TechDisruption #Automation #Coding #Jobs #TECHi

    Read Full Article Here :- techi.com/ai-coding-30-hours-j

  22. Anthropic’s Claude Sonnet 4.5 coded nonstop for 30 hours raising alarms about the end of entry-level developer jobs. AI may boost profits, but it risks erasing career ladders for future coders.

    #AI #ClaudeSonnet #Anthropic #FutureOfWork #TechDisruption #Automation #Coding #Jobs #TECHi

    Read Full Article Here :- techi.com/ai-coding-30-hours-j

  23. Anthropic’s Claude Sonnet 4.5 coded nonstop for 30 hours raising alarms about the end of entry-level developer jobs. AI may boost profits, but it risks erasing career ladders for future coders.

    #AI #ClaudeSonnet #Anthropic #FutureOfWork #TechDisruption #Automation #Coding #Jobs #TECHi

    Read Full Article Here :- techi.com/ai-coding-30-hours-j

  24. So, like, I probably have a couple hundred of them at this point! (I take a lot of photos.) But I *suspect* that these SIM cards weren't for photo storage...

    Also, fun fact -- did you know that old digital cameras could also be reconfigured into EMP disruptors as well (though it involves a lot of soldering).

    instructables.com/Handheld-EMP

    #EMPDevice #DigitalCameras #TechDisruption #TechVulnerability

  25. So, like, I probably have a couple hundred of them at this point! (I take a lot of photos.) But I *suspect* that these SIM cards weren't for photo storage...

    Also, fun fact -- did you know that old digital cameras could also be reconfigured into EMP disruptors as well (though it involves a lot of soldering).

    instructables.com/Handheld-EMP

    #EMPDevice #DigitalCameras #TechDisruption #TechVulnerability

  26. So, like, I probably have a couple hundred of them at this point! (I take a lot of photos.) But I *suspect* that these SIM cards weren't for photo storage...

    Also, fun fact -- did you know that old digital cameras could also be reconfigured into EMP disruptors as well (though it involves a lot of soldering).

    instructables.com/Handheld-EMP

    #EMPDevice #DigitalCameras #TechDisruption #TechVulnerability

  27. So, like, I probably have a couple hundred of them at this point! (I take a lot of photos.) But I *suspect* that these SIM cards weren't for photo storage...

    Also, fun fact -- did you know that old digital cameras could also be reconfigured into EMP disruptors as well (though it involves a lot of soldering).

    instructables.com/Handheld-EMP

    #EMPDevice #DigitalCameras #TechDisruption #TechVulnerability

  28. So, like, I probably have a couple hundred of them at this point! (I take a lot of photos.) But I *suspect* that these SIM cards weren't for photo storage...

    Also, fun fact -- did you know that old digital cameras could also be reconfigured into EMP disruptors as well (though it involves a lot of soldering).

    instructables.com/Handheld-EMP

    #EMPDevice #DigitalCameras #TechDisruption #TechVulnerability

  29. This article does not mention common sense stuff -- like making printed copies of important documents, storing data on external hard drives, or having a Ham radios and/or walkie talkies or mesh networks!

    Experts Warn The #Internet Will Go Down In A Big Way — And You'd Better Be Ready

    Story by Geoff Williams, 9/23/2025

    "It’s bad enough when the internet goes down for a few hours because your power went out after a storm, but what if the internet went down indefinitely, sort of everywhere? What if your state or an entire region of the country lacked the internet or electricity because of a cyberattack or something innocuous, like problems with an aging grid or the federal government forgot to pay a bill?"

    Read more (pretty lame -- reads like a #Starlink advert):
    msn.com/en-us/news/technology/

    #InternetOutages #KesslerSyndrome #CarringtonEvent #cyberattacks #1000SIMCards #CyberAttacks #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability #OneThousandSIMCards #Malware #Stuxnet

  30. This article does not mention common sense stuff -- like making printed copies of important documents, storing data on external hard drives, or having a Ham radios and/or walkie talkies or mesh networks!

    Experts Warn The #Internet Will Go Down In A Big Way — And You'd Better Be Ready

    Story by Geoff Williams, 9/23/2025

    "It’s bad enough when the internet goes down for a few hours because your power went out after a storm, but what if the internet went down indefinitely, sort of everywhere? What if your state or an entire region of the country lacked the internet or electricity because of a cyberattack or something innocuous, like problems with an aging grid or the federal government forgot to pay a bill?"

    Read more (pretty lame -- reads like a #Starlink advert):
    msn.com/en-us/news/technology/

    #InternetOutages #KesslerSyndrome #CarringtonEvent #cyberattacks #1000SIMCards #CyberAttacks #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability #OneThousandSIMCards #Malware #Stuxnet

  31. This article does not mention common sense stuff -- like making printed copies of important documents, storing data on external hard drives, or having a Ham radios and/or walkie talkies or mesh networks!

    Experts Warn The #Internet Will Go Down In A Big Way — And You'd Better Be Ready

    Story by Geoff Williams, 9/23/2025

    "It’s bad enough when the internet goes down for a few hours because your power went out after a storm, but what if the internet went down indefinitely, sort of everywhere? What if your state or an entire region of the country lacked the internet or electricity because of a cyberattack or something innocuous, like problems with an aging grid or the federal government forgot to pay a bill?"

    Read more (pretty lame -- reads like a #Starlink advert):
    msn.com/en-us/news/technology/

    #InternetOutages #KesslerSyndrome #CarringtonEvent #cyberattacks #1000SIMCards #CyberAttacks #SystemVulnerabilities #ConnectedGrids #TechDisruption #DisruptiveTechnology
    #Landlines #TechVulnerability #OneThousandSIMCards #Malware #Stuxnet