TESTBEDS AREA
Testbeds are experimentation platforms deployed and tested in an environment that resembles real world conditions. They show how new technologies & services (Industry IoT solutions, Cybersecurity solutions, Digital Twins, Artificial Intelligence, Augmented Reality and disruptive technologies) can be usefully deployed. The testbeds are strategically placed in our exhibition floor giving our attendees the opportunity to experience the most advanced and innovative solutions.
TIMELINE
01
SUBMISSION
24 OCT, 2023 – 10 JAN, 2024
Submission of the online participation form
02
EVALUATION
10 – 31 JANUARY, 2024
Jury review to ensure submition criteria is correct
03
NOTIFICATION
2 – 10 FEBRUARY 2024
All the participants will be notified of their acceptance or rejection,
04
PUBLICATION
15 FEBRUARY, 2024
The selected testbeds will be published on the website
CALL FOR TESTBEDS 2024
CALL FOR TESTBEDS 2024
Terms and Conditions 2024
CALL FOR TESTBEDS 2024
Terms and Conditions 2024
2024 TESTBEDS JURY
Santiago Romeu
Dalton Oliveira, MBA
Agustí Padrós Ríos, MBA
Head of the unit of Analytic and Science
Advisory Board Member
Innovation Project Manager
SELECTED TESTBEDS 2023
1
THE MOST SECURE LOGISTICS MANAGEMENT SOLUTION, FROM GROUND TO CLOUD
Powered by: ZARIOT
Clients: SmartAxiom
See embedded blockchain technology in action! SmartAxiom’s logistic management solution is directly embedded in the device and within the connectivity infrastructure, and is the first solution to be blockchain-secured from device to cloud. Come and learn how the solution increases productivity and efficiency while providing full end-to-end security for devices and data.
2
ONA - AUTONOMOUS DELIVERY DEVICE FOR LAST - MILE LOGISTICS
Powered by: CARNET Future Mobility Research Hub
Ona is an autonomous delivery device that aims to improve the efficiency of urban goods distribution in the last-mile delivery sector. The robot is a 6-wheled vehicle, and is capable of autonomously navigating both car-normal-streets and pedestrian areas thanks to integrated sensors.
The robot has also two big screens, one at the front and one at the back, allowing the automation of human-machine interaction, and interaction with other robots. The interior warehouse allows the vehicle to carry different packages, and its high payload converts it into a high-capacity multidrop delivery robot.
3
VEHICLE HACKING SIMULATION
Powered by: Copper Horse Ltd
Client: Siemens
Drive Copper Horse’s car hacking simulator, complete with real car network! Featuring working lights and accessories including a CANbus connected instrument cluster, head unit, dashcam, rear cameras, seatbelts and much more. There are various hacking scenarios to try out including – removal of brakes / accelerators, mileage modification and remote control of vehicle functions.
4
DELOITTE PROJECT GEORGE™ - Explore an immersive demonstration of digital supply chain solutions
Powered by: Deloitte IP and Oracle Cloud
Deloitte Project George™, named after the inventor of industrial robotics, helps organizations visualize leading edge supply chain technologies to drive manufacturing competitiveness and business value realization via automation.
5
AUTO-CLEANING SOLUTIONS FOR BEVERAGE DISPENSERS
Powered by: Evowater Technology Company
Automatic solution to periodically sanitize beverage dispensers conducts and reusable bottles, while providing information of the consumption and properties of the beverage that is being served, empowering users with the knowledge that the drinks they consume has not been altered and also giving statistics that healthy habits like drinking enough water are being followed by colleagues and families
6
SUSTAINABLE SMART CITIES THANKS TO IOT, CONNECTED VEHICLES AND MIXED REALITY
Powered by: Integra
Clients: Rigual
Companies Involved: Integra, Rigual, Hidrotec, Microsoft, Teltonika
To build the sustainable future we need in our cities, it is necessary to increase efficiency in resource consumption and service management.
Integra and Rigual have developed a solution based on Microsoft and Teltonika combining Digital Twins, IoT and Mixed Realities to empower Smart City service providers by digitizing vehicles used in cleaning services in order to address the global sustainable challenge.
7
OFFSHORE WIND ENERGY DATA SPACE BASED ON IDS ARCHITECTURE
Powered by: International Data Spaces Association
Wind turbines produce valuable data. Currently, only wind farm owners and wind turbine OEMs have access to this data. Other players in the energy value chain do not benefit from the value of this data.
This testbed demonstrates how data sharing along the energy supply chain becomes possible when the “IDS architecture” is implemented:
Sensor data (Atten2) from wind turbines and data from the SCADA system of the wind farm owner (Engie) are shared with technology and component suppliers (Tecnalia, Tekniker, VUB) via the testbed.
The testbed is based on PLATOON’s Energy Data Space – a data space driven by a common architecture, APIs and semantic data models, applying open standards such as the IDS standard, FIWARE, SAREF, CIM. The Energy Data Space is particularly focused on data sovereignty and interoperability. Above all, this creates trust between stakeholders and thus enables new data-driven business models.
8
360 DEGREE CYBERSECURITY FOR IOMT DEVICES
Powered by: Irdeto
Clients: CLB BV
Companies Involved: Irdeto BV
This testbed features the first healthcare-specific cybersecurity platform that combines on-device detection capabilities with a cloud platform that proactively identifies software vulnerabilities, manages the SBOM lifecycle, provides rapid mitigation measures, and enables stakeholder transparency.
9
FORCE-SENSITIVE TELEOPERATION OF THE ARM OF AN AMR TO BOOST HUMAN-ROBOT COLLABORATION
Powered by: PAL Robotics
Current trends in collaborative robotics support human-robot interaction and allow for easy and safe handling of robots on the shop-floor. This changes the focus of robots, from automation to collaboration with human workers. This testbed shows teleoperation of the robotic arm of PAL Robotics’ TIAGo with force feedback, including how the robot detects disturbances.
10
CARBON REPORTING DEMONSTRATOR
Powered by: Microsoft
Clients: General Electric, Festo
Carbon Reporting Demonstrator for the manufacturing supply chain using IEC standards OPC UA, MQTT and Asset Admin Shell.
1
AGRICULTURE IOT SOLUTION WITH AI USING LPWAN TECHNOLOGIES
Powered by: balena.io
Clients: Seeed Studio and balena.io
In this testbed you are going to learn how to monitor a farm with LoRaWAN low power sensors. And then use analytical decision-making and intelligence using Edge Computing and AI on the LoRaWAN gateway.
