The fintech industry is evolving rapidly, and the BIGcast is here to delve into its impact on the credit union industry. Our esteemed guests from across the financial, technology and security sectors will provide thrilling perspectives on the latest fintech innovations that are poised to revolutionize the way we handle our finances. Each week join thought-leader, John Best and subject matter expert, Glen Sarvady as they take a quick dive into the financial industry's current breakthroughs an ...

Welcome to Energy Bytes - your essential guide to the intersection of data and energy. Hosted by industry veterans John Kalfayan and Bobby Neelon, this podcast dives deep into the world of energy, shedding light on how data, AI, and technology are revolutionizing this sector. Each episode equips listeners with insights into the most efficient tools and resources, paving the way for a data-driven future in energy. From technical nuances to broader industry trends, Energy Bytes offers an unpar ...

The speed of technological change continues to race ahead at breakneck speed, but it will never move this slowly again. In 2024, businesses and their employees will be expected to get to grips with AI, Machine Learning, Quantum Computing, Extended Reality, Cloud Computing, Edge Computing, Sustainable Tech, Green Computing, Cybersecurity, 5G, Blockchain, Crypto, IoT, Autonomous Everything, Human Augmentation, Data Sovereignty, Privacy, AI ethics and the Digital Transformation of everything. N ...

Science in Parallel focuses on people in computational science and their work simulating climate and the cosmos, understanding viral infections, building alternative energy strategies and more – using high-performance computing (HPC). Host Sarah Webb interviews researchers about their career paths and motivations. Our conversations cover topics such as artificial intelligence, integrating emerging hardware, the effects of remote work, promoting diversity and inclusion, and the role of creati ...

What are the barriers we will need to overcome to make quantum computing relevant for the real-world problem? Are they problems inherent in scaling physical systems to large numbers of well-controlled qubits? The need for quantum communications networks to allow modular and distributed systems? The limitations of existing programming languages or the difficulty of constructing new quantum algorithms? Probably, all of these. To explore these barriers and how they are being addressed, Horizon ...