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Australia recently enacted legislation to ban children under 16 from using social media a policy that the Australian government plans to enforce through the use of untested age-verification technology.
Early in 2020, cyberspace attackers apparently working for the Russian government compromised a piece of widely used network management software made by a company called SolarWinds. The US government deserves considerable blame, of course, for its inadequate cyberdefense. Who is at fault?
Earlier this week, I signed on to a short group statement , coordinated by the Center for AI Safety: Mitigating the risk of extinction from AI should be a global priority alongside other societal-scale risks such as pandemics and nuclear war. Poses ‘Risk of Extinction,’ Industry Leaders Warn.”
Reading the headlines, one would hope that the rapid gains in AI technology have also brought forth a unifying realization of the risks—and the steps we need to take to mitigate them. Some are concerned about far-future risks that sound like science fiction. AI could destroy humanity or pose a risk on par with nukes.
Related: Technology and justice systems The U.S. Avaya Holdings , Check Point Software Technologies , and Mimecast Limited each minimized or obscured the extent of security breaches linked to the SolarWinds Orion hack, impacting investor trust and highlighting the critical importance of clear, truthful communication.
government officials. telecoms, compromising networks to steal call records and access private communications, mainly of government and political figures. broadband providers, including Verizon, AT&T, and Lumen Technologies, potentially accessing systems for lawful wiretapping and other data. .” broadband providers.
Representatives Josh Gottheimer (D-NJ) and Darin LaHood (R-IL) introduced the bipartisan No DeepSeek on Government Devices Act, seeking to prohibit federal employees from using the AI-powered application DeepSeek on government-issued devices. Federal Communications Commission (FCC) for security concerns. For the U.S. For the U.S.
Cybersecurity governance has undergone a dramatic transformation over the past few decades. From its early days, where security was an afterthought to business operations, to the present, where it has become a board-level discussion, governance has had to adapt to an ever-evolving digital landscape.
government officials. telecoms, compromising networks to steal call records and access private communications, mainly of government and political figures. broadband providers, including Verizon, AT&T, and Lumen Technologies, potentially accessing systems for lawful wiretapping and other data. .” broadband providers.
However, with every partnership comes potential risk. As networks expand to include third, fourth, and even fifth parties, the complexities of managing these risks multiply. For CCEOs and senior leaders, effective third-party risk management (TPRM) is not just a necessity—it’s a strategic imperative.
Join Bonnie Stith, former Director of the CIA’s Center for Cyber Intelligence , and and Joseph Steinberg, renowned cybersecurity expert witness and columnist , for a special, free educational webinar, Best Practices for Asset Risk Management in Hospitals. The discussion will cover: * How IT asset risks have evolved.
And, while today’s commercially-created quantum machines are nowhere near powerful enough to approach quantum supremacy, absolutely nobody knows the true extent of the quantum capabilities of all of the technologically-advanced governments around the world. Clearly, there is a need to act in advance – and acting takes time.
To wrap up our 2024 year-end roundtable, we turn our attention to new technologies and trends that are emerging to help bridge the gaps. Enterprises must secure AI agents, adopt proactive data governance, and deploy AI-based security platforms. As compute costs decrease, autonomous operations and AI-discovered zero-day exploits loom.
Enter the Texas Responsible AI Governance Act, or TRAIGA, with Texas's unique style of doing business—balancing innovation with accountability, consumer empowerment, and a good ol' dash of no-nonsense enforcement. These are labeled "High-Risk AI Systems" (HRAIS). if they (1) put their name or trademark on a high-risk AI system.(2)
Its a question of how much risk your organization is willing to take, based on the data you must protect and its long-term value. We recommend using Dr. Michele Moscas theorem of quantum risk against an optimistic vs. pessimistic probability analysis. This is where the concern of harvest now, decrypt later attacks apply.
This shift is expected to place significant pressure on organizations that haven’t yet developed trusted data to manage risk effectively. To mitigate risks, businesses will invest in modern, privacy-enhancing technologies (PETs), such as trusted execution environments (TEEs) and fully homomorphic encryption (FHE).
As technology advances, so do the methods and motivations of those who seek to disrupt global stability. Cyber attacks can compromise critical infrastructure, financial systems, and sensitive government data. The risk posed by these actors continues to grow as nations rely increasingly on interconnected digital infrastructure.
For us in cyber, how do we navigate these new digital threats especially when we layer in the rise of AI and deepfake technologies, and the stakes grow even higher? Deepfake Technology Amplifying Risks: The evolution and democratisation of deepfake technology have blurred the line between reality and fabrication.
If there is one statistic that sums up the increasing pace of technological change, it might well be this. This rapid transformation creates a challenge for boards tasked with balancing emerging risks and strategic opportunities. The Data Governance Act creates a framework to facilitate trustworthy data sharing across the EU.
But it risks giving the Egyptian government permission to read users’ emails and messages. The app also provides Egypt’s Ministry of Communications and Information Technology, which created it, with other so-called backdoor privileges, or the ability to scan people’s devices.
Among the key findings: Widespread vulnerabilities: The OIG's passive assessment revealed critical or high-risk vulnerabilities in 97 drinking water systems serving more than 26.6 Invest in security technology: Utilize advanced security technologies to protect critical infrastructure and data. million people.
