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This is the third of three blogs in a series to help the energy and utility industries. You can read the first blog on Ransomware and Energy and Utilities and the second blog on Threat Intelligence and Energy and Utilities as well. for utilizingIoT. CSA_STOP-MCA-AGAINST-OT_UOO13672321.PDF
The utility industry is undergoing changes that were unimaginable just a few decades ago. But it also includes smart devices that monitor every aspect of today's utilities. But what does 5G mean for utilityIoT? Whether it's faster internet, cleaner energy, or world peace, you will see this character's name.
To ensure energy security and economic stability, protecting the infrastructure is essential. Digital transformation: The integration of IoT, SCADA systems, and advanced analytics has increased operational efficiency but also expanded the attack surface. This significantly reduces the risk of unauthorized access.
As most of us know, IoT devices are on the rise in enterprise networks. According to McKinsey & Company , the proportion of organizations that use IoT products has grown from 13 percent in 2014 to 25 percent today. The issue is that these tens of billions of new devices will likely amplify the inherent security risks of IoT.
The State of Cybersecurity in Canada 2025 report, published by the Canadian Cybersecurity Network (CCN) and the Security Architecture Podcast , delivers an in-depth analysis of the evolving threat landscape, emerging risks, and strategic recommendations for Canadian organizations. Key findings: the cyber threat landscape in 2025 1.
Related: How decentralized IoT boosts decarbonization Yet, more so than ever, infusing trustworthiness into modern-day digital services has become mission critical for most businesses. If you factor in where we are in the world today with things like IoT, quantum computing and generative AI, we could be heading for a huge trust crisis.”
Consumers and organizations are enthused about the operational benefits of more robust mobile connectivity, but the shift to 5G networks doesn’t come without risks. Here we’ll discuss the most significant risks posed by 5G, how U.S. Table of Contents What Are the Cybersecurity Risks of 5G? How is 5G Different?
Critical Success Factors to Widespread Deployment of IoT. Digital technology and connected IoT devices have proliferated across industries and into our daily lives. Electric grid utilities are deploying smart meters to better correspond to consumers energy demands while lowering costs. Threat vectors on IoT.
As highlighted in the recent COP26 conference, human activity is causing unprecedented and potentially irreversible change to our environment, which is being driven by our production of harmful emissions and excessive energy consumption. But smart meters aren’t just saving energy in the homes of consumers.
New research from Israeli security firm JSOF recently found vulnerabilities in millions of critical Internet of Things (IoT) and Industrial Internet of Things (IIoT) devices in a range of fields and industries. Iot and IIoT security risks. Iot and IIoT security risk mitigation.
In an example from last year, lack of risk-based adoption of cloud software and lack of controls to prevent access to ICS networks caused service disruption at a US drinking water treatment facility, where cyber-attack via poorly controlled cloud software (desktop sharing) had increased sodium hydroxide levels in drinking water [v].
Interest in industrial control systems (ICS) security has shot up in response to cyberattacks on organizations like the city of Oldsmar’s water utility , Honda , Merck , Maersk , and Johannesburg’s electric utility. Manufacturers, energy and water utilities, mines, ports, railways, roadways, and more. Learn more.
In fact, memory attacks have quietly emerged as a powerful and versatile new class of hacking technique that threat actors in the vanguard are utilizing to subvert conventional IT security systems. Allegedly developed by US and Israeli operatives, Stuxnet was discovered circulating through Iranian nuclear energy facilities in 2010.
Cybersecurity concerns relating to the protection of data are having a significant impact on the modernization (or lack thereof) of critical and public utility infrastructure, with many utility companies failing to adopt new tools and technology available to them.
Here are a few key takeaways: The security bottleneck The next great leap forward in digital technologies will give us driverless ground transportation, green cities that continually optimize energy usage and self-improving medical treatments. This, in fact, is the core security challenge companies face defending their business networks.
The ongoing geopolitical storm brings not only classical cyberthreats for business, but also unpredictable risks and ‘black swans’ The main problem for 2023 will be supply-chain stability and cybersecurity. The economic downturn (caused by energy prices, inflation, sanctions, etc.) IoT Vulnerabilities.
From IoT devices to internet-based services, the security of countless devices and web-based services' are dependant upon a secure Linux account privilege model. The energy firm did not say how many accounts were affected by the breach, which was first reported by MoneySavingExpert.com. We believe the risk is low for you and your data.
