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In Europe's leading research institute

Thanks to its top-quality researchers and numerous international guests, Inria is at the forefront of networking and computer science research. In 2015, Inria was raked #1 company in France for the wellbeing of its employees.

Co-chairing IETF 6TiSCH and IETF LAKE

The EVA team co-chairs the IETF 6TiSCH and IETF LAKE working groups, which standardize the networking technology for the Factory of the Future and the security solutions.

The Home of Berkeley's OpenWSN

Inria-EVA co-leads Berkeley's OpenWSN project, the de-facto open-source implementation of Industry 4.0 standards such as IEEE802.15.4e Time Synchronized Channel Hopping. In 2015, ETSI selected OpenWSN as the reference implementation of 6TiSCH.

Tight Collaboration with Industry

Inria-EVA prouds itself of its defining technology that is used in commercial solutions. We constantly thrive for tight collaboration with the industry, through European and national projects, bilateral agreements or consultancy. Don't hesitate to contact us.

Extensive International Collaboration

Inria-Paris is located at the heart of Europe, and Inria-EVA has strong research collaborations across the Old Continent and the world. Once example in the REALMS associate team between Inria-EVA, UC Berkeley and the University of Michigan.

Designing Tomorrow's Internet of (Important) Things

Inria-AIO is a leading research team in low-power wireless communications. The team is designing Tomorrow's Internet of (Important) Things. It pushes the limits of low-power wireless mesh networking by applying them to critical applications such as robotics, industrial control loops, with harsh reliability, scalability, security and energy constraints. Inria-AIO co-chairs the IETF 6TiSCH and IETF LAKE standardization working group and co-leads Berkeley's OpenWSN project. Inria-AIO is heavily involved in real-world applications, and oversees over 1,000 sensors deployed on 3 continents for smart agriculture, smart city and environmental monitoring applications. The team's research program is organized around 5 pilars: Smart Dust, Low-Power Wireless Networking, Security in Constrained Systems, Swarm Robotics and Vehicle Area Networking. The team is associated with Prof. Pister's team at UC Berkeley, working on Smart Dust.

Team

Meet our team members.

Let us introduce you to our world. Learn all about our research topics.

Our publications

Exploration and Mapping using a Sparse Robot Swarm: Simulation Results. Razanne Abu-Aisheh, Francesco Bronzino, Myriana Rifai, Brian Kilberg, Kris Pister, Thomas Watteyne. Inria Research Report 9349, June 2020. [pdf]

WICC paper accepted!

Wireless Wine: Estimación de Rendimiento y Ubicación de Sensores para la Predicción de Heladas en los Viñedos. Diego Dujovne, Thomas Watteyne, Gustavo Mercado, Ana Laura Diedrichs, Carlos Taffernaberry, Jorge Pérez Peña. , 2020

MDPI Sensors article accepted for publication!

6TiSCH on SCuM: Running a Synchronized Protocol Stack without Crystals. Tengfei Chang, Thomas Watteyne, Brad Wheeler, Filip Maksimovic, Osama Khan, Sahar Mesri, Lydia Lee, Ioana Suciu, Xavier Vilajosana, Kris Pister. MDPI Sensors, vol. 20, num. 1912, March 2020.

Wiley Internet Technology Letters article accepted for publication!

Trace-Based Simulation for 6TiSCH. Yasuyuki Tanaka, Keoma Brun Laguna, Thomas Watteyne. Wiley Internet Technology Letters, Special Issue on Industrial Internet of Things, to appear in 2020.

Wiley Internet Technology Letters article accepted for publication!

6TiSCH Minimal Scheduling Function: Performance Evaluation. Tengfei Chang, Malisa Vucinic, Xavi Vilajosana, Diego Dujovne, Thomas Watteyne. Wiley Internet Technology Letters, Special Issue on Industrial Internet of Things, to appear in 2020.

IEEE Access Paper accepted for publication!

Key Performance Indicators of the Reference 6TiSCH Implementation in Internet-of-Things Scenarios. Malisa Vucinic, Tengfei Chang, Bozidar Skrbic, Enis Kocan, Milica Pejanovic-Djurisic, Thomas Watteyne. IEEE Access (DOI 10.1109/ACCESS.2020.2990278), vol. 8, issue 1, pp. 79147-79157, December 2020.

Coordinating a Swarm of Micro-Robots Under Lossy Communication

We envision swarms of mm-scale micro-robots to be able to carry out critical missions such as exploration and mapping for hazard detection and search and rescue. These missions share the need to reach full coverage of the explorable space and build a complete map of the environment. To minimize completion…

Single Chip micro-Mote (SCμM)

Single Chip micro-Mote (SCμM) is a crystal-free wireless device fabricated on a single die. It is designed for ubiquitous wireless networks with ultra-small wireless devices to realize the smart dust vision. Details at www.crystalfree.org. Single Chip micro-Mote (SCμM) is a crystal-free, 2x3mm2 single-die solution for wireless sensor networks. It is the outcome…

Martina Brachmann (RISE, Sweden) is visiting!

Dates: 25-29 November 2019 Topic: TSCH on the RISE: Current Research and Future Directions in Networked Embedded Systems Collaboration with: Thomas Watteyne, Malisa Vucinic, Tengfei Chang

Ana Laura Diedrichs (UTN, Argentina) is visiting!

Dates: 25 October-7 November 2019 Topic: WirelessWine Collaboration with: Thomas Watteyne, Keoma Brun-Laguna

In Europe's leading research institute

Co-chairing IETF 6TiSCH and IETF LAKE

The Home of Berkeley's OpenWSN

Tight Collaboration with Industry

Extensive International Collaboration

Designing Tomorrow's Internet of (Important) Things

Team

Research

Publications

Research Report now available!

WICC paper accepted!

MDPI Sensors article accepted for publication!

Wiley Internet Technology Letters article accepted for publication!

Wiley Internet Technology Letters article accepted for publication!

IEEE Access Paper accepted for publication!

Coordinating a Swarm of Micro-Robots Under Lossy Communication

Single Chip micro-Mote (SCμM)

Martina Brachmann (RISE, Sweden) is visiting!

Ana Laura Diedrichs (UTN, Argentina) is visiting!