Lloyds Banking Group Explores Quantum Computing and AI in New 'No Ordinary Tech' Podcast Series

Lloyds Banking Group has launched a new series of its No Ordinary Tech Podcast to address the escalating intersection of artificial intelligence and quantum computing. For fintech professionals, the move highlights the urgent shift toward post-quantum cybersecurity as traditional encryption methods face potential obsolescence from rapidly advancing computational power.

What was announced

The new series, hosted by Ron van Kemenade, Group Chief Operating Officer at Lloyds Banking Group, follows previous iterations that reached the top of the UK technology charts on major streaming platforms. A central focus of the current release is the episode titled ‘AI, Quantum and the Future of Trust: Are We Ready for Post-Quantum Security?’, which features Dr Ali El Kaafarani, Founder and CEO of PQShield, alongside Dawn Connelly, Head of Cryptography Lab at Lloyds Banking Group.

The discussion explores the dual nature of quantum advancement: its ability to compromise current data security protocols while simultaneously offering breakthroughs in fraud detection and scientific discovery. It specifically examines the risks posed as quantum computing and AI capabilities converge. While the timeline for widespread quantum availability remains uncertain, the initiative emphasizes that businesses must begin transitioning to quantum-resistant infrastructure immediately to protect long-term data integrity.

Lloyds has already conducted practical applications in this field, including a nine-month collaborative experiment with IBM. This project utilized quantum technology to analyze anonymized real-world transaction data to identify "money mules," demonstrating that the bank is looking beyond theoretical risks toward functional utility in financial crime prevention. The podcast aims to bring these technical challenges to a broader business audience, exploring how the industry is preparing for the eventual market arrival of high-powered quantum hardware.

"Quantum computing is real. It is developing rapidly. When exactly it will hit the market, to the extent we are faced with its power, its consequences are still a bit unknown. However, the industry, and that's wider than financial services, is preparing for this, and that's what we discuss on No Ordinary Tech Podcast."

Ron van Kemenade

The companies involved

Lloyds Banking Group is one of the UK’s largest financial services organizations, maintaining a significant presence across retail and commercial banking. The group has been a frequent subject of industry analysis, with FF News tracking its digital transformation efforts across nearly 200 separate reports. Under its current leadership, the bank has increasingly positioned itself as a technology-led institution, recently making high-profile hires to bolster its technical executive tier and investing in internal labs dedicated to emerging fields like cryptography.

PQShield is a specialized cybersecurity firm focused on post-quantum cryptography. Led by Founder and CEO Dr Ali El Kaafarani, the company develops solutions designed to protect information systems against the unique threats posed by quantum computers. As global standards for quantum-resistant algorithms begin to solidify, firms like PQShield are becoming critical partners for legacy financial institutions that must secure vast amounts of sensitive data against future decryption capabilities. The company operates at the forefront of the transition from classical to quantum-safe security protocols.

What FF News has reported before

FF News has closely followed Lloyds Banking Group’s aggressive integration of advanced technology into its service suite. In late 2026, the bank appointed HSBC’s Jane Gilmour as Chief Technology Officer to lead its technical strategy. This followed the launch of several AI-driven initiatives, including an AI tool designed to recover 500,000 trading days for UK exporters and the UK Digital Money Map, which analyzed regional AI adoption trends. Additionally, the bank expanded its SMB offering with the 'Get Paid' in-app invoicing tool to mitigate late payments for small businesses.

What this means

The focus on post-quantum security signals a shift in the banking sector from viewing quantum as a distant "moonshot" to a pressing operational risk. The industry faces a "harvest now, decrypt later" threat, where malicious actors collect encrypted data today to unlock it once quantum hardware matures. This puts immense pressure on legacy institutions to overhaul their cryptographic foundations. While the IBM experiment shows promise for fraud detection, the primary challenge for the market is the sheer scale of the migration required. The window for proactive defense is narrowing as AI accelerates the development of quantum algorithms, leaving unprepared firms vulnerable to systemic breaches.