Max Young

Customers change their minds. Data shows up late. Exceptions are the job.

Most enterprise systems aren’t built for that. They assume work moves in a predictable sequence. When it doesn’t, things slow down—bottlenecks form, and people step in to patch the gaps.

Traditional approaches don’t hold up well. Flow-based orchestration gives you structure but struggles to adapt. Case management adds flexibility but makes it harder to see and control what’s happening.

This session introduces agentic orchestration. Camunda provides the structure, visibility, and auditability. AI handles decision-making in real time. You stop trying to map every possible path and focus on the outcome instead.

The system figures out the next step as it goes, while staying transparent and reliable. The result is a process that adapts in real time and works the way the business actually operates.

Wellpointe’s RAP is an intelligent move-in orchestration solution designed to streamline and standardize the resident’s journey from interest to move-in.  This session will explore how Wellpointe and CapBMP integrated CRM and Work OS systems to create a workflow-driven experience with a single orchestration layer that guides each prospective resident through the entire admission process.

The solution orchestrates every stage of move-in, ensuring that required tasks are completed, dependencies are managed, and conditions are met before progression to the next step. By enforcing stage-level controls through tight coordination across systems and teams, RAP replaces the risks of incompleteness and inconsistency with visibility and control that ensures a structured and reliable move-in experience from start to finish.

And using Camunda's Agentic AI Connectors as the central orchestrator alongside MCP Servers hosted in Amazon Bedrock AgentCore, users can submit natural language queries to investigate any detail of a resident's move-in journey. Camunda governs the end-to-end execution, enabling queries like 'Does John need transportation?' or 'Does Susan require a diabetic diet?' to be answered from the appropriate underlying source of truth.

The result is a platform that transforms what has traditionally been a manually intensive and fragmented process into a highly orchestrated one that reduces operational friction, improves process compliance, increases throughput and ensures that every move-in is consistently and flawlessly executed.