Tavoite

Taking into account vast spaces, dispersed and often scarce population of Barents Euro-Arctic region, the region has some difficulties in early adaptation of Disruptive Information Technologies, while these technologies due to their essentially decentralized nature and enhanced trust protocols are essentially important namely there.

Therefore the purpose of the project DIT4BEARs is to facilitate the technology transfer within the chosen Priority and Thematic Objective (as well as beyond), i.e. in transport and communication networks and systems, fluid people and knowledge transfer etc. to the level of Proof-of-Concept in order to ensure Disruptive Technologies adaptation and their interoperability for the societal and economic needs of Barents Euro-Arctic region.

To be specific the DIT4BEARs project contains use cases in IoT Enabled Waste Management, electronic ID system in remote Euro-Arctic region, IoT enabled winter road maintenance and IoT enabled reindeer husbandry.

The DIT4BEARs Living Laboratory will achieve Proof-of-Concept justification for the implementation of the mentioned thematic topics. Through interactions with relevant industries through dedicated industry related workshops the DIT4DEARs project will also generate other use cases and spin-off projects pertinent to the basic societal and economic needs of the region.

Tulokset

The specific user case of Lapland University of Applied Sciences was ConnectedDeer. This use case was dedicated to IoT-enabled reindeer husbandry. This topic was inspired by the realization that industrialization brought modern transportation to the region, which had a negative impact on reindeer. For example, due to the herding nature of reindeer, a train collision could injure or kill hundreds of animals at once. It was known that in Scandinavia, more than 9,000 reindeer were killed every year on roads and railways (with an estimated cost of 15 million EUR). Reducing losses of reindeer to traffic has a positive effect on animal welfare, the economy, and traffic safety.To address this problem, the DIT4BEARS project aimed to create an Internet of Things (IoT)-inspired digital platform with the capability to provide a range of services that ensured the safety of reindeer on roads. The original idea, however, faced some problems related to energy consumption of a suitable size tracker with real-time location tracking. The project concentrated on following aspects to enhance the development in future:- Testing and studying of different tracker and energy solutions, including but not limited to battery solutions, trackers, digital fences, satellite tracking, reindeer pasture area studies based on past tracking data etc.- Compiling and exhanging knowledge of the ecosystem related to reindeer herding, trafic and technology in forms of questionnaire, meetings and interviews- Organising a hackathon about the topicTo better familiarise yourself with the results, please visit the project website on www.dit4bears.org or learn more about Connected Deer case on our publications:
  • Utilizing Reindeer Location Data for Traffic Safety: Opportunities and Barriers from the Perspective of Reindeer Husbandry (article in Finnish)
  • Porojen sijaintidatan hyödyntäminen liikenneturvallisuudessa: mahdollisuuksia ja esteitä poroelinkeinon näkökulmasta – Lumen (eoppimispalvelut.fi)
  • RDI Activities and Their Integration into Education: Case DIT4BEARS + Hackathon. TKI-toiminta ja sen yhdistäminen opetukseen: Case DIT4BEARS + Hackathon – Lumen (eoppimispalvelut.fi)
  • Connected Reindeer Hackathon Challenge for entrepreneurial learning in digital business – UAS Journal
  • Porotokkaa etsimässä – YouTube – a song about the challenge
  • Porojen liikennevaroitusten liiketoimintaekosysteemi – DIT4BEARs -hankkeen tuloksia – YouTube
  • DIT4BEARs-hankkeessa kartoitetun porojen liikennevaroitusten liiketoimintaekosysteemin haasteita – YouTube
  • Poropaikantamista arktisissa oloissa tieturvallisuuden parantamiseksi (lapinamk.fi) 

Tulosten hyödynnettävyys

Lohkoketjuteknologia on voimakkaasti kasvanut ilmiö, jonka povataan muuttavan maailmaa yhtä paljon kuin internet. Lohkoketjuteknologia tarjoaa uudenlaisen hajautetun tietokannan, joka yhdistettynä älykkäisiin sopimuksiin ja kryptografiseen salaukseen luo paljon uusia mahdollisuuksia toimialasta riippumatta. Hankkeessa testataan uutta teknlogiaa hankekumppaneiden keskuudessa ja Lapin AMKnn toimijat pääsevät mukaan oppimaan lohkoteknlogiasta sekä selvittämään mitä mahdollisuuksia lohkoketjuteknlogia voi tuoda eri toimijoille.