The threat of attacks against Critical National Infrastructure (CNI) – energy, utilities, telecommunications, and transportation – is now front of mind for many. Reducing the risk of attacks such as ransomware and malware on CNI will be of paramount importance to the stability of nation states for years to come.
The increased connectivity brought on by the Industrial Internet of Things (IIoT) allows for more real-time monitoring and adjustment of power, but with those benefits also comes greater risk. The reliability of the grid has become a topic of greater national interest. including the electricity grid.
For advantages, private blockchains are more scalable and energy-efficient with suggested use cases of banking and supply chain management. For modern networks, the introduction of new endpoints – be it remote laptops for personnel or client IoT devices – is a roadblock being actively addressed. Risk of compromise. Block Armour.
Beyond traditional IT operations that utilize servers, routers, PCs and switches, these organizations also rely on OT, such as programmable logic controllers (PLCs), distributed control systems (DCSs) and human machine interfaces (HMIs) to run their physical plants and factories. For organizations that have implemented an Industry 4.0
Cedric Leighton is founder and president of Cedric Leighton Associates, a strategic risk and leadership management consultancy. Since founding Cedric Leighton Associates, he has become an internationally known strategic risk expert. Leighton is also a founding partner of CYFORIX, specializing in the field of cyber risk.
Although the features beyond network access control and services can be valuable, they are beyond the scope of this review and will not be covered further here. Agents Forescout Platform is an agentless solution.
If a utility or critical infrastructure provider is unable to systematically protect against or rapidly detect and respond to the unauthorized or misuse of a remote access solution into the systems that matter most to operations and even downstream lives, what about a more sophisticated attack executed by a nation state actor?
When you capture someone else’s exploit and use it (or patch it), you’ve used their energy against them. If you can better use an adversary’s energy and time for your own benefit, you have a higher chance of succeeding. There is value in offense and you get some utility such as access, intelligence, or control.
When you capture someone else’s exploit and use it (or patch it), you’ve used their energy against them. If you can better use an adversary’s energy and time for your own benefit, you have a higher chance of succeeding. There is value in offense and you get some utility such as access, intelligence, or control.
When you capture someone else’s exploit and use it (or patch it), you’ve used their energy against them. If you can better use an adversary’s energy and time for your own benefit, you have a higher chance of succeeding. There is value in offense and you get some utility such as access, intelligence, or control.
For example, in 2009, the Obama administration provided financial incentives to utilities in the United States. And again, smart meters were positioned squarely as making the environment more friendly by knowing how and when energy is being used by individual customers. Environmental effects caused by pollution.
Category News, Cybersecurity Fundamentals Risk Level The discovery of classified information at high profile politicians’ homes and alternate work locations has seemingly swarmed the news cycle in the past six months. Atomic energy information is classified outside of the standard NSI classification system.
The threat of attacks against Critical National Infrastructure (CNI) – energy, utilities, telecommunications, and transportation – is a top priority. Reducing the risk of attacks such as ransomware and malware on CNI will be paramount to the stability of national economies for the years to come.
Is it balance between the monkey that the myths and all of that to explaining the risks explaining the probability explaining what can what can happen and you know, in an honest way, Vamosi: I think the nuances are more interesting the the realities of what can fail and could happen. But is that balance right? Van Norman: Absolutely.
In general, we’ve observed hacktivists in the Russo-Ukrainian conflict become more skilled and more focused on attacking large organizations such as government, manufacturing and energy entities. However, one especially notable supply chain attack in 2024 was the XZ Utils backdoor, which we covered in a three-part blog post.
Related: The Top 12 IoT protocols Deployment of 5G and AI-enhanced IoT systems is accelerating. This, in turn, is driving up the number of IoT-connected devices in our homes, cities, transportation systems and critical infrastructure. Likewise, security must be embedded in each IoT device from the start.”
Perceived risk and benefit of the common use cases in each industry surveyed. The results focus on common edge use cases in seven vertical industries – healthcare, retail, finance, manufacturing, energy and utilities, transportation, and U.S. Collaboration approaches to connecting and securing the edge ecosystem.
Cybersecurity is on the brink of significant transformation as we approach 2025, grappling with escalating complexities driven by advancements in technology, increasing geopolitical tensions, and the rapid adoption of AI and IoT. The emergence of shadow AIunauthorised AI tools used without IT approvalamplifies these vulnerabilities.
Focuses on common edge use cases in six vertical industries – healthcare, retail, finance, manufacturing, energy, and U.S. What is the perceived risk and perceived benefit of the common use cases? 40% energy and utilities are in the mature stage. public sector. Presents actionable advice for securing the edge.
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