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Modern data centers rely on a complex web of hardware components from various vendors. Every link in this supply chain can introduce risk. That’s why secure-by-design isn’t optional—it’s essential. In our latest white paper, “Server Component Security for OCP SAFE – Do’s and

As embedded systems grow more complex, selecting the right tools for fault injection (FI) and side-channel analysis (SCA) becomes critical. This month’s Security Highlight breaks down the DS1050A’s standard configurations, helping you choose the best setup for your specific

The shift to quantum-resistant security demands more than algorithm updates—it requires rethinking what’s feasible for embedded platforms. This technical white paper benchmarks several PQC KEMs on a Cortex-M4 and reveals the tradeoffs that engineers must evaluate when planning

How secure is your Post-Quantum Cryptography implementation? Dilithium, a lattice-based algorithm selected by NIST for digital signature verification, is designed to withstand quantum attacks. But like traditional cryptographic algorithms, its security in practice depends

RowHammer remains a rising concern for large-scale cloud providers and embedded systems engineers. Since its appearance nearly a decade ago, new methods have surfaced, including multi-sided RowHammer and an advanced variant called “RowPress.” Join us on July 2nd, at 5PM

We're excited to announce that Fikret Garipay’s talk has been accepted for Black Hat USA 2025, taking place this August in Las Vegas. His talk presents practical voltage fault injection attacks on three major PQC signature schemes: Dilithium, XMSS, and SPHINCS+. By targeting

The cryptographic algorithms protecting most digital devices today are not built to survive quantum attacks. In this article from Keysight, we explore the implications of the transition to Post-Quantum Cryptography and what security professionals must consider today: - The

What began as a DRAM disturbance bug has become a cross-sector security concern. RowHammer is a software-induced family of attacks on hardware—triggered without physical access and capable of flipping bits in adjacent memory rows. It’s a risk for: - Large-scale cloud providers,

The Keysight Device Security Team will be attending Quantum Korea from June 24 - 26. Swing by booth C-11 to explore our PQC capabilities and to see a live demo of Known Key Analysis Inspector module for Dilithium. Durga Lakshmi Ramachandran & Erin Lee will be attending from the

In this informative three-lesson bootcamp, Keysight engineers guide you through the critical transition from classical to post-quantum cryptographic systems. This course explores real-world challenges in implementing quantum-resistant encryption in embedded and automotive

Join us on July 2nd, at 5PM CET/11AM ET for an exclusive webinar on “RowHammer Attacks and Mitigations” with Principal Security Analyst Nicole Fern. In this webinar, you’ll learn about: - Explore the evolution of Rowhammer attacks since their discovery in 2014. - Understand

Only 1 day left until our upcoming webinar on "RowHammer Attacks and Mitigations"! Join Principal Security Analyst, Nicole Fern, tomorrow at 5PM CET/11AM ET where she will discuss: - The evolution of Rowhammer attacks since their discovery in 2014. - Understanding different

Thank you to all that joined our webinar on "RowHammer Attacks and Mitigation"! In case you missed the live event, you can watch the recording here: riscure.ac-page.com/webinar-rowham… Watch the recording and learn about: - How Rowhammer attacks have evolved since 2014 - Types of attacks

Power outages are more than just inconvenient—they can threaten public safety and destabilize economies. As Distributed Energy Resources (DERs) like solar and wind become more widespread, they also expand the attack surface. Threat actors, from ransomware groups to nation-state

We’re excited to introduce the DS1142A 30A Glitch Amplifier, the latest addition to our embedded security portfolio. This new tool redefines how security experts, engineers, and researchers approach power fault injection testing in chips. Whether you're testing Inference AI

The EU Cybersecurity Certification (EUCC) has officially integrated Post-Quantum Cryptography (PQC) into its latest certification requirements. This development shows that regulatory bodies are proactively setting new expectations encouraging businesses to transition to

Join us on August 26th, at 5PM CET / 11AM ET / 8AM PST for our upcoming webinar on “Preparing for an OCP SAFE Review and Meeting Scope Requirements". In this webinar, our team will provide insights that could help companies when preparing for an OCP SAFE review, highlighting key

Join Keysight in Delft for a hands-on internship where you’ll dive deep into Fault Injection (FI) techniques as part of the project “Secret extraction from secured chip by using fault injection.” You’ll explore how secrets can be extracted from secure devices and contribute to

What does it take to implement OCP SAFE effectively? This white paper outlines the key do’s and don’ts of server component security—drawn from real-world assessments of firmware, interfaces, and hardware across the supply chain. Inside, you'll learn: - The critical missteps to

Signal clarity is a key factor in getting accurate results in Side Channel Analysis and Fault Injection. Noise and interference can complicate testing, making it harder to capture the right data and triggering events with precision. By focusing on filtering and reducing signal