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Security Chiefs Sound Alarm Over 'Naked AI'
F5's Shawn Wormke and WWT's Chris Konrad say the rapid operationalization of AI is creating a widening gap between innovation and protection—leaving most organizations unprepared for real-world threats, governance failures and the coming quantum era.
Security Priorities for 2026
A guide for security leaders to strengthen trust, reduce risk and build a more resilient, security-enabled enterprise
The Boardroom Reckoning on AI: Why AI Demands a New Kind of Leadership
AI is forcing a new leadership challenge inside the enterprise, in which boards are expected to oversee a fast-moving technology they do not manage day to day, while executives are tasked with deploying it responsibly at speed. In this episode, Byron Loflin, Global Head of Board Advisory at Nasdaq, and WWT AVP of Global Cyber Advocacy Kate Kuehn explore what that means for modern governance — from board-level AI literacy and trust between directors and management to error reporting, escalation paths and the growing need for stronger oversight as AI systems become more capable and more autonomous.
Accelerate Your Migration to Quantum-Safe Cryptography
As adversaries stockpile encrypted data and quantum capabilities advance, organizations face a shrinking window to act. Learn what's at risk and how early movers can gain an advantage by starting their migration to quantum-safe cryptography now
Cisco Unveils 'Foundational' Universal Quantum Switch To Scale The Quantum Internet
'There's going to be very few people that understand how to operate, build and operate these things … technology is moving so fast now that most of our clients can't keep up with that. They're having to rely on partners more and more,' one executive at a Cisco partner says of the emerging quantum opportunity.
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Building a Quantum-Safe Foundation: WWT and Cisco Accelerate Post-Quantum Readiness
In a rapidly evolving cybersecurity landscape, advances in quantum computing pose a significant threat to current encryption methods.
Quantum Systems: Clusters, Hybrid Quantum/AI Workflows and Use Cases
Today's quantum processors can't operate on their own. This paper maps the full software stack required to orchestrate multi-QPU clusters and run hybrid quantum/AI workloads at enterprise scale.
The Boardroom Reckoning on AI: Why AI Demands a New Kind of Leadership
AI is forcing a new leadership challenge inside the enterprise, in which boards are expected to oversee a fast-moving technology they do not manage day to day, while executives are tasked with deploying it responsibly at speed. In this episode, Byron Loflin, Global Head of Board Advisory at Nasdaq, and WWT AVP of Global Cyber Advocacy Kate Kuehn explore what that means for modern governance — from board-level AI literacy and trust between directors and management to error reporting, escalation paths and the growing need for stronger oversight as AI systems become more capable and more autonomous.
IBM Think 2026: AI and Quantum Are Converging Infrastructure
From Arvind Krishna's CEO AMA to the quantum keynote and a packed Partner Day, IBM Think 2026 made a clear case that enterprise computing is entering a structural shift.
Quantum is coming. Here's what CTOs can be doing today
Ginna Raahauge of WWT talks us through quantum strategy and what you as a CTO should be doing to prepare your organisation.
Cisco Unveils 'Foundational' Universal Quantum Switch To Scale The Quantum Internet
'There's going to be very few people that understand how to operate, build and operate these things … technology is moving so fast now that most of our clients can't keep up with that. They're having to rely on partners more and more,' one executive at a Cisco partner says of the emerging quantum opportunity.
Quantum Readiness: Preparing for a Resilient Future
The impact of quantum computing requires more than technical upgrades — it demands coordination across federal networks.
Hands-On Learning of Quantum Computing
Quantum computing holds long-term strategic promise, but near-term progress is constrained by scarce, noisy and immature hardware. This blog presents a quantum computation simulator that allows organizations to engage with quantum computing today, without reliance on physical quantum devices. The simulator represents quantum states as explicit, inspectable data structures, enabling engineers and technical leaders to directly observe and reason about superposition, interference, entanglement and measurement as executable program behavior.
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.
Quantum Definitions for the Common Good: The First List
Think of this as a compendium (part 1) on what the heck quantum "is." This is a slightly well-organized, super-condensed treasure chest holding all the descriptions of the language used in this branch of science/technology/computing. It's the ultimate, curated cheat sheet designed to make you feel like an expert without reading a thousand boring pages.
Partner POV | G7 Sets Quantum Deadline: Roadmap Signals Industry Urgency for All
Quantum computing is here, sparking a race for post-quantum cryptography (PQC) readiness. The G7 roadmap outlines a 2030-2035 migration window, urging organizations to strategize now. Forescout's technology aids in detecting and managing PQC vulnerabilities. Act now to secure your future against this looming threat. The countdown to Q-Day has begun.
Security Priorities for 2026
A guide for security leaders to strengthen trust, reduce risk and build a more resilient, security-enabled enterprise
Partner POV | Post-Quantum Cryptography: What It Is and How It Works
Quantum computers threaten current encryption, necessitating post-quantum cryptography (PQC) to secure data against future quantum attacks. Organizations must transition to PQC, leveraging algorithms like Kyber and Dilithium, to protect sensitive information. Proactive adoption ensures long-term security, safeguarding data from the impending quantum era.
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.
Security Chiefs Sound Alarm Over 'Naked AI'
F5's Shawn Wormke and WWT's Chris Konrad say the rapid operationalization of AI is creating a widening gap between innovation and protection—leaving most organizations unprepared for real-world threats, governance failures and the coming quantum era.
Post-Quantum Resilience: A Guide to Securing Long-Term Value and Trust
The transition to post-quantum cryptography represents one of the largest and most complex technology transformations organizations will undertake in the coming years.
Accelerate Your Migration to Quantum-Safe Cryptography
As adversaries stockpile encrypted data and quantum capabilities advance, organizations face a shrinking window to act. Learn what's at risk and how early movers can gain an advantage by starting their migration to quantum-safe cryptography now
Partner POV | 7 Cybersecurity Predictions for 2026 from Forescout Research + Vedere Labs
Cybersecurity is evolving, with attackers exploiting SaaS app permissions, offering Social-Engineering-as-a-Service, and targeting supply chains. Quantum readiness and edge device vulnerabilities are rising concerns. Cybercrime is fragmenting into specialists using shared tools, while hacktivists weaponize confusion. Prepare defenses by understanding these trends and enhancing visibility and threat detection.
Check Point and the Post-Quantum Transition
Quantum computing's rise threatens classical cryptography, prompting urgent shifts to post-quantum cryptography (PQC). Check Point leads this transition with quantum-ready solutions, ensuring secure communications through hybrid key exchanges and cryptographic agility. As PQC standards evolve, Check Point's architecture promises seamless adaptation, safeguarding digital infrastructures against future quantum threats.
Post-Quantum Cryptography (PQC) Readiness Workshop
This workshop is an executive and technical workshop for Post-Quantum Cryptography (PQC) readiness. It demystifies the quantum threat, identifies cryptographic weaknesses across the enterprise, and benchmarks current agility using the WWT PQC Readiness Scorecard. Participants will leave with a practical multi-month action plan and the framework to communicate the PQC strategy to the board, securing long-term data resilience.