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Most Internet-of-Things (IoT) devices and smart sensors are connected via theInternet using IP communication driectly accessed by a server that collectsensor information periodically or event-based. Although, Internet access iswidely available, there are places that are not covered and WLAN and mobilecell communication requires a descent amount of power not always available.Finally, the spatial context (the environment in which the sensor or devices issituated) is not considered (or lost) by Internet connectivity. In this work,smart devices communicate connectionless and ad-hoc by using low-energyBluetooth broadcasting available in any smartphone and in most embeddedcomputers, e.g., the Raspberry PI devices. Bi-directional connectionlesscommunication is established via the advertisements and scanning modes. Thecommunication nodes can exchange data via functional tuples using a tuple spaceservice on each node. Tuple space access is performed by simple evenat-basedagents. Mobile devices act as tuple carriers that can carry tuples betweendifferent locations. Additionally, UDP-based Intranet communication can be usedto access tuple spaces on a wider spatial range. The Bluetooth Low Energy TupleSpace (BeeTS) service enables opportunistic, ad-hoc and loosely coupled devicecommunication with a spatial context.

BeeTS: Smart Distributed Sensor Tuple Spaces combined with Agents using Bluetooth and IP Broadcasting