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A US-based startup specializing in software solutions that digitize operations and processes for healthcare providers, including hospitals and clinics.
Healthcare Technology
A comprehensive software solution designed for the healthcare industry to enhance drug inventory visibility and utilization. Our solution included IoT integration, data processing, UI and mobile app development, backend API creation, DevOps support, and quality assurance.
The client wanted to implement a digital platform that tracks drug inventories in real-time using IoT sensors and process data from connected devices to generate useful insights. They also required an easy-to-use dashboard and mobile app to monitor and manage the inventory without having to manually check all the shelves.
The hospital struggled due to lack of insights into the large volumes of medical inventory. The conventional medical storage methods failed to track distribution of medicines across various locations within the health system in real-time. This led to shortages in some departments and overstocking in others.
If a location had higher demand for a particular medicine, the health system was unable to identify location-specific usage metrics in advance and stock medicines accordingly. These details could be obtained only while manually auditing each department and storage space. This was a time consuming process that delayed distribution of medicines and impacted quality of patient care. Additionally, manual processes caused human errors in recording inventory statistics and expiry dates at a location or on a medical bin level.
The solution comprised hardware and software components. The suite of services included IoT integration, data processing and calculations, user interface (UI) development, mobile app development, backend API creation, DevOps support for packaging and deployment, and quality assurance.
The hardware components are smart medical bins, which replaced the conventional storage system. These smart bins are equipped with IoT sensors which capture user activity and transfer data to the cloud in real-time. All activities happening in a bin are considered events, which can be medical stocking, dispensing, and replacing medicines.
The data transferred to the cloud is processed to determine utilization, current statistics, and usage trends of the bin. The calculated data is then displayed on a dashboard, accessible through web and mobile applications. This enables users to monitor the utilization of medication at each location, providing insights into the distribution of medicines across the health system. Based on usage statistics, the health system determines the precise number of items that need to be replenished. This minimizes wastage or stockout scenarios.
Using an agile approach, we collaborated closely with the client to:
Post development, our team ensured a smooth validation and release process, enabling the client to achieve timely delivery and deployment of the solution.
The client wanted to implement a digital platform that tracks drug inventories in real-time using IoT sensors and process data from connected devices to generate useful insights. They also required an easy-to-use dashboard and mobile app to monitor and manage the inventory without having to manually check all the shelves.
The hospital struggled due to lack of insights into the large volumes of medical inventory. The conventional medical storage methods failed to track distribution of medicines across various locations within the health system in real-time. This led to shortages in some departments and overstocking in others.
If a location had higher demand for a particular medicine, the health system was unable to identify location-specific usage metrics in advance and stock medicines accordingly. These details could be obtained only while manually auditing each department and storage space. This was a time consuming process that delayed distribution of medicines and impacted quality of patient care. Additionally, manual processes caused human errors in recording inventory statistics and expiry dates at a location or on a medical bin level.
The solution comprised hardware and software components. The suite of services included IoT integration, data processing and calculations, user interface (UI) development, mobile app development, backend API creation, DevOps support for packaging and deployment, and quality assurance.
The hardware components are smart medical bins, which replaced the conventional storage system. These smart bins are equipped with IoT sensors which capture user activity and transfer data to the cloud in real-time. All activities happening in a bin are considered events, which can be medical stocking, dispensing, and replacing medicines.
The data transferred to the cloud is processed to determine utilization, current statistics, and usage trends of the bin. The calculated data is then displayed on a dashboard, accessible through web and mobile applications. This enables users to monitor the utilization of medication at each location, providing insights into the distribution of medicines across the health system. Based on usage statistics, the health system determines the precise number of items that need to be replenished. This minimizes wastage or stockout scenarios.
Using an agile approach, we collaborated closely with the client to:
Post development, our team ensured a smooth validation and release process, enabling the client to achieve timely delivery and deployment of the solution.