From AI Experiments to Enterprise Infrastructure: Escaping Pilot Purgatory

By David Sewell, Chief Technology Officer, Synechron.

  • Wednesday, 21st January 2026 Posted 2 hours ago in by Phil Alsop

Walk through a tier-one financial institution and you’ll find the same pattern: a fraud detection pilot in one division, a credit risk algorithm in another, and a customer chatbot tucked away in a third. On their own, the projects hold promise. They demo well. They generate optimistic slide decks. But they don't talk to each other – and that is a massive problem.

When dozens of disconnected experiments operate in isolation, they do not contribute to overall organizational transformation. Instead, they are building a new state of company-wide "pilot purgatory." This perpetual experimentation creates a heavy operational drag that smothers the very transformative potential behind executive support for changes.

CIOs increasingly must recognize the danger of continuing on this path – and become the lead internal advocate for change. Only by acting decisively can CISOs ensure their employees do not fall into a state of near-permanent paralysis. The challenge can be broken into three barriers to overcome: fragmentation costs, fractured infrastructure, and outdated technical and organizational foundations.

The high cost of pilot purgatory

Companies frequently “wall off” experiments in controlled settings. Small, sealed areas serve as sandboxes to try the unorthodox and the boundary pushing. Meanwhile, the rest of the group continues to serve clients with proven techniques, minimizing disruption.

Part of this separation is the use of individualized data feeds for products. Protected from the rest of the company, risk assessments can be dangerously inconsistent. There’s no way for the system to detect anomalous model behavior on an enterprise level. Security policies get enforced inconsistently, if at all.

The fraud detection model in trading operates under different risk parameters than the compliance monitoring tool two floors down. Nobody designed them to work together. When a situation demands coordination between these systems, the integration simply isn't there.

This fragmentation may only surface far later, during regulatory reviews. When auditors request documentation on AI risk management, institutions discover their audit trails don't exist in any coherent form. “It’s just an experiment” – is an excuse unlikely to be adequate for an American, European, or British regulator.

What’s left is a growing divide between "experimental AI" and "enterprise AI.” The former generates excitement and innovative technology, but it remains confined to pilot programs with limited impact. Too many companies aren’t ready for the enterprise rollout: only 12% of financial firms have implemented a global, enterprise-wide AI strategy.

Enterprise AI, by contrast, runs on unified infrastructure that enables deployment at scale while maintaining the security, auditability, and governance that regulators and executives increasingly demand.

The enterprise framework as a unifier

Nearly two-thirds of firms have not scaled AI across the enterprise. A unified data infrastructure that provides standardized pipelines, monitoring capabilities, and governance structures are absent.

The march towards agentic workflows intensifies the case for an enterprise framework. Without policies and guardrails embedded within AI frameworks, institutions can't control when agents act autonomously, what constraints govern their decisions, or how they coordinate with other systems.

Data product and platform-oriented architectures solve this by establishing datasets as managed assets that interact through standardized APIs and shared controls. This gives agentic systems the structured environment they need to automate processes at scale.

Fraud detection holds great promise. An agentic system evaluates transactions against risk thresholds, coordinates with identity verification, checks customer history, and decides whether to block payments – all within milliseconds.  When agents coordinate through known interfaces rather than custom integrations, financial institutions can deploy AI across high-value domains like real-time fraud detection and AML monitoring without creating new silos.

The technical and organizational foundations required for responsible AI at scale

The infrastructure gap remains a fundamental hurdle. On the technical side, financial institutions are channeling 58% of AI budgets into data modernization to bridge fraud detection gaps and patch legacy inefficiencies. Yet, for 18% of firms, poor data quality remains the primary barrier – a clear signal that spending doesn't always equal solutions.

Firms recognize the rot, but recognition does not remove the underlying obstacle. Many banks want to stack sophisticated AI workflows onto aging legacy systems. Paralyzing friction is the result – for nearly one in five bank leaders, the fear of backing the wrong solution is now the single greatest investment risk.

Institutions must move toward standardized development pipelines with consistent validation, unified approval workflows, and automated deployment. AI-enabled developer platforms accelerate this shift by abstracting technical complexities and create the agility needed to experiment quickly and pivot based on results. 

This infrastructure transforms experimental models into production-grade systems with verifiable audit trails, turning agentic coordination and regulatory compliance from aspirational goals into operational reality.

The choice ahead: beyond experimentations 

Pilots, sandboxes, and experiments had their time. But in praising their laudable achievements, audiences must not see the tinkering as the destination. Banks spent decades turning themselves into multi-department, international behemoths because of the benefits inherent in economies of scale. The C-suite now needs to ensure that same structural gravity is present in enterprise-wide digitization. We cannot afford to treat AI as a collection of boutique ornaments; it must be forged into the industrial-strength foundation of the firm.

Ultimately, the move from sandbox to production is a fundamental shift in institutional philosophy. The excitement of the "demo" is replaced with building unified infrastructure. Escaping pilot purgatory is an uphill climb, but it is the only way to ensure that today’s investments actually secure a competitive future rather than just adding to a growing pile of technical debt.

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