24-6-20 Hazardous Life of an Undersea Cable - Asianometry > .
24-2-19 AI Played Wargames - Result Not Reassuring - Sabine > .
24-2-16 Undersea Cables, Sabotage, Internet, Surveillance - CuDr > . skip > .
24-2-15 H4D - Hacking for Defense, Gordian Knot | Policy Stories - Hoover > .
23-12-20 Undersea fibre-optic cables could be geopolitical frontier | ABC Aus > .
23-9-30 Internet Backbone = Hidden Infrastructure - B1M > .
23-8-29 Major FBI Operation Targeted Qakbot Botnet - Director Wray > .
23-8-11 Yandex as Most Dangerous Company | Co-Founder (subs) - Katz > .
23-4-16 R-U Hybrid Warfare: P00paganda, cyber, hybrid methods - Perun > .
23-3-3 Generative AI, ChatGPT, CG Art: Future of Work - Patrick Boyle > . skip > .
22-9-29 Pegasus: The Most Dangerous Virus In The World - Tech > .
Cyberattacks around the world, and especially in the U.S., have been on the rise. What can we do to combat it?
Cyberattacks seem to be really having a moment. Take the US, for example: the FBI has reported 4,000 attacks a DAY since the COVID pandemic began, and there’s no sign of things slowing down. But how exactly did we get to this point, and how can cybersecurity help us get out of this mess?
The infrastructure that we use every single day, in our houses, in our cars, in our workplaces, and generally in the country as a whole, is full of computing systems. Anything that prevents us from getting things done, or in some way makes that computing infrastructure create a negative event, we could consider that to be a threat.
The need for protection against cyber attacks really came into focus with STUXNET, the world’s first digital weapon. In 2010, it was found targeting Iran’s nuclear facilities, and in the process, proving that cyberattacks could have devastating consequences beyond the digital realm.
Computers today are more complex than ever, as are the types of threats they face. The more we ask our computers to do—open an email, visit a webpage, join a network—the more potential points of attack emerge.
Age of the cyber-attack: US struggles to curb rise of digital destabilization
https://www.theguardian.com/technolog... .
"There has been a 62% increase in ransomware globally since 2019, and 158% spike in North America"
Experts Say Cyberattacks Likely To Result In Blackouts In U.S.
https://www.forbes.com/sites/jimmagil... .
"Cybersecurity experts agree that at some point in the near future cyber criminals based in other countries could shut at least some portions of the U.S. power grid, if not the entire grid."
Global cybersecurity leaders say they feel unprepared for attack: report
https://thehill.com/policy/cybersecur... .
"Around 64 percent of CISOs said they believe they will face some form of cyberattack in the next 12 months."
22-8-6 Pegasus Spyware Leaks - Seytonic > .
⧫ Cryptography ..
⧫ Cyberwar, Digital Warfare ..
⧫ Electronic Warfare, Microwave Assault ..
⧫ Future Warfare ..
⧫ Government, Logistics - Hybrid Warfare ..
⧫ Hardware ..
⧫ Hybrid Warfare ..
⧫ Hypothetical Warfare, Wargaming ..
⧫ Intelligence ..
⧫ Internet ..
⧫ IP Theft (industrial, intellectual property theft) ..
⧫ MILDEC - Military Deception ..
⧫ Military ..
⧫ Propaganda, Communications ..
⧫ Cyberwar, Digital Warfare ..
⧫ Electronic Warfare, Microwave Assault ..
⧫ Future Warfare ..
⧫ Government, Logistics - Hybrid Warfare ..
⧫ Hardware ..
⧫ Hybrid Warfare ..
⧫ Hypothetical Warfare, Wargaming ..
⧫ Intelligence ..
⧫ Internet ..
⧫ IP Theft (industrial, intellectual property theft) ..
⧫ MILDEC - Military Deception ..
⧫ Military ..
⧫ Propaganda, Communications ..
Cyberattacks seem to be really having a moment. Take the US, for example: the FBI has reported 4,000 attacks a DAY since the COVID pandemic began, and there’s no sign of things slowing down. But how exactly did we get to this point, and how can cybersecurity help us get out of this mess?
The infrastructure that we use every single day, in our houses, in our cars, in our workplaces, and generally in the country as a whole, is full of computing systems. Anything that prevents us from getting things done, or in some way makes that computing infrastructure create a negative event, we could consider that to be a threat.
The need for protection against cyber attacks really came into focus with STUXNET, the world’s first digital weapon. In 2010, it was found targeting Iran’s nuclear facilities, and in the process, proving that cyberattacks could have devastating consequences beyond the digital realm.
Computers today are more complex than ever, as are the types of threats they face. The more we ask our computers to do—open an email, visit a webpage, join a network—the more potential points of attack emerge.
Age of the cyber-attack: US struggles to curb rise of digital destabilization
https://www.theguardian.com/technolog... .
"There has been a 62% increase in ransomware globally since 2019, and 158% spike in North America"
Experts Say Cyberattacks Likely To Result In Blackouts In U.S.
https://www.forbes.com/sites/jimmagil... .
"Cybersecurity experts agree that at some point in the near future cyber criminals based in other countries could shut at least some portions of the U.S. power grid, if not the entire grid."
Global cybersecurity leaders say they feel unprepared for attack: report
https://thehill.com/policy/cybersecur... .
"Around 64 percent of CISOs said they believe they will face some form of cyberattack in the next 12 months."
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