Co-financed by: CeNTI-Co-financed by

DOSEA project aims to develop a smart label to support drug therapy. This solution is a highly attractive product at pharmaceutical and hospital level, not only for clinical trials but also for home users. This project aims to develop a discreet and intuitive monitoring device which can be easily integrated into different types of medication packaging, including low-cost blister packs or medicine bottles of liquids/powders.

During DOSEA project, the consortium aims to create three products with a high degree of innovation, which allows the patient to monitor the adherence to medication, thus contributing to the mitigation of a global problem and leveraging the regional and national economy.

DOSEA is being developed in partnership with a European project “Sensing Robotics for Smarter Biotechnology – SR4SB”. This project was submitted to the EURIPIDES2 Program, which received approval with the EURIPIDES label.


Main goals:

- Increase the efficacy of drug therapies;

- Promote adequate and timely taking of prescribed medicine;

- Preservation and monitoring of medicines under appropriate temperature and humidity conditions;

- Develop a sensorization system for validation of medicine intake and innovative monitoring for the pharmaceutical area;

- Hardware and firmware improvements, including wireless communication, energy efficiency in the sensorization system and development of an intuitive mobile app.

CeNTI-The main goals of the project are:

Project Tittle:  DOSEA - Dosing Sensor & Alarm

Project Number: POCI-01-0247-FEDER-033664

Project Duration: July 2018 to December 2021

Eligible Cost: 708.606,45 €

Financial Support Feder:  494.008,63 €

Project Type:SI I&DT Empresarial – Copromoção

Intervention Region: Center and North of Portugal

Promotors:  NEUTROPLAST – Indústria de Embalagens Plásticas; CENTItvc – Centro de Nanotecnologia e Materiais Técnicos, Funcionais e Inteligentes; BEYONDEVICES


Preliminary demonstrators of the developed functionalities:

- Optimization of electronic control for low energy consumption;

- Implementation of a medicine intake detection system;

- Printed electronics for configuration of medicine intake parameters;

- Implementation of hybrid electronics to generate alerts.


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