Healthcare organizations are facing a new set of challenges as the focus of information technology transformation shifts from the acquisition of tools to the successful execution of workflows.
Data from Black Book Research’s 2026 studies of providers and payers indicate that while heavy investments have been made in data platforms, automation, and artificial intelligence, the ability to integrate these technologies into daily operations remains a significant barrier. The research suggests that technical connectivity is no longer the final objective for healthcare organizations.
A successful transformation requires a multi-stage progression moving from data to usability, workflow activation, human execution, transaction authority, and finally, measurable results. The current industry struggle lies in the transition from mere implementation to routine, effective use.
In a survey regarding the state of payer digital technology, which included 8,194 respondents, 82% of participants identified interoperability, FHIR/API readiness, and usable data exchange as essential. Furthermore, 86% of those surveyed prioritized the modernization of utilization management and prior authorization processes.
The execution gap also affects the provider side, particularly in revenue cycle management and artificial intelligence. Research involving 882 provider respondents highlights the need for better integration of software and automation within financial operations. Additionally, studies on hospital AI governance emphasize the necessity of moving AI from experimental demonstrations into auditable, controlled production through clinical validation and structured governance.
The distinction between technical capability and operational readiness remains a defining issue for the industry. While interoperability can link systems and AI can offer sophisticated recommendations, these technologies often fail to become embedded in everyday workflows. Without the ability to bridge the gap between a technological capability and its actual execution, new tools may simply increase the complexity of the healthcare environment rather than serving as functional infrastructure.
