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Saved February 14, 2026
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The article discusses the shift in enterprise software where AI agents are moving from supportive roles to actively managing operations. With frameworks like the Model Context Protocol, these agents are expected to handle tasks autonomously, impacting industries like banking and healthcare. Predictions suggest that by 2026, a significant portion of enterprise applications will rely on these integrated AI agents.
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AI agents are shifting from supportive tools to core components of enterprise software, fundamentally changing how businesses operate. By 2026, an estimated 40% of enterprise applications will incorporate these autonomous agents, a significant jump from less than 5% today. Rafael Torres from Expedia Group highlights how agents now directly invoke services and manage workflows using the Model Context Protocol (MCP). This replaces the traditional model where backend systems interpret user intent generated by Large Language Models (LLMs) and execute corresponding actions. Agents now take on operational roles, performing real CRUD operations and managing transactions.
Real-world examples illustrate the speed of this transformation. A South American bank has implemented agents to handle PIX payments via WhatsApp, allowing customers to send payment requests that agents autonomously process. Similarly, JPMorgan Chaseβs EVEE system enhances call center efficiency by providing instant, context-aware responses, which cuts handling times and allows staff to focus on proactive outreach. In healthcare, Mass General Brigham uses agents to draft clinical notes from patient conversations, improving doctor-patient interaction and potentially extending providers' careers.
The article also outlines a three-tier framework for organizations adopting Agentic AI, emphasizing the need for trust, governance, and transparency. The Foundation Tier focuses on tool orchestration and data lifecycle patterns, while the Workflow Tier enables automation through core patterns like Prompt Chaining and Parallelization. The Autonomous Tier allows agents to dynamically choose their methods and tools. Successful implementations prioritize simple, composable architectures that mitigate complexity and control costs, integrating essential features like observability and security from the start.
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