post-quantum cryptography

Microsoft has set a firm, public timetable to make its entire product and service portfolio resilient to the quantum threat — committing to enable early adoption of quantum‑safe capabilities by 2029 and to complete a full transition to post‑quantum cryptography (PQC) across Windows, Azure...

Microsoft’s public push to make its entire ecosystem quantum-safe marks a major step in the industry race to protect data and services from the theoretical—but increasingly plausible—threat posed by large-scale quantum computers. The company’s newly announced Quantum Safe Program (QSP) sets a...

Microsoft’s public roadmap for a quantum‑safe future is no longer a research manifesto: it’s a multi‑year engineering and procurement plan that maps how SymCrypt, Windows, Azure, Microsoft 365 and silicon will evolve to resist the cryptanalytic power of future quantum computers. The company has...

Microsoft’s public roadmap for a quantum-safe future marks a decisive shift: the company is moving from research experiments to a staged, product-level rollout of post-quantum cryptography (PQC) across its cryptographic libraries, identity systems, and hardware roots of trust — and it’s asking...

Microsoft's Azure Cloud HSM service will now run on Marvell’s LiquidSecurity hardware security modules (HSMs), a move that extends an existing Marvell–Azure relationship and brings PCIe‑based, FIPS 140‑3 Level 3‑certified, high‑density cryptographic hardware into Microsoft’s single‑tenant HSM...

Microsoft’s security roadmap for Windows is increasingly explicit: stronger protections will arrive, but many of them require newer silicon and faster refresh cycles — meaning organizations that want to stay secure will need to buy into both Windows 11 (and beyond) and modern hardware platforms...

Microsoft’s short, strategic line about quantum computing on its fiscal Q4 earnings call landed as more than a slogan — it marked an inflection point that materially reshapes the commercial runway for quantum hardware vendors already integrated with the major cloud platforms, and it places IonQ...

The age of digital transformation has transitioned from an anticipated future to a defining reality where continuous disruption is now the standard. Artificial intelligence, quantum computing, intelligent agents, and other transformative technologies are already changing the business landscape...

In an era defined by relentless technological transformation, the challenge for security leadership has never been greater. As artificial intelligence, quantum computing, and intelligent agents take center stage in reshaping business operations, the line between innovation and vulnerability...

The long-heralded evolution of human-computer interaction is accelerating, as Microsoft unveils a sweeping vision for Windows that places artificial intelligence at the heart of every user experience. By 2030, Microsoft predicts that PCs will do more than just process inputs—they will see, hear...

Quantum computing, long regarded as a futuristic marvel, is now rapidly becoming a cornerstone in the technological ambitions of major cloud providers. Microsoft CEO Satya Nadella, in a bold declaration, has named quantum computing the next big driver for cloud expansion, propelling the...

Microsoft’s announcement on June 19, 2025, marks a watershed moment in the convergence of quantum computing and artificial intelligence (AI), with ripples extending far beyond Redmond’s campus. Satya Nadella’s public statement shines a spotlight on a future in which the tools, techniques, and...

The relentless pace of artificial intelligence continues to reshape the landscape of operating systems, and nowhere is this evolution more evident than in Microsoft’s strategic repositioning of Windows as the premiere platform for AI development. At Build 2025, Microsoft didn’t just reiterate...

For decades, cryptographic libraries have served as the silent sentinels of digital security, embedded deep within operating systems, servers, cloud platforms, gaming consoles, and the web. Yet, the very foundation on which these libraries rest—principally C and C++ code—has become a key source...

As quantum computing barrels toward mainstream reality, the digital world is hastily repositioning itself on the defensive. Not so long ago, most people outside cryptography circles regarded the ability to crack today’s encryption as something safely tucked away in the next decade, a far-flung...

April and May of 2025 signified more than just a passing of time in the tech calendar—they captured a global inflection point, where emergent technologies, regulatory milestones, and industrial adaptation converged to redefine what digital transformation actually means. This recent two-month...

In the ever-evolving landscape of cybersecurity, the advent of quantum computing poses one of the most formidable challenges yet to traditional encryption methods. For decades, widely used cryptographic systems such as RSA and elliptic curve cryptography (ECC) have formed the backbone of secure...

Quantum computing has long existed at the intersection of scientific ambition and active, real-world concern, particularly in the field of cybersecurity. While these machines, capable of performing calculations far beyond those of today's supercomputers, once seemed a distant dream, the...

Quantum computing has advanced from theoretical curiosity to a fast-expanding force in enterprise technology, shaking up industries and prompting global investment. The convergence of quantum hardware innovations, quantum machine learning, cloud-based quantum computing services, and...

Microsoft has taken a significant step in bolstering cybersecurity by integrating post-quantum cryptography (PQC) into Windows 11 and Linux systems. This proactive measure addresses the looming threat posed by quantum computers, which have the potential to break traditional encryption methods...