Applications
When natural language becomes the bridge to digital systems, the interface fades away. Agent data, tools, and permissions are directly assembled from context, so the same intelligence works through a chat window, an earbud, or a pair of AR glasses. Simply communicate your intent; the AI translates it into secure, effective action.

Manufacturing
Pain Points
In Practice
Sarah, an operator, approaches Station 7. The system recognizes her role and location, automatically providing her with the specific training materials, quality checklists, and real-time performance metrics for the current production run. As Sarah works, she converses with her AI agent about process improvements and optimization techniques she's discovered. The system captures these insights in real-time, learning from Sarah's expertise and automatically sharing her optimizations with the next operator who approaches this station. When Mike the technician arrives to debug a sensor issue, the same interface transforms. His AI agent now has access to diagnostic tools, maintenance logs, and troubleshooting guides specific to Station 7's equipment. The agent can cross-reference data across multiple systems that Mike normally couldn't access simultaneously. The development team only needs to build and maintain one application. They define the context once, and the system automatically adapts the AI agent's capabilities based on who's using it and what station they are at.
Trends & Requirements

Healthcare
Pain Points
In Practice
Dr. Chen enters Room 302 to see her patient. The system immediately provides her AI agent with access to the patient's EMR record, along with relevant data from radiology, pharmacy, and lab systems. The agent can synthesize information across databases that normally require separate logins and manual cross-referencing. In the ICU, Nurse Smith approaches the bed to check on her patient. Her AI agent becomes a nurse assistant that can monitor and correlate data from the ventilator, IV pump, cardiac monitor, and other devices, all connected to IT but not natively communicating with each other. The agent provides a unified view of the patient's status. When Dr. Martinez, a cardiologist, enters the same ICU room, the interface transforms again. His AI agent now has access to the relevant devices, EMR data, and targeted research papers specific to the patient's cardiac condition. The agent can suggest treatment options based on the latest clinical guidelines. This is possible because the toolkit is defined once, context is synthesized in the moment, and MCPs tooling provides standardized access to the diverse array of medical devices and systems.
Trends & Requirements

Smart Facilities
Pain Points
In Practice
Emma checks into her hotel room and approaches the system. Her AI agent provides access to the room's smart accessories including lighting, climate control, entertainment system, and security features. The agent can also integrate with Emma's own devices, creating a personalized environment that adapts to her preferences and schedule. At the local boutique, customer Alex uses the store's system. The AI agent provides tooling specific to that store including inventory lookup, style recommendations, and loyalty program integration. The agent connects Alex to a store-specific assistant that knows the current promotions, available sizes, and can suggest complementary items based on what Alex is browsing.
Trends & Requirements
Define Once. Adapt Everywhere.
Automatic Context Synthesis
Intelligence assembles from zones, assets, and roles; no individual configuration is required.
Governance Built In
Authorization and access boundaries are synthesized with context, not added as an afterthought.
Traceable and Auditable
Every action and connection is intentional, logged, and explainable for compliance and trust.
Intelligence That Understands the Moment
Explore how Mimory's contextual intelligence adapts to your environment.
See How It Works