In this episode, Itan Barmes cuts through the hype surrounding quantum computing and breaks down what actually matters for security leaders. He explains why qubit counts alone are a poor indicator of progress, and how his layered framework helps separate genuine scientific breakthroughs from noise. The discussion dives into the real quantum risks facing Bitcoin and Ethereum, highlighting why some assets are far more exposed than others and why dynamic attacks remain a universal challenge.Itan shares the story of how his work in cryptographic inventory led to founding Qiz Security, and why most organizations misunderstand what a C-BOM should be. He outlines the practical steps CISOs need to take now, stressing inventory, governance, and realistic prioritization over fear-driven messages. The episode wraps with a grounded look at timelines, the coming inflection point in scalable quantum demonstrations, and why starting early is far better than arriving a day late.Framework discussed on how to qualify news you read around quantum breakthroughs: https://www.deloitte.com/content/dam/assets-shared/docs/services/risk-advisory/2025/why-quantum-computers-are-not-cracking-rsa-yet.pdfTakeawaysQuantum computing hype often oversimplifies complex realities.Understanding quantum risks is crucial for organizations today.Bitcoin has vulnerabilities to quantum attacks, but not all are at risk.Dynamic attacks on cryptocurrencies pose significant threats.Cryptographic inventory is essential for risk mitigation.Organizations must prioritize actionable steps over exhaustive inventories.Procrastination in addressing quantum risks is common among executives.The future of quantum computing is uncertain but potentially transformative.Community collaboration is vital for addressing quantum challenges.Pragmatic approaches are necessary for effective quantum readiness.Sound Bites"The devil is in the details.""Everything is going to break.""You need to start taking action."
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Spycraft for Leaders with Matthew Dunn
In this episode, former MI6 officer, author, and corporate strategist Matthew Dunn sits down with Francis Gorman to pull back the curtain on life inside British intelligence and how the lessons of espionage translate to leadership, business, and personal mindset.Matthew recounts how he was secretly recruited into MI6 through university talent spotters, underwent one of the most rigorous selection and vetting processes in government, and operated under 14 different alias identities during his field career. He explains how emotional intelligence, adaptability, and courage are the real tools of a spy far more vital than gadgets or brute intellect.TakeawaysSometimes what we perceive to be impossible is actually very possible.An individual can achieve much by believing in themselves.Drawing from experiences can provide insights into overcoming obstacles.A positive mindset is key to achieving success.Obstacles are often a matter of perception.Achieving goals requires a strong belief in one's capabilities.
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40:21
The Power of Human Connection with Paul Boudrye
In this episode of the Entropy Podcast, host Francis Gorman speaks with Paul Boudrye, founder and CEO of Success Genome Incorporated. They explore Paul's unique entrepreneurial journey, the concept of the 'success genome', and the importance of human relationships in achieving success. The conversation delves into the evolving role of AI, the significance of friendship, and the challenges of loneliness in a hyper-connected world. Paul emphasizes the need for a shift in how we build networks and teams, advocating for a more human-centric approach to collaboration and success.Takeaways:Paul emphasizes the importance of human relationships in achieving success.The concept of a 'success genome' is about showcasing individual talents beyond traditional resumes.Loneliness is a growing issue in a hyper-connected world, often exacerbated by technology.Friendship plays a crucial role in personal and professional success.The current job application process is inefficient and lacks human interaction.AI should be seen as a tool for co-evolution, reflecting our own humanity.Investing in human capital and relationships can solve many societal issues.The meaning of life can be distilled to the quality of friendships we maintain.We need to teach young people the value of true friendship and connection.Laughter and human interaction are essential for a fulfilling life.Sound Bites:"Everything comes from friendship.""Loneliness is a state of mind.""We don't laugh enough in life."
