Exploring the frontiers of the Internet of Things and innovation
Inetlab offers a range of services and equipment designed to support experiments with emerging Internet technologies.
Page contents
The platform
Inetlab operates the local equipment of the national research infrastructure SLICES-FR, which in Strasbourg currently includes the IoT-LAB and Grid'5000 services:
- FIT IoT-LAB is a testbed of 1,500 connected objects distributed across six sites in France, including the ICube laboratory in Strasbourg, which hosts 280 connected devices.
- Grid’5000 is a grid of 27 clusters totaling 503 CPU/GPU servers across ten sites, including the ICube laboratory in Strasbourg, which operates three clusters (10 servers and 9 programmable routers).
Photo gallery
Expertise and resources
Scientific expertise
- Internet of Things (IoT)
- Routing protocols
- MAC layer
- Wireless networks
- Mobility
- Security
- Large-scale reproducible experimentation
- Programmable networks
- SDN (Software-Defined Networking)
Technical expertise
- Embedded systems programming and network protocol development
- Data processing and visualization
- Design of connected objects / IoT device design
- Mobile robotics
- Long-range wireless networks
- High-availability systems and networks
Core equipment
- A reservable grid of connected objects (IoT devices)
- Compute and storage servers
- Programmable network equipment
- Programmable mobile robots
- LoRaWAN infrastructure
- A reservable server grid
- Automated experimentation infrastructure
Software and database resources
- FIT IoT-LAB and Grid’5000 software suites
- iBat database (building thermal performance)
- LoRaWAN database (network traces)
Services
- Support for the development of specific applications, protocols, or electronic hardware
- Exclusive access to platform resources
- Integration of new equipment into the platform
- Design and execution of experiments on the platform
- Technical guidance and assistance
- Training on platform usage
Keywords: network protocols, Internet of Things, wireless networks, wore networks, digital twin, AI, reproducible experiments, large-scale experimentation
![[Translate to English:] Logotype de la plateforme Inetlab](/websites/_processed_/a/4/csm_Inetlab-v2_f410bbaeba.jpg)
![<strong>Instrument de climatologie connectés (globe gris, pluviométre, température, humidité), salle IoT-LAB © ICube</strong> [Translate to English:] Image plateforme Inetlab - 2 exemples de capteurs](/websites/_processed_/7/9/csm_Plateforme-FIT-IoT---Lab_7375-light_8dda3675bd.jpg)
![<strong>Objects connectés WN430, salle IoT-LAB, service FIT IoT-LAB © ICube</strong> [Translate to English:] Image plateforme Inetlab - zoom capteur](/websites/_processed_/2/3/csm_20121121093904-f6e3c63e-me_f78edefc9a.jpg)
![<strong>Robot mobiles Turtlebot 2 portant des objects connectés type M3, services FIT IoT-LAB © ICube, Guillaume Schreiner</strong> [Translate to English:] Image plateforme Inetlab](/websites/_processed_/b/6/csm_DSC_0092-light_eb579a6ad6.jpg)
![<strong>Gateway LoRaWAN, service LRP IoT, Tour de Chimie © Guillaume Schreiner</strong> [Translate to English:] Image plateforme Inetlab - capteur extérieur](/websites/_processed_/b/6/csm_Inetlab_VisiteHCERES20221019_v4_6622bc0682.jpeg)
![<strong>Objects connectés 802.15.4, LoRaWAN, salle IoT-LAB, service FiT IoT-LAB © ICube</strong> [Translate to English:] Image plateforme Inetlab](/websites/_processed_/0/9/csm_Plateforme-FIT-IoT---Lab_7320-2-light_e04f3611fc.jpg)
![<strong>Objets connectés zigduino déployés au sein du Pole API, services FIT IoT-LAB © ICube, Guillaume Schreiner</strong> [Translate to English:] Image plateforme Inetlab](/websites/_processed_/2/4/csm_Inetlab_VisiteHCERES20221019_v2-1_7b4cd8cec8.jpeg)








