CASE STUDY

Grasp

Med-Tech app

case study

About GRASP

Grasp AS is a private owned, digital Med-Tech company which is focusing on development, production and distribution of an innovative digital device within the healthcare industry. The GRASP is used to register events over time. By squeezing it, patients can collect data on time of event, its intensity, and duration for the event. The device enables users to log experiences like pain, stress, fear, anxiety, sorrow, shortness og breath, pain, dizziness, hunger, withdrawal, but also happiness and motivation. Innovative technology solutions like Grasp can deliver tangible improvements to important social outcomes, including the healthy extension of working lives, increased job retention and return to work, plus improved daily functioning.

BETTER SOFT SERVICES
Project Goal

The Grasp device is a digital silicon stone with service consist of a special analytical device based on an advanced software and infrastructure. Its mission is to improve existing methods to communicate and treat pain which are antiquated, inefficient and ineffective for both patient and health care provider. Therefore, the purpose of the project was to develop an innovative solution and applied it in the Grasp device.

The project assumed that the product would have feature such as registration events in real-time, obtaining qualitative data related to symptoms, automatic transfer of patient data to clinical practice and many more. Thanks to very low user threshold, anyone can benefit from the advantages of the device. The user only needs to bring the Grasp with them and squeeze it as a response to their experiences. Better Soft Services team was responsible for providing software and UI, which enable visualization of uploaded data. This transparent interface will give future users an unique insight and understanding of tendencies and coherences between registered symptomps.

Client’s side:

End Client
Product Owner
Acceptance

Better soft services side:

Web development
Mobile development (iOS, Android)
Backend
Design

BETTER SOFT SERVICES

General problem

The biggest obstacle is the Grasp device, which doesn't quite read and interpret the squeeze strength correctly. The calibration problem relates to the level of squeeze, which is different for children and adults. There is ongoing work to improve the hardware so that the displayed results are adequate with the patient's actual condition.

Problems Solved in the Project

Consultation with physicians and collaboration with research institutions in Scandinavia.

Design a unique user interface which enables simply and convenient navigating through the application.

Solution

We developed project concepts based on the client's basic requirements. The work was based on the collected data from the pilot programs, co-working with the research team and the units responsible for firmware and hardware.

As part of the MVP, we proposed a different way of grouping data, e.g. timelines, diagnostics, changing the concept of linking devices to organizations, and divided the database into microservices.

We created a web site for doctors in .NET technology and a mobile application for patients. The mobile version was previously developed in Kotlin and Swift, while now we are developing it in Flutter to provide solutions for Android and cover the market for devices based on this system.

The result of our work (the project is still ongoing) is a modern and responsive application with a user-friendly interface.

What was achieved

Thanks to our involvement in the project the solution has been brought to completion and is now at the stage of a pilot program. The application helps in better understanding and managing the users health conditions and pain associated to them, both physical and mental.

It analyzes the scale of motions (squeezes) collected through the device and presents the data in different aspects. With its use the treatments can be evaluated more deeply and certain habits and methods can be developed to better the comfort and lifestyle of individuals.