Smart System integration for Smart Water monitoring Franck LE GALL,

Smart System integration for Smart Water monitoring Franck LE GALL, Easy Global Market 02/06/2016 Belgrade www.proteus-sensor.eu

Project overview: context Water scarcity in EU impacts11% of population; 17% of territory Stakes associated to drinking water: – Detection of health-threatening pollution levels (continuous, accidental or intentional) – Detection/mitigation of losses Stakes associated to waste water: – Management of variable levels – Minimized impact on ground water IoT Applications IoT Week 2016 2

Project overview: our solution IoT Applications IoT Week 2016 3

Scope and Objectives Objective # To provide a monolithic multifunctional sensing chip Objective #2 To provide a smarter system Objective #3 To ensure manufacturability, reliability and cost-effectiveness for water monitoring applications IoT Applications IoT Week 2016 4

Impact Added functionalities: – 9 parameters instead of 7 in drinkable water SOTA – Applicable to rain/waste water Energy autonomy – Reaction, prediction, and cognition functions Size: 10x decrease in volume Lifetime: 8x increase (from 3 months to 2 years) Cost: 2.5x reduction in pre-series (within Proteus); 30x at industrial level IoT Applications IoT Week 2016 5

Main achievements (Year 1) Completed analysis of use cases (D1.1) Business & manufacturability (D1.3) Requirements elicitation (D1.2) Co-design of 1st run (D2.1) IoT Applications IoT Week 2016 6

Main achievements (Year 1) Fabrication and validation of all components of the sensor chip (in progress) Analog Front End Analog Rou ng Power Management Unit & Harvester interface Analog processing Unit MCU LP Short Range Radio Dedicated Digital processing Logic Digital processor (e.g., ARM) MEM and Comm Analog IoT Applications IoT Week 2016 Analog Digital 130 CMOS Mixed-mode Tech. 7

Main achievements (Year 1) First version of the operational (reactive) and predictive software, development of communication strategy IoT Applications IoT Week 2016 8

Main achievements (Year 1) Design of energy harvesting solution; preparation of system assembly, lab and field trials. Drinking Water Loop IoT Applications IoT Week 2016 9

Thank you! IoT Applications IoT Week 2016 10