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  • Podcast Transcript
    Transcript | Finding Equilibrium in Uncertain Times
    Most discussions concerning the COVID-19 global pandemic aspire to a path leading to some form of normalcy, a new normal. That pathway is often framed in terms of phases, with each phase leading to an equilibrium of sorts. In other words, the state of equilibrium will be defined differently with each phase. This is Kevin Donahue, senior director with Protiviti, welcoming you to a new edition of…
  • Podcast Transcript
    Transcript | Quantum Machine Learning Using PennyLane
    Quantum machine learning, or QML, is one of the three major application categories for quantum computing, along with optimisation and simulation. As we’re working with customers at Protiviti to find advantageous use cases in QML, we rely daily on a tool called PennyLane from Xanadu. Join host Konstantinos Karagiannis, and special cohost Emily Stamm, for a chat with Nathan Killoran from Xanadu to…
  • Podcast Transcript
    Transcript | The Ethics of Quantum Computing
    Ever notice that giant tech companies seem to get press coverage for privacy concerns as often as they do for new product launches? How did we end up in this world of playing catch up with the ethical implications of technology? Quantum computing is still relatively new, but it will impact machine learning, encryption, and other areas that will have major repercussions on all our futures. During…
  • Podcast Transcript
    Transcript: GRC Technology Perspectives Around the Globe - Middle East
    This is a series of podcasts on GRC programmes and technologies, obtaining perspectives from Protiviti leaders and subject-matter experts around the world on GRC drivers, innovations and challenges in their markets. This episode features my conversation with Protiviti managing director Rakesh Kabra. Rakesh leads Protiviti’s Risk Technology Solutions practice for the Middle East and India. He…
  • Podcast Transcript
    Transcript | Quantum Computing Interconnect, Memory, and Other Engineering Advances
    Engineering challenges abound in quantum computing. Technologies like interconnect and improved memory for repeaters will enable these machines to accelerate and power connectivity in the future. Q-NEXT is one of five quantum information science research centers funded by the DOE to help develop these technologies in addition to strengthening the nation’s leadership position in the quantum arms…
  • Podcast Transcript
    Transcript – Today’s Challenges and Trends for Utilities
    Like organisations in virtually every industry today, utilities are addressing a number of critical challenges and trends in the market, from infrastructure demands, to calls to improve the customer experience, to talent demands, and much more. How will the future for utilities evolve? In this informative podcast, Peter Tumminello and Claire Gotham offer a number of interesting insights into…
  • Video
    Video | Financial Institution Optimises Customer Relationship Value through AI and Innovative Data Approach
    A financial institution needed to effectively assign its relationship managers to optimise service, balance resource workloads and maximise revenue. We helped them develop a graph data structure and algorithms in the Microsoft Azure environment to organise and analyse nested banking customer relationships.This reduced daily data processing time by nearly 96% and automated more than 90% of client…
  • Podcast Transcript
    Transcript | Protecting Critical Data Before Post-Quantum Cryptography— with Qrypt
    It’s the 11th hour as we approach 2024 and the release of NIST’s post-quantum cryptography standards. Is it possible for your business to start protecting some critical assets today from tomorrow's cryptanalytically relevant quantum computing? Find out how a few applications already do so. Join Host Konstantinos Karagiannis for a chat with Denis Mandich from Qrypt.Guest: Denis Mandich from Qrypt
  • Podcast
    Podcast | Warm, Interconnected Qubits— with Universal Quantum
    Quantum computing faces several scaling issues to achieve fault-tolerant systems that can solve practical business problems. We need high-fidelity interconnect to have modules or even full quantum computers work as one powerful system. And qubits could stand to run a little hotter as refrigeration gets out of hand as we add more of the sensitive little entities. Join host Konstantinos Karagiannis…
  • Podcast
    Podcast | Build Your Own Quantum Hardware Platform— with OpenQuantum
    We’ve done plenty of episodes where there is a piece of software or cloud platform users can try, usually for the purposes of making coding or algorithmic development easier. Coding naturally seems to be the quickest way to get involved in quantum computing, but we’ve never discussed actually building quantum hardware at home! Find out how to start learning the engineering side of quantum…
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