Structured information on the device
User and evironment
| Who is the intended user? | Self-user/patient and healthcare professionals |
|---|---|
| Is training required in addition to the expected skill level of the intended user? | No |
| Is any maintenance or calibration required by the user at the time of use? | No |
| Where will the technology be used? | rural settings, urban settings, outdoors, indoors, at home, primary level (health post, health center), secondary level (general hospital), tertiary level (specialist hospital) |
Health technology specifications
| Dimensions (mm3) | 32 mm x 32 mm x 6 mm |
|---|---|
| Weight (kg) | 0.002 kg |
| Does it require the use of consumables? For example, disposable batteries, disposable electrodes, etc. | No |
| Estimated life time | 20 Years |
| Estimated shelf life | 20 Years |
| Can it have a telemedicine or eHealth application? | Yes |
| Does it use any kind of software? | Yes |
| If yes, please describe the software, whether it is open source or proprietary, its use and/or license fee, etc. (10-70 words). | It uses an android application which will be developed throughout this project. Softwares and libraries used for developing the app will be described in WP3. |
| If yes, can the software be customized for local use? Please explain (10-70 words). Include languages available. | The Medical passport aims to be international so it offers the possibility of changing app language. At the moment only English and Spanish are supported, being English the default language. Information recorded at NFC module is recorded in an english-like key system, in order to be human-readable for foreign NFC apps. |
| Is it portable? | Portable |
| Type of use | Long term use |
| Does the technology require maintenance? |
No |
| Energy requirements |
NFC active device to interact with passive tag |
| Facility requirements |