Partners: Datamed SA, UOA
Finance body: ESPA - EPAnEK
Duration: 2014-2020

Short description

Using intelligent information systems and decision support systems we have developed a web application for the personalized monitoring and treatment of children and adolescents with obesity problems.

At present, more than 2.500 children and adolescents have been followed up on a regular basis. Our recent data analysis demonstrated that using this approach results in a reduction of obesity rates by 30% and overweight rates by 35-40% within one year.

The long term aim of the project is to reduce obesity and overweight problems to the level of 20% of its initial value.

Partners: Datamed SA, Ubitech
Finance body: GGET - EPANII
Duration: 2018-2021

Short description

The object of the Rf-Cure project is leveraging RFID technology in order to design advanced and innovative services to the Public Health sector and more specifically for Hospital inventory and blood products supply chains.

Innosense developed a blood bank management application using RFID technology (RFCure Main Monitoring Bay). The application is structured as a SOA architecture implemented in Java using OSGI technology.

The main components are a monitoring dashboard visualizing high level events and alerts, regarding the life cycle of blood bags, (i.e a bag was left outside the fridge), an open source relational database and an RFID, event based middleware. The application also includes an interface with an existing blood donation system, BloodMed and the ERP Atlantis, which use barcode technology.

A pilot demonstration at Argos general Hospital followed the life-cycle of (a) blood bags and (b) orthopaedic implants

Innosense also carried out a requirements analysis.

Partners: Datamed SA, ICCS-NTUA
Finance body: EPAnEK
Duration: 2014-2020

Short description

The object of the research project is the implementation of the Impilo Platform, that will use Blockchain techonology, an open source medical data repository, for the creation and access to Electronic Health Record (EHR) data.

The platform will act as a server to handle interactions of physicians and patients, and offer innovative services, such as tele-visits and tele-counseling sessions, sharing critical data both between patients and doctors, but also among doctors.

Impilo will serve also as a as a global interconnected healthcare network in connection with other HER applications.

Implementation: Datamed SA
Finance body: EPAnEK
Duration: 2018-2021

Short description

The object of the research project is the implementation of the Impilo Platform, that will use Blockchain techonology, an open source medical data repository, for the creation and access to Electronic Health Record (EHR) data.

The platform will act as a server to handle interactions of physicians and patients, and offer innovative services, such as tele-visits and tele-counseling sessions, sharing critical data both between patients and doctors, but also among doctors.

Impilo will serve also as a as a global interconnected healthcare network in connection with other HER applications.

Partners: Datamed SA, UP, NRI
Finance body: EPAnEK
Duration: 2018-2021

Short description

The object of this research is the multilevel study of melanoma by using intelligent sequential analysis of demographic, clinical, imaging, and genetic patient data, with the use of innovative technologies that belong to the area of big data analysis.

A patient registry was developed that includes the electronic health record of patients registered with the project.

Partners: TechApps Healthier, Innosense, QoLAB HMU
Finance body: EPANeK
Duration: 2019-2022

Short description

The project aims to combine a smart, mobile, digital personal health management assistant (Healthier platform) with a monitoring system and effective communication mechanism and tools to transmit the necessary data to caregivers and nurses, utilizing, where is necessary, the capabilities offered by IoT technologies.

In this way the elderlies are empowered to manage their health more effectively, whistle their caregivers/ nurses can efficiently and safely monitor them from distance, reducing the time they need to spend on-site.

Our aim is to increase the timespan in which every elder can live in their own homes safely and autonomously thus minimizing interventions from their care givers.

Implementation: Datamed SA
Finance body: Ministry of Health - IDIKA
Duration: 2018-2021

Short description

A number of nation-wide applications was implemented concerning the Primary Healthcare in Greece, within the context of the National e-Prescription System (IDIKA)

TThese included the Patient Summary, the National Personal Electronic Health Record (National EHR), the Patient Consent, the Patient Access and lastly the e-Appointment.

The new functions are available to the certified users-physicians of e-Prescription and additionally, the necessary APIs (Application Programming Interface) have been developed in order to allow for a more standardized access from any other application.

The project serves more than 50,000 physicians across Greece while more than 27,500 appointments are booked daily.

Innosense CEO D. Katsiris was the Project Manager.

Partners: Datamed SA, UP, NRI
Finance body: GGET - EPANII
Duration: 2013-2015

Short description

The object of this research project is the extension of the patient’s electronic medical file to incorporate clinical, molecular and imaging data in order to support clinical therapies for melanoma.

An information system was developed in order to investigate the relationship between genetic information and skin cancer. A requirement analysis was carried out as well as the design of the medical subsystem to register clinical data.

Innosense role in the project was (a) requirements analysis, (b) design of a medical information subsystem for clinical data.