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SOFTWARE FOR DOSE-CONTROLLED MEDICATION DELIVERY
PROJECT DESCRIPTION
Partnering with the customer, we developed a cloud-based back-end system designed to power their dose-controlled prescription medication delivery technology.

This system integrates seamlessly with Bluetooth-enabled health devices and leverages advanced AI, ensuring real-time, synchronized communication between patients and healthcare providers via dedicated web and mobile applications.
CLIENT BACKGROUND
The customer is one of the pioneers in the landscape of prescription drug delivery, enabling secure, data-driven decision-making that enhances patient outcomes and healthcare efficiency.

Their broadly patented for multiple applications technology is a smart, dose-controlled prescription medication delivery system complemented with Bluetooth-adapted digital health devices and synchronized cloud-based software to bridge the gap from patient to provider.
BUSINESS CHALLENGE
Our customer faced the challenge of ensuring strict adherence to dosage instructions and preventing medication misuse, particularly important for drugs with low adherence rates or high misuse potential.

They needed a secure, scalable software solution to support their prescription drug delivery technology, which bridges patient and provider interactions with real-time data and insights.

Their technology required a back-end system to synchronize across various devices and applications, ensuring secure and reliable medication management.
TECHNOLOGIES
React Native, C#, MongoDB

VALUE DELIVERED 

The inVerita team developed a robust back-end system that leverages synchronized, cloud-based software (web and mobile apps) seamlessly integrated with strong AI capabilities.

The features like dose-controlled delivery enable the administration of the prescribed dosage type, quantity, and frequency as directed by the healthcare provider's instructions. Fingerprint authentication guarantees that the medication is distributed exclusively to the intended recipient as per the prescription. 

The technology provides a customized answer, especially suitable for medications that have shown historically low rates of adherence or increased potential for misuse.

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