Part of testbed utilised: UMBRELLA wireless network and LoRa wireless network.
Key Stakeholders: South Gloucestershire Council, Toshiba, Bristol and Bath Science Park.
Key Goal: Aid IoT developers in testing their applications and protocols in one easy to use testbed.
The Internet of Things (IoT) has introduced the concept of making items “smart” through connecting them to the internet and allow them the ability to collect and share data about their environments. From smart bulbs allowing people to turn on and off their lights form their phone to smart industrial machines allowing the real-time collection of data on production, it is affecting every facet of society and the economy. Statista estimates that by 2025 there will be 38.6 billion connected devices and 50 billion by 2030. The vast majority of these will be connected through one form or another of wireless communication. No one wireless protocol (e.g. Wifi, 5G, Bluetooth) will be best suited to all types of devices and situations, making it important to test which wireless protocol is best for the application at hand.
Over the last fifteen years, several wireless IoT testbeds have emerged to help researchers test wireless protocols, though these testbeds have been largely academically focused. The existing testbeds are often limited by the number of wireless devices available and mostly being located indoors in controlled environments. Testbeds tend to focus on one or two wireless technologies, meaning testing several technologies requires signing up to and using multiple testbeds.
UMBRELLA’s large-scale wireless testbed incorporates several wireless technologies including short range, long range, cellular, non-cellular, licensed and unlicensed technologies. The UMBRELLA nodes are placed in both indoor and outdoor locations, with the majority located in real-world locations across the South Gloucestershire region.
- IEEE 802.15.4
- Bluetooth Low Energy
The UMBRELLA platform includes a variety of tools that allows to run network diagnostics, visualise wireless networks, collect performance metrics and evaluate them against one and other.
More can be read on the technical specifications in our Wiki – sign up to use now.
- Presence of multiple radios in one testbed allows users to test their applications and protocols with multiple wireless technologies and evaluate them all on one platform.
- Broad reach – the testbed would benefit city councils, industrial researchers, academics, robotic designers, technology pioneers and entrepreneurs, factories, and retailers.