Decoding The Future

Fujitsu Uvance

Decoding the Future, hosted by Fujitsu Uvance, dives into the transformative world of CX, data, and AI. Through conversations with top experts across Asia and Oceania, listeners explore groundbreaking trends like generative AI, vision AI, and data security. Discover how these innovations are reshaping industries like retail and healthcare and gain practical advice on leveraging technology to solve challenges, drive digital transformation, and stay competitive in today’s dynamic landscape.

  1. 5d ago

    AI Is Finding Cyber Vulnerabilities at Machine Speed. Are You Ready?

    AI is changing cybersecurity faster than most organisations are prepared for. In this episode of Decoding the Future, host Mahesh Krishnan seeks to demystify "Mythos," a highly restricted frontier AI model released by Anthropic in April that has sparked intense industry debate due to its severe cybersecurity implications. Featuring Microsoft MVP and cybersecurity expert Sam Brazier-Hollins, the discussion explores why this specific model, which excels at complex reasoning, code analysis, and autonomous agentic workflows, is considered too dangerous for a public release. Ultimately, the episode focuses on addressing the core security anxieties surrounding the technology and  unpack how advanced AI models such as Mythos 5 are accelerating the discovery, testing and potential exploitation of software vulnerabilities. What once took skilled researchers days or weeks can now happen at machine speed. But this is not simply a story about AI making cyber threats worse. The same technology can help security teams find vulnerabilities earlier, automate testing, support junior analysts and strengthen software before attackers get involved. The key message is simple: strong cybersecurity hygiene still matters most. Mahesh and Sam explore why regular patching, data governance, network segregation and automation are essential as AI becomes more capable. They also discuss the growing risks around agentic AI, including accidental data exposure, poorly configured permissions and AI systems making decisions they were never meant to make. For organisations feeling overwhelmed by AI-driven cyber risk, the answer is not necessarily expensive new technology. It is doing the fundamentals well, consistently and proactively. In this episode How AI can identify vulnerabilities at machine speed Why AI-powered cybersecurity is not only a threat, but an opportunity The importance of daily patching and automated security updates Why cyber hygiene is the foundation of AI readiness How AI can help security teams detect and respond to threats faster The risks of agentic AI, including data leakage and uncontrolled decision-making Why data governance and permissions matter more than ever How organisations can prepare without major new technology investment Chapters 00:00 AI is finding vulnerabilities at machine speed 00:54 AI and cybersecurity: what is changing? 01:52 What is #Mythos and why is this raising concerns 04:34 How AI can test live systems for weaknesses 06:04 Cyber hygiene, patching and defence in depth 09:07 How AI can help defenders get ahead 10:52 Is the risk real, or is it hype? 11:29 Restricted access, ethics and the global AI divide 14:14 AI as an accelerator for cybersecurity teams 16:47 Agentic AI, chatbots and accidental data exposure 20:51 The one thing every organisation should do now AI cybersecurity, cyber hygiene, anthropic, Mythos 5, vulnerability management, patch management, AI security risks, agentic AI security, data governance, cybersecurity automation, AI vulnerabilities, cyber threat prevention, enterprise cybersecurity, security operations centre, SOC, artificial intelligence and cybersecurity. #AI #Cybersecurity #ArtificialIntelligence #CyberHygiene #DataSecurity #AgenticAI #VulnerabilityManagement #PatchManagement

    24 min
  2. Ep-18 Quantum Computing

    Apr 22

    Ep-18 Quantum Computing

    In this episode of Decoding the Future by Fujitsu, host Mahesh Krishnan sits down with quantum physicist Dr. Rose Auffeldt (ANU) to break down one of the most misunderstood technologies of our time. From superposition and entanglement to cryptography, drug discovery, and real-world applications, this conversation strips quantum computing back to its fundamentals, without losing the depth. If you’ve ever felt like quantum computing “almost makes sense”… this is the episode that finally clicks. WHAT YOU’LL LEARN The difference between classical computers vs quantum computers What a qubit actually is (and why it matters) Superposition explained with simple real-world analogies What entanglement means and why Einstein hated it Why quantum computers could break modern encryption The concept of “harvest now, decrypt later” Real-world applications: Drug discovery Supply chain optimisation Materials science Why quantum computers won’t replace your laptop When quantum computing might actually become commercially viable 00:00 – Introduction to Quantum Computing 02:50 – What is a Qubit vs a Bit? 05:30 – Superposition Explained 07:20 – Schrödinger’s Cat (Simplified) 08:55 – What is Entanglement? 10:30 – Real Use Cases of Quantum Computers 12:30 – Breaking Cryptography & Internet Security 15:00 – Types of Quantum Computers 18:30 – Why Qubit Quality Matters 21:00 – Coherence, Fidelity & Errors 24:00 – When Will Quantum Be Useful? 25:30 – Future Applications & Industry Outlook 27:00 – How to Learn Quantum Computing Thank you for listening! Discover more content like this on Decoding the Future. Learn more about Fujitsu's AI Solutions here.

    31 min

About

Decoding the Future, hosted by Fujitsu Uvance, dives into the transformative world of CX, data, and AI. Through conversations with top experts across Asia and Oceania, listeners explore groundbreaking trends like generative AI, vision AI, and data security. Discover how these innovations are reshaping industries like retail and healthcare and gain practical advice on leveraging technology to solve challenges, drive digital transformation, and stay competitive in today’s dynamic landscape.