Data-driven diagnostic and predictive app for improving infant outcomes.
Astarte Medical is a precision nutrition company that turned to us to build software based on proprietary predictive analytics. The solution is meant to improve outcomes for preterm infants with a suite of digital tools and diagnostics.
We had to build a forecasting & tracking web application for the infants’ treatment plans from scratch.
MAIN COMPONENTS MEANT TO BE:
AI-based suggestions for feeding time, amount, and constituents
Graphs and tools to monitor feeding
A thorough interface to track infant growth.
To standardize feeding, optimize nutrition, and quantify gut health of preterm infants with our app, we implemented:
Integrations with various protocols to suggest feedings for babies based on the clinical indicators, growth speed and other historical data (like previous feedings)
Tracking of the protocol suggestion modifications
Central identity server
Rounding report tab to show consolidated information about the patient
Analytics (with charts) for organization performance metrics visualization
Epic EHR integration
Ability to download data/reports.
Core to Astarte Medical is their comprehensive and proprietary dataset, which integrates feeding protocols, microbiome profiles, and clinical information. We synchronized it with the web application making it generate actionable suggestions in the form of a decision tree.
Infant parameters are logged into the app which measures the Protocol compliance for tracking & optimizing their nutrition.
Decision tree – AI-based platform that suggests a diet based on the lessons learned from the previous cases
A platform for tracking and improving sleep activities.
The Client owns a sleep lab management solution that provides managing patients’ sleep care: from scheduling sleep tests and physician visits to coordinating treatment. The platform is used by lab management companies, independent diagnostic testing facilities, physician-owned labs, and hospitals.
The Client needed to replace the outdated desktop version of the product and build a new one using the latest technologies.
OUR GOALS WERE:
To build a desktop app using WebRDP to reach it from the web app
To integrate the web app with a new server using the latest APIs
To connect sleep devices to the new app through DLL libraries adjustment
Glorium has been working on the project from 2019.
SINCE THE BEGINNING WE:
Built a new desktop application using WPF
Created a WebRDP solution to allow remote access to sleep studies
Optimized outdated DLL libraries enabling connectivity of sleep devices with the latest desktop app
Implemented a new archive tool to optimize work with laboratory documents
Enabled work with laboratory documents through embedded MS Office
The Client has got the new web version that shows higher performance and faster load. We developed it with added customization possibilities in mind and easier EMR integrations to serve a greater pool of clients.
UI/UX design and interface for the IoT platform that helps tracking provision on hygiene supplies in hospitals.
Our client is a dispenser manufacturer that addresses hospitals’ needs with sensors that measure the dosage volume and the timestamp of hand disinfection. They send this data wirelessly through the IoT platform and run analysis programs to ensure compliance with the rules.
The former product’s interface was in production for 8 years and required significant improvements. The manufacturer turned to us to develop an interactive smart solution to reform and monitor hand hygiene and eventually reduce hospital-acquired infections.
To build a unique and customized web interface for IoT platform
To make the web interface user-friendly and adjustable for detailed statistical data checking
To create a cross-platform mobile app synchronized with a web app.
We reworked the entire front-end part of the application using the latest technologies to provide stability, a mature interface, and better user support.
Custom UI/UX and web interface
Configurable reports based on custom IoT parameters
Organizational and location structure supervision
Patient Days management system.
The development of the fundamental part of the product took about 18 months. Now we’re adjusting some UX features. In the meantime, the client engaged us with a related project – building a mobile applications that directly collect data from dispensers through NFC. It expects to facilitate and speed up the work of hygiene specialists in the hospitals.