Remote Controller for Neuroscience Device for Healthcare Organization
Rapid advances in neuroscience are causing the healthcare industry to develop novel medical devices that can improve patient diagnosis and treatment.
At a Glance
The successful collaboration of our technical specialists and the professionals of the healthcare organization resulted in the development of a cutting-edge remote controller for their innovative neurological device.
The successful engagement of Azilen and the client resulted in the development of a cutting-edge remote controller for their innovative neurological device.
Key Highlights
Handle Multiple Patients
Empowering Healthcare Domain
Remote Therapy
Quality Treatment
Affordable and Efficient
Time Management
Challenges
- Handle multiple patients remotely
- Automation through remote controller
- Create two devices: one for hospital and other for home practice
- Making the technology affordable
About Client
The client is a Europe based globally well-respected healthcare product Development Company. With the intention of furnishing rehabilitation facilities to massive number of stroke patients, the client had ideated Neuroscience Devices to accelerate the recovery of patients.
HEALTHCARE
Industry
NEUROSCIENCE
Domain
EUROPE
Location
How we helped?
After a thoughtful evaluation of requirement, we decided to develop a remote control tablet application as an interface to be in communication with the multi model platform device and have the remote control over it.
The Solution
- The tablet app enables the therapist to plan the exercise schedule for each individual patient in accordance with his or her health conditions.
- The remote controller keeps fetching the data from Neuroscience Devices so that the therapist can perceive the patient’s performance through parameters such as Game Score, Accuracy Measures and Difficulty Levels.
- In case of deviation from expected performance, the therapist will be sent an automated push notification along with relevant details. We have used Google Standard Push Notification for the same.
- Based on patient’s performance, the therapist can promptly change the type or level of game.
- The client’s device applications were developed with Unity 3D. Accordingly, we developed the remote controller app in Unity 3D itself. We developed a protocol component with C# Dynamic Link Library as the communication bridge.
- We used Apple’s Zero Config service discovery protocol for establishing the connection between devices and application. Hence, as long as the Android application and the multi model platform devices are utilizing the same internet network, they can be in sync.
- The therapist is enabled to perform all desired actions remotely through the Android application.
- As the application is meant for sensitive healthcare domain, we have taken special care of its security features.
The COVID-19 pandemic has expedited the development of remote healthcare technologies, allowing patients to manage their diseases from the comfort of their own homes.
Remote monitoring could improve neuroscience, where brain monitoring devices have the potential to change clinical research and patient monitoring.
Remote neuroscience gadget control could enable healthcare practitioners to monitor patients’ brain activity in real-time without requiring in-person visits.