Ironically, while many larger enterprises purchase insurance to protect themselves against catastrophic levels of hacker-inflicted damages, smaller businesses – whose cyber-risks are far greater than those of their larger counterparts – rarely have adequate (or even any) coverage. Cyberattacks can even kill businesses.
An analysis of their technology infrastructure shows that all of these exchanges use Russian email providers, and most are directly hosted in Russia or by Russia-backed ISPs with infrastructure in Europe (e.g. A machine-translated version of Flymoney, one of dozens of cryptocurrency exchanges apparently nested at Cryptomus.
Graylark Technologies who makes GeoSpy says its been developed for government and law enforcement. But the investigative journalists from 404 Media report thatthe tool has also been used for months by members of the public, with many making videos marveling at the technology, and some asking for help with stalking specific women.
This platform will allow European manufacturers to securely report cyber vulnerabilities, helping governments and businesses respond quickly to threats before they become full-blown attacks. Tech sovereignty: Reducing dependence on external players A major motivation behind this investment is to reduce Europes reliance on foreign technology.
government. This means that thousands of government contractors will soon be required to implement structured processes for identifying, reporting, and mitigating vulnerabilities, aligning them with U.S. National Institute of Standards and Technology (NIST) guidelines.
Here’s what you should know about the risks, what aviation is doing to address those risks, and how to overcome them. It is difficult to deny that cyberthreats are a risk to planes. Risks delineated Still, there have been many other incidents since. There was another warning from the U.S.
He is also the inventor of several information-security technologies widely used today; his work is cited in over 500 published patents. He frequently serves as a cybersecurity expert witness , advises businesses and governments on information security matters, and has amassed millions of readers as a regular columnist for Forbes and Inc.
Chinese company 360 Security Technology, also known as Qihoo 360, purchased Lemon Seed, according to its 2019 annual report. The Entity List identifies entities that the US believes pose a risk to its national security. Both use language lifted directly from Chinese privacy regulations.
The Government of Canada ordered the TikTok Technology Canada Inc. The government is taking action to address the specific national security risks related to ByteDance Ltd.’s s operations in Canada through the establishment of TikTok Technology Canada, Inc.
From baby monitors to home security systems, these IoT products have become integral to daily life, yet they also present significant cybersecurity risks. National Institute of Standards and Technology (NIST) and certified by accredited labs. A shield of confidence for consumers The U.S. A model for cybersecurity progress The U.S.
The Australian Government has issued a new directive banning the use of Kaspersky Lab products and web services The post Australia Bans Kaspersky Products from Government Systems, Citing “Unacceptable Security Risk” appeared first on Cybersecurity News.
As we approach 2025, the cybersecurity landscape is evolving rapidly, shaped by technological advancements, regulatory shifts, and emerging threats. Tools like ChatGPT and Bard, powered by large language models, showcase how generative AI transforms business processesbut they also pose new risks. The challenge?
government agency in charge of improving the nation’s cybersecurity posture is ordering all federal agencies to take new measures to restrict access to Internet-exposed networking equipment. “COVID-19 extended the life of these companies and technologies, and that’s unfortunate.”
In 2018, Australia passed the Assistance and Access Act, which—among other things—gave the government the power to force companies to break their own encryption. The Assistance and Access Act includes key components that outline investigatory powers between government and industry.
million devices running Microsoft Windows, disrupting air travel, hospitals, governments, and business operations around the world. On July 19th, 2024, a faulty software update issued by the cybersecurity firm, CrowdStrike, took down over 8.5 The discussion will take place via Zoom at Noon US Eastern, tomorrow, Wednesday, July 24th.
A long supply chain adds third-party risks, as each partner’s security affects your own, making identity and access management more challenging. And therein lies the problem: Your enterprise could be at risk if their credentials are unsafe. So, what’s a bit of increased risk where usernames and passwords are concerned?
These technologies bypass signature-based defenses and mimic legitimate behavior, making detection more challenging. This incident highlights three key risks of AI-driven attacks: Sophistication: AI allows attacks to evolve in real-time, rendering static defenses obsolete.
In mid-March 2025, Kaspersky technologies detected a wave of infections by previously unknown and highly sophisticated malware. However, Kaspersky’s exploit detection and protection technologies successfully identified the zero-day exploit that was used to escape Google Chrome’s sandbox.
The increasing sophistication of these technologies has made it harder than ever to distinguish real content from fake. A study by the Massachusetts Institute of Technology (MIT) presented in 2019 revealed that deepfakes generated by AI could deceive humans up to 60% of the time. As the technology evolves, so will its misuse.
Check Point Software Technologies Ltd., The SEC charged the companies with "materially misleading disclosures regarding cybersecurity risks and intrusions." The SEC further noted that Unisys lacked proper internal controls to ensure accurate and timely reporting of such high-risk incidents. Check Point Software Technologies Ltd.
Democracy, and the systems of governance that surround it, will be no exception. Some items on my list are still speculative, but none require science-fictional levels of technological advance. We don’t know how long this will continue, but my bet is on continued major technological advances in the coming years.
It is essential to understand the risks posed by quantum computing, as future advancements could compromise today's encrypted data, opening new opportunities for threat actors. Current efforts to address quantum threats Recognizing these risks, organizations and governments are developing quantum-resistant cryptographic methods.
The government agencies released a guide that advises telecom and critical infrastructure defenders on best practices to strengthen network security against PRC-linked and other cyber threats. telecoms, compromising networks to steal call records and access private communications, mainly of government and political figures.
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