
Accelerating Rare Disease Diagnosis with Computer Vision
A leading medical technology provider struggled with high error rates (15%) and slow processing times (avg. 48 hours) in identifying rare tissue anoma...

The client struggled with accessing and interpreting complex manufacturing and supply chain data, often requiring specialized analysts to generate reports, delaying decision-making.
We engineered a Model Context Protocol (MCP) server that securely connects enterprise databases and APIs to a conversational LLM interface, allowing managers to query data naturally.
Reduced time-to-insight from days to seconds, democratized data access across the organization, and improved operational agility on the factory floor.
In the fast-paced beverage manufacturing sector, real-time insights into production line efficiency, supply chain logistics, and inventory levels are critical. However, this data was siloed across multiple legacy systems.
Factory managers had to rely on specialized data engineering teams to write SQL queries and generate dashboards. This bottleneck meant that by the time insights were delivered, the operational window to act on them had often closed.
To bridge this gap, Widle.ai leveraged the Model Context Protocol (MCP), an open standard that allows Large Language Models (LLMs) to securely and contextually interface with external data sources.
Widle.ai implemented state-of-the-art computer vision models trained specifically for brand safety and contextual targeting. The pipeline was designed to operate entirely on the edge or in secure enclaves, ensuring data privacy.

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