Rothman says an execution gap often emerges between AI strategy and operating reality, where firms may have ambitious AI roadmaps but lack the ownership structures, governance models, funding, data readiness and operational processes needed to move projects from experimentation into production: “In practice, AI stalls when it remains a technology initiative rather than a business transformation.”
Blanco points out that while banks have the strategy decks, in most cases, what they do not yet have is the AI factory, the connected data and the governance fabric required to run intelligence at the scale of an institution that processes billions of transactions a day.
“A model that wins in a sandbox does not survive contact with real-time latency requirements, model risk regimes, fifty years of acquired core systems and the change management work of getting a 200,000-person workforce to actually use it,” he says.
DISCOVER: Turn data into insights and accelerate artificial intelligence initiatives.
Data Problems Slow AI Adoption in Finance
Nearly half of financial institutions identified securing data, insufficient data, integration challenges, data quality and trust in outputs as significant barriers to preparing data for AI projects.
Financial institutions typically have enormous volumes of data, but it’s fragmented across systems that don’t usually work together, Blanco says: “The most common issues are inconsistent labeling, incomplete data lineage and governance frameworks built for compliance reporting rather than AI model training.”
Indranil Bandyopadhyay, a principal analyst at Forrester, says firms often overestimate how prepared their data environments are for AI, particularly as generative AI introduces new requirements related to context, semantics and unstructured data.
“That data was prepared for human consumption, not for AI systems that rely on technologies such as vector databases and multimodal data platforms,” he says.
Bandyopadhyay also notes that AI systems require continuous oversight because they are probabilistic in nature, creating risks for model drift and data drift, meaning organizations cannot simply build once and then move to the next thing.