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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 cyberthreat landscape in 2025 1.
The Ongoing CyberThreat to Critical Infrastructure. With that in mind, Thales has launched the 2022 Thales Data Threat Report Critical Infrastructure Edition, which includes responses from 300 security leaders and practitioners within critical infrastructure organizations. Thu, 07/21/2022 - 12:28.
Unlike previous quantum architectures that rely on fragile qubits prone to errors, Majorana 1 introduces topological qubits, leveraging a new class of materialdubbed topoconductorsto create a more stable and scalable system. Majorana-based qubits are inherently more stable, reducing error correction overhead. We knew we needed a new qubit.
In AT&T Cybersecurity’s upcoming Cybersecurity Insights report, we’ll focus on how people are deploying network architectures at the edge. Organizations in finance, healthcare, manufacturing, energy and utilities, and the public sector will all grow their cybersecurity investments in 2022.
What further compounds an already complex architectural and security landscape is the fact that critical infrastructure industries in various countries tend to be either partially or fully government controlled; with many providing “essential services” such as Healthcare, Water, Power, Emergency Services and Food production.
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. Should OT and IT be converged?
The Evolving CyberThreat Landscape The contemporary threat and regulatory landscape have pressed organizations to fortify their cyber-crisis management capabilities. In recent years, a surge in cyber-attacks targeting critical infrastructure has been observed globally.
Before companies can effectively and safely use generative AI tools, employees must be educated on utilizing best practices: writing prompts that achieve desired outcomes, keeping data security and privacy in mind when inputting data, identifying the quality and security of AI, verifying AI output, and more,” elaborates Arti Raman, CEO Portal26.
The results focus on common edge use cases in seven vertical industries – healthcare, retail, finance, manufacturing, energy and utilities, transportation, and U.S. Our research finds that organizations are fortifying and future-proofing their edge architectures and adding cyber resilience as a core pillar.
Focuses on common edge use cases in six vertical industries – healthcare, retail, finance, manufacturing, energy, and U.S. At the onset of our research, we wanted to understand three primary things: What are the most common architectures used in edge networks? What are the most common use cases of these architectures?
Sectors like energy, healthcare, transportation, utilities, and financial systems are increasingly at risk because they are integral to national security and daily life. Cyberthreats often exploit human errors, whether through phishing attacks, weak passwords, or lapses in protocol.
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