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Post-Quantum Cryptography in Carrier Core Routing
Core routing has the hardest post-quantum migration in networking. This note gives network architects and infrastructure leaders a clear read on where Cisco, HPE Networking, and Nokia stand on PQC today, plus the near-term actions that protect backbone traffic now.
When Your Best Customer Goes to AI First
AI tools are becoming the default starting point for product discovery. The brands that consumers choose to engage with directly will be the ones that win loyalty in this shift, and they're building for it now.
Three Actions That Turn Agentic Commerce from Ambition into a Shipped Experience
What separates the retailers that ship durable agentic experiences from the ones walking back fragmented efforts comes down to three actions: the right use case, agent-ready data, and governance for autonomous payments.
Post-Quantum Cryptography on WAN Technologies
For the network architects and engineers who run global WANs, post-quantum cryptography is now a deployment decision. This note covers NIST's finalized algorithms, current SD-WAN vendor readiness, performance versus classical cryptography, hybrid implementation guidance and a phased, WAN-first migration strategy.
Post-Quantum Cryptography Support in the Campus LAN
Discover why MACsec-enabled campus networks are exposed to quantum threats, despite using AES encryption, and what organizations can do about it.
OpenClaw and the Enterprise Governance Gap
A recommended enterprise approach to agentic AI guardrails and the frameworks that make autonomy safe
Strengthening Healthcare Cybersecurity in an Era of Disruption
In an era of digital transformation, healthcare cybersecurity is mission-critical, impacting patient safety and operational resilience. By prioritizing foundational security strategies, healthcare cybersecurity leaders can navigate evolving threats and regulatory demands, ensuring safer, more resilient care environments.
Beyond the Shortage: A CPO's Playbook for Navigating the AI Infrastructure Crunch
AI infrastructure crunch is structural, not cyclical, driven by memory, storage and power constraints. Chief Procurement Officers (CPOs) must act now, by right‑sizing technology, extending asset lives, restructuring contracts and operationalizing supplier risk, to protect margins and secure capacity through at least 2028.
AI at Scale on Kubernetes: Why Platform Discipline Determines Accelerator Efficiency
AI efficiency on Kubernetes is no longer constrained by raw accelerator availability but by platform discipline, specifically how enterprises design scheduling, placement, observability, data locality and governance to maximize accelerator yield. Read on to learn more about why platform discipline determines accelerator efficiency.
Identity Management for AI Agents: The Infrastructure That Unlocks Scale
As agents scale, questions of accountability, authorization and oversight move from theoretical to existential. This article explores why identity infrastructure has become the hidden bottleneck to scaling agentic AI, and why governance isn't slowing innovation — it's what makes it possible.
Quantum Systems: Quantum Networking for Classical Engineers (Part II)
Networking a qubit is in some ways similar to classical engineering, and in others vastly different. This second article in a series on quantum networking discusses the theoretical (but necessary) components of a next-generation, multi-QPU network.
Executive Insight: Lessons in Power, Placement and the Path to AI at Scale
At a recent WWT Ai day, our keynote detailed how organizations can graduate from AI experimentation to AI as a scalable framework for durable advantage. Here's a distillation of the insights we shared.
Executive Insight: The Thing About Bubbles and AI
Is AI a tech bubble waiting to burst? When it comes to AI investment and adoption, executives should understand how talk of "bubbles" may obscure the more consequential question: What does it actually take to make AI work at scale?
Quantum Systems: A Beginners' Guide for Classical Engineers (Part I)
Quantum systems are not mystical black boxes, but rather rigorously structured architectures with familiar analogs. This note provides a foundation for quantum computing using concepts familiar to classical engineers, x86 architects and network professionals. It maps qubits, quantum gates and qubit connectivity graphs into well-known ideas such as transistors, instruction sets and data center fabrics, making quantum systems easier to understand without diluting the physics.