Enterprise Agent Mesh Fabric for Financial Services: A Governance-First Control Plane Architecture for Scalable Agentic AI in Regulated Institutions
Year: 2026
Type: article
Abstract: This working paper introduces Enterprise Agent Mesh Fabric as a governance-first control plane architecture for deploying scalable agentic AI in regulated financial institutions. The paper argues that banks, fintechs, private equity firms, insurers, asset managers, and other financial organizations do not primarily need more isolated AI agents; they need a shared runtime fabric that governs how many specialized agents identify themselves, communicate, access tools, use memory, follow policies, escalate decisions, generate audit trails, and recover from failures. The paper examines why financial services is one of the most demanding environments for agentic AI deployment because it combines sensitive data, high-value decisions, fraud exposure, model risk, strict regulatory expectations, operational resilience requirements, and human accountability. It proposes an enterprise architecture built around specialized financial-domain agents, governed capability access, zero-trust agent identity, policy enforcement, observability, explainability ledgers, evaluation pipelines, human-in-the-loop checkpoints, and safety kill-switches. The central thesis is that the future of enterprise AI in financial services will not be won by the smartest individual agent, but by the strongest control fabric around many agents. The proposed architecture is intended for financial institutions, fintech builders, enterprise AI architects, risk and compliance teams, product leaders, and researchers exploring safe autonomy, AI governance, and multi-agent systems in regulated environments.
Author: Ganesh, Ganesh Prasad Bhandari
Language: English
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7165059489
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