Zero-Trust Security for Embedded and IoT Devices
Zero trust is expanding from IT to embedded systems. Engineers should assume every device is exposed online and protect it with built-in authentication, encryption, and secure updates.
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Security
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Zero Trust Architecture: Securing Modern Networks
Discover how Zero Trust Architecture reshapes security by focusing on identity, access control, and continuous monitoring to protect today’s dynamic, high-risk environments.
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Smarter Industrial Control Panels with Siemens ET200SP
Discover how the ET200SP enables compact, connected, and sustainable control panels with modular expansion, tool-free wiring, and built-in diagnostics.
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Hardware Security Keys Are Back: Physical Authentication Gains Ground
Hardware security keys offer phishing-resistant, passwordless authentication for enterprise, healthcare, and consumer devices.
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Agentic AI: Automation That Acts on Its Own
Agentic AI is transforming automation by enabling systems to plan and execute complex tasks with minimal human input. Learn how this technology impacts engineering, manufacturing, and more.
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Quantum Computing Set to Revolutionize Gaming and Entertainment
Quantum computing is poised to transform gaming with immersive AR/VR, intelligent NPCs, and secure environments for next-gen entertainment.
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Protecting Industrial Infrastructure with NIS2
The EU's NIS2 regulations aim to secure operational technology in the same way that the original NIS1 regulations did for information technology.
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Smarter Cybersecurity Starts with AI
AI is transforming cybersecurity to be more dynamic with real-time threat detection and automated incident response.
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Why Zero Trust Architecture Is the New Cybersecurity Standard
Zero trust architecture secures modern networks by verifying identity, limiting access, and continuously monitoring every connection.
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Understanding the Dangers Posed by Generative AI Phishing
Malicious actors are leveraging the power of Generative AI, meaning cybersecurity professionals must use AI to shield against attacks.
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Three Ways to Build a More Resilient IoT
Engineers are implementing changes to the IoT to make it more resilient by ensuring that problems are isolated to prevent widespread failure.
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Cybersecurity Challenges of Smart Cities
With increasing urbanization, digitalization and data processing pave the path to optimizing scarce resources, but increased cyberattack risks arise.
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Securing Your Assets with NXP’s MCX W71 Wireless MCU
Learn how to configure the NXP FXLS8974CF accelerometer and NMH1000 magnetic switch for tampering or theft detection.
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New MCU Hardware Enhances IoT Security
Chip makers are enhancing IoT security with MCU hardware features, giving developers new techniques to harden their products against malicious attacks.
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Keeping Data Secure in a Post-Quantum Computer World
Since quantum computers will easily break current cryptography keys, engineers are developing PQC algorithms that tomorrow’s computers can’t break.
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How to Keep Cryptographic Keys Secure
Encryption protects data from hackers, unless they gain the cryptographic key. Hardware security modules ensure keys remain secure.
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The Impact of Zero Trust Architecture on Network Security Engineers
Learn how identity governance, micro-segmentation, and automation are all important in implementing zero trust architectures (ZTAs) for enhanced network security.
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The Internet Is Decaying. Are Your Digital Assets Safe?
Digital content is removed from the internet as easily as it’s published. Here’s why you should take steps to keep your digital library secure.
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Prioritize Embedded System Security for Edge Applications
Learn about a decentralized security approach based on zero-trust principles, security by design, and threat intelligence and monitoring.
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Securing Embedded Edge Devices
This article explores a decentralized security framework for embedded devices, focusing on confidentiality, integrity, and availability.
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