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Have you ever thought about what happens when you're not the only one managing your health? Most smartphone apps are designed just for you, as if you were an island. But in reality, when someone is unwell, it's an entire network of people who step in: family members, doctors, and caregivers.

This is where JEEVHITAA comes in, a cutting-edge new system designed specifically for this purpose. Imagine an app that doesn't just count your steps, but knows exactly who can see your data and when. Using 'HCAI' (Human-Centered AI) technology, this system creates a secure care circle. It can read data from your sensors, like those in your smartwatch, and organize them into intelligent profiles.

The amazing part? Not only is the data shared securely and encrypted, but there's an AI that helps make sense of it all. Instead of just giving you complicated charts, JEEVHITAA's AI can summarize medical reports in simple terms, creating personalized action plans for those looking after you. It's like having a digital assistant that speaks the doctors' language but can explain everything clearly to you and your loved ones. In this way, technology isn't just about collecting numbers; it's about connecting people to care for one another more effectively and safely.

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The JEEVHITAA system is based on a complex architecture that integrates various technologies to solve the problem of fragmented health data. A key element is the use of Google Health Connect and Bluetooth Low Energy (BLE) connectors, which allow data from heterogeneous devices to be aggregated into a single coherent stream.

The most innovative aspect is the integration of a RAG (Retrieval-Augmented Generation) pipeline. In computer science, RAG allows a Large Language Model (LLM) to consult reliable external sources before generating a response. This drastically reduces the risk of 'hallucinations' (when the AI invents facts), ensuring that medical summaries and action plans are based on documented evidence rather than assumptions.

Furthermore, the system implements granular and time-bound access control. This means a family member could have permission to view a patient's heart rate only during an emergency or for a limited period, ensuring maximum privacy. Security is guaranteed by end-to-end encryption, which protects data both while stored on the device and during synchronization via the cloud (Firebase). This approach transforms health management from an individual and fragmented task into a collective, verifiable, and secure process.

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Date Published:
Original Article arxiv.org
Fact-check verified on 17/07/2026 Primary Study / Original Source
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Creative Commons License CC BY-NC-SA 4.0

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