• Tools for situational assessment and risk awareness.
• Locate responders (and victims) at all times, anywhere and be aware of how long they can sustain efforts (I.1.b).
• Identify and map the exposure.
• Unmanned terrestrial and aerial tools to assess the risk and unmanned tools to transport equipment on the field.
• Technologies used in interventions should be:
  • Useful.
  • Simple, intuitive and easy to use.
  • Easy to integrate and interoperable.
  • Easy to transport, deployable on field, light, with high autonomy.
  • Robust, resistant, long duration, able to tolerate severe/harsh conditions.
  • Open access.
  • Usable by people with disabilities

(TOP CHALLENGE scored 2/12 among our 12 best challenges)

• Have available and reliable tools for rapid diagnostic.
• Assure the maintenance/continuity of the energy (electricity, fuels…) and communications.
• Intelligence applied to materials and tools used in operations.
• Responders should invest in the development of new technologies (procurements of innovation, public-private network…).
• Involve the users from the beginning, at the designing phase of new tools and services.
• Adequate forecasts and simulations to local scale and microscale, including smoke/evacuation modelling

#language Fflocation #newtechnologiesasanatractor #robots #PPE #smartPPE #firefightingsensoring #userinterface
#technologywatch #uavlegistalationinemergency #SmokeModelling #FireModelling #NewMaterials #e-learning
#massiveopenonlinecourses #MOOC #openaccess