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Architecting the AI-Ready Enterprise with Thomas Squeo
In this episode of the Entropy Podcast, host Francis Gorman speaks with Thomas Squeo, CTO of ThoughtWorks, about the intersection of customer demand, technology strategy, and delivery in the context of AI adoption. They discuss the risks associated with rushing into AI without a strategic plan, the importance of governance and observability in AI systems, and the evolving role of knowledge workers in an AI-driven landscape. Thomas emphasizes the need for organizations to balance innovation with responsible deployment and regulatory compliance.TakeawaysAI is central to enterprise strategy and delivery.Organizations often rush into AI without a clear strategy.Effective AI adoption requires controls, evaluations, and budgets.The hype around AI often exceeds the reality of its implementation.Governance and observability are crucial for AI systems.Knowledge workers will evolve rather than be replaced by AI.AI can enhance productivity in knowledge work environments.Regulation can support responsible AI innovation.Organizations need to adapt to regulatory environments in AI deployment.Successful AI initiatives often come from a combination of top-down and bottom-up approaches.Sound Bites"Deploy controls, evals and budgets.""POC purgatory participants.""Regulation is a mechanism for trust."
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The Future of Trust and Encryption with Dr. David Archer
Dr. David Archer, CTO at Niobium and a veteran in privacy-enhancing technologies, joins Francis Gorman to discuss the future of computer architecture, encryption, and data integrity. David emphasizes moving beyond perimeter defenses toward cryptographically assured systems where data remains protected throughout its lifecycle. He covers the challenges of implementing fully homomorphic encryption (FHE), the role of zero-trust architectures, the interplay between AI and quantum computing, and the need for crypto-agility. Looking ahead, David envisions a world where data authenticity is provable end-to-end—ensuring trust in an era of AI-generated content and disinformation.Key TakeawaysFrom Perimeter to Intrinsic SecurityCurrent systems rely too heavily on firewalls and perimeter defenses. The future lies in embedding encryption directly into processing and architecture.Homomorphic Encryption as a Game ChangerFHE allows computations on encrypted data, but performance and complexity challenges remain. It could require new paradigms for databases and programming models.Zero Trust Needs to Be Cryptographically ProvenToday’s zero trust is heuristic; the next step is mathematically provable, cryptographically assured trust.Major Hurdles AheadChallenges span mathematics, hardware, software design, and programmer education. Hardware accelerators will likely play a big role early on.Quantum Skepticism with UrgencyArcher doubts practical quantum computers in the next 5–10 years but warns of “harvest now, decrypt later” risks—making crypto-agility essential.AI: Double-Edged SwordAI boosts productivity for experts but risks stunting critical thinking for students. It also raises concerns about privacy, disinformation, and unverifiable outputs.Data Lifecycle IntegrityArcher’s most exciting vision: cryptographic assurance of data provenance. Imagine video footage with an auditable cryptographic chain proving authenticity from capture to broadcast.Sound Bytes“We can’t just rely on a hard shell with a soft middle—data must stay secure through its entire lifecycle.”“Zero trust today is heuristic. The future is provable, cryptographically assured security.”“Crypto-agility must be built into every software stack. Otherwise, we’ll always be behind.”“Quantum computing may not be as close as it looks in research papers—objects in the mirror are closer than they appear.”“AI can empower experts but risks leaving students without the critical thinking skills to spot flaws.”“The integrity of data will define the future. We need systems that prove where data came from and how it was changed.”
Nibble Knowledge is delighted to bring you "The Entropy Podcast"—hosted by Francis Gorman. The Entropy Podcast centers on cybersecurity, technology, and business, featuring conversations with accomplished professionals who share real-world knowledge and experience. Our goal is simple: to leave you better informed and inspired after every episode.We chose the name “Entropy” because it symbolizes the constant flux and unpredictability in cybersecurity, technology, and business. By understanding the forces that drive change and “disorder,” we can create better strategies to adapt and thrive in an ever-evolving technology and geo political landscape.You can also check out our YouTube Channel here: https://youtube.com/@nibbleknowledge-v7l?feature=sharedDisclaimer: The views and opinions expressed on all episodes of this podcast are solely those of the host and guests, based on personal experiences. They do not represent facts and are not intended to defame or harm any individual or business. Listeners are encouraged to form their own opinions.Please note: Some episodes may have varying audio quality due to the challenges of remote recording and occasional environmental factors.We apologies if this occurs as we strive to keep audio at an optimal quality.
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