B-LiFE - Biological Light Fieldable Laboratory for Emergencies

The objective of the ESA IAP-ARTES 20 « Biological Light Fieldable laboratory for Emergencies » (B-LiFE) project is to bring a diagnostic capability as close as possible to the crisis area, thus providing an essential element of fast emergency response while preserving the safety of deployed staff and of the surrounding populations.

The B-LiFE project is adding to a transportable bio-laboratory a set of space technologies and functions improving considerably the quality of the services offered: 1) satellite telecommunications to connect with the distant reach back home base laboratory, stakeholders and end users, 2) GNSS (Global Navigation satellite System) data for geo-location and Earth Observation data for site selection and monitoring.

B-LiFE has already been successfully deployed in Guinea to fight the 2014-2015 Ebola epidemics.

Users and their needs

The primary users of the B-LiFE service are the teams operating the B-LiFE laboratory, who shall benefit from the value added from the space assets during their operations.

The B-LiFE service also aims to bring benefits to a broad array of potential stakeholders/customers. These include institutions such as foreign affairs departments, cooperation offices, local governments or health or defence ministries; European and international institutions; crisis management agencies at local and international level as well as NGOs which are often lacking appropriate laboratory capabilities for disease detection and identification. National and international institutions (Health ministries, Civil Protection, WHO, DG ECHO) are among the current B-LiFE stakeholders.

The B-LiFE service provider will also target entities looking for an upgrade of their field diagnostic capabilities, such as pharmaceutical companies, food manufacturers or companies having a need for medical diagnostic capacities in remote areas, such as oil and mining companies.

In addition, B-LiFE will also address training needs as part of cooperation and development missions, for instance for local organisations willing to develop their own knowledge on-site in the field of laboratory operations in order to become more autonomous for such operations.

Service/ system concept

B-LiFE is an integrated service including a set of analytical tools able to support the provision of a rapid assessment of bio-threats present in the environment where the laboratory is deployed (e.g. Ebola epidemics in Guinea in 2015). B-LiFE is receiving information and field samples for analysis and delivers at the end the results to the customers. For an optimal interaction with the customer/stakeholder supervising the global crisis management system at distant and local level, all relevant information (i.e. medical, epidemiological, biological, etc.) are delivered in a timely manner to the right stakeholder, with accurate geo-location information and in a secured way through an autonomous and robust satellite communication system.

Fig. 1 - Integrated service for Crisis Situation © B-LiFE

B-LiFE’s added value comes from the its concept of “on-the-field analysis” rather than organising a time-consuming and hazardous transportation of samples to a distant conventional reach back laboratory. 

B-LiFE services include the following:

  • provision of expert analysis, identification and monitoring of B-causative agents of human or animal infections and environmental contamination and hazardous B-substances as well as scientific advice in field for all kind of operations.
  • assistance in theatre-level assessment of biological threats, in order to enable end users, local and distant operational authorities (local and distant Command and Control Centres) to make timely decisions on appropriate courses of action.

B-LiFE is able to deliver the following service packages:

Space Added Value

Within B-LiFE, the following space assets are used:

Satellite Communication, for:

· Real-time communication with home base, stakeholders and families of field teams

. Real-time transmission of analytical results, reports for stakeholders and requests for logistics support

· Real-time bidirectional communication with remote medical experts

· Broadband links for large dataset transfer

Earth Observation, for:

· Geographical information and maps for laboratory site selection and monitoring during pre-deployment

. Site monitoring during the mission

. High-resolution maps for team safety and security

. Integration of Unmanned Aerial System to provide complementary data

. Epidemiological maps

GNSS

. Geolocation of samples

. Geolocation and tracking of teams and equipment deployed on the field

Thanks to these space assets, the B-LiFE laboratory can achieve greater operational performances than before and is considered as a very flexible and versatile tool, which can be rapidly deployed almost anywhere in the world.

Current Status

The second pilot of the B-LiFE demonstration stage has been successfully deployed and run in Sweden, from 23 to 28 April, in the framework of the European MODEX mission. B-LiFE has brought biological and medical capabilities and provided on-the-field support thanks to space assets (satellite telecommunication, mapping and geolocation capabilities). The Emergency Management Service of Copernicus has been activated and near real-time satellite images from a Pleiades satellite have been used to produce an high resolution map during the deployment. Very high-resolution maps using the B-LiFE unmanned aircraft system (UAS) were produced in real time during the MODEX mission. B-LiFE also used this UAS to transport biological samples, which was a premiere.

The B-LiFE service will be presented during ESA’s Applications Final Presentation Day at ECSAT, Harwell (UK) on 15 November 2017 and will be followed by the final review to close out the project

Fig. 3 – B-LiFE Deployment in Guinea © B-LiFE

Fig. 4 – B-LiFE Laboratory in N’Zerekore © B-LiFE

Fig. 5 – Felix cured from Ebola © B-LiFE

Project Managers

Contractor Project Manager

Roland Gueubel
CTMA - UCL
Clos Chapelle-aux-Champs, 30 / 24
B 1200 Brussels
Belgium
+32 2 498 49 71 26

ESA Project Manager

Arnaud Runge
ESA/ESTEC, Keplerlaan 1
2200 AG Noordwijk ZH
Netherlands
+31 71 56 54 770

Status Date

Updated: 04 April 2017 - Created: 12 February 2016