Skip to content

Search from site

Type your search terms and select from the suggestions or click the search button to move to the search page.

    Smart Secure Societies

    Sustainable growth, smart city as a platform for developing safety and security innovations

    [ssba-buttons]

    A smart and sustainably growing city offers a unique innovation environment for multidisciplinary security development. The City of Tampere is enabling investments exceeding EUR 6 billion in the development of the city by 2030. There are several major projects under way for smart and sustainable urban development, such as the construction and extension of the tramway, the development of the main rail line and Tampere’s unique multi-purpose arena and its surroundings. The innovation environment of the growing city enables the production of replicable safety and security solutions both nationally and internationally.

    Nationally significant innovations in everyday safety and international export products

    Many nationally significant solutions promoting everyday safety have been developed in Tampere, such as Digia’s 112 Suomi mobile application, Insta DefSec’s Emergency Response Center information system ERICA, Solita’s Koronavilkku mobile application, and Digia’s identity card and passport system.

    Many key safety authorities, such as the Finnish Safety and Chemicals Agency (Tukes), are located in Tampere, and cooperation between authorities in the city region is smooth. Well-being and safety go hand in hand. In the Tampere region, the development of safety is also supported by a strong network of health technology expertise, including more than 70 health sector companies, 11 hospitals and more than 30 pharmacies.

    Event security in a city of experiences is made together

    Tampere is a city of experiences and events, and event security is one of the focus areas of safety and security expertise in the city region. Greater strides to promote event security are taken in joint development projects. The three-year Smart Urban Security and Event Resilience (SURE) project launched in 2019 aims, among other things, to improve the preparedness for security threats related to events by developing cooperation between event organisers as well as cooperation tools.

    Safe mobility focuses on data, autonomous driving and positioning

    Tampere is one of the leading cities in Europe where the public and private sector join forces to create a sustainable and safe transport environment. The city acts as a test environment for intelligent solutions that improve the smoothness, predictability, safety and efficiency of the transport system. There are automated driving pilots under way, backed up by an intelligent traffic light system, intelligent street lights and strong sensor expertise in the region. Several ongoing development projects are focused on creating a comprehensive real-time picture of traffic. In addition, new innovations and smooth mobility solutions are being created by combining indoor and outdoor positioning. The proliferation of networked solutions also highlights the need for cybersecurity.

    smart tampere robottiautokokeiul hervanta sensible 4 1
    Robot bus experiment in Hervanta's autonomous driving test area in January 2022. Photo: Sensible 4

    The autonomous driving test area in Hervanta, Tampere, is being developed and intelligent transport pilots are under way; read more at tamperetestbed.fi.

    Example of expertise in the region: Särkänniemi – a diverse tourist destination that invests in safety

    Särkänniemi is the most diverse tourist destination in Finland and the greatest attraction for tourism in Tampere, with nearly 700,000 visitors every year. The constantly developing Särkänniemi area includes the amusement park, aquarium, Näsinneula observation tower and Doghill Fairytale Farm, Sara Hildén Art Museum and Restaurant Näsinneula. Safety is strongly at the heart of the everyday operations and development of the park.

     

    Tukesin tapahtumaturvallisuusopas

    Ohjelmapalveluiden turvallisuuden edistäminen [1]

    Karppi, Ilari & Sankala, Iina (2021) Tila, tunnelma ja turvallisuus. Suuntaviivoja turvallisen tapahtumakaupungin kehittämiseksi. Tampereen yliopisto ja Tampereen kaupunki, SURE-hanke.

    Kinnunen, R., Liljeroos-Cork, J. ja Virta, S. (2021) Turvallisuuden tilannekuva kunnissa. Valtioneuvoston kanslia. Helsinki. http://urn.fi/URN:ISBN:978-952-383-077-6

    Performance of structural stainless steel following a fire, Molkens, T., Cashell, K., Malaska, M., Alanen, M. & Rossi, B., Engineering Structures, 2021

    Mäkelä, J., Malaska, M. & Lehto, L., Uusien teknologioiden sovellus- ja käyttömahdollisuudet paloturvallisuudessa, SPEK Puheenvuoroja 8, Suomen Pelastusalan Keskusjärjestö SPEK, Helsinki, Finland, 2020

    Malaska, M., Aaltonen, A. & Lehto, L., Paloturvallisuuden huomiointi ja asenteet nykyaikaisessa älyrakentamisessa, SPEK Puheenvuoroja 6, Suomen Pelastusalan Keskusjärjestö SPEK, Helsinki, Finland, 2019

    Virtanen, M. J., Reinekoski, T., Lahikainen, L. and Lehtonen, T.-K. (2021) Travels and trials of climate knowledge in Finnish municipalities. Science & Technology Studies, published online 15 June 2021:

    Collier, S. J, Elliott, R., and Lehtonen, T.-K. (2021) Climate change and insurance. Economy and Society, 50 (2), 158–172.

    Paasi, J., Salmela, H., & Vuorinen, R. (2020). Polttonesteiden turvallinen toimitus – loppuraportti. VTT Technical Research Centre of Finland. VTT Tutkimusraportti No. VTT-R-00646-20

    Kulmala, I. (2021). Tartuntatautien leviäminen liikenteen solmukohdissa. Ympäristö ja Terveys, 52(1), 26-31.

    Kulmala, I., Heinonen, K., & Salo, S. (2021). Improving Filtration Efficacy of Medical Face Masks. Aerosol and Air Quality Research, 21(6), [200043].

    Peltola, H., & Silla, A. (2020). Tasoristeysten onnettomuusennusteet: Onnettomuusmallien päivitys 2019. Liikenne- ja viestintävirasto Traficom. Väyläviraston julkaisuja No. 3/2020

    Kyytinen, A., Lybeck, A., Kutila, M., & Penttinen, M. (2017). Automaattikuljettajan osaamistarpeet automaattisessa liikenteessä (AULA). Trafin tutkimuksia No. 6/2017 f

    Scholliers, J., Tarkiainen, M., & Silla, A. (2020). Feasibility, costs and benefits of retrofitting ADAS to improve road safety. Nordic Road and Transport Research, (4).

    Scholliers, J., Modijefsky, M., Janse, R., Tarkiainen, M., Silla, A., & van den Born, G. (2020). Study on the feasibility, costs and benefits of retrofitting advanced driver assistance to improve road safety. European Union.

    Välisalo, T. (2019). Firefighting in case of Li-Ion battery fire in underground conditions: Literature study. VTT Technical Research Centre of Finland. VTT Research Report No. VTT-R-00066-19

    Ojanen, T., Vesanen, T., Kannari, L., Piira, K., Nykänen, E., Tuomainen, M., Naumi, H., Lumme, T., Melender, M., Vene, E., Markkanen, P., Åberg, J., & Mattila, J. (2021). Sisäilma 2020: Hyvän sisäilman tekijöitä kouluissa ja päiväkodeissa. VTT Technical Research Centre of Finland. VTT Technology No. 388

    Kulmala, I., Zwęgliński, T., Smolarkiewicz, M., Salmela, H., Kalliohaka, T., Taipale, A., Kataja, J., & Mäkipää, V. (2020). Effect of enhanced supply air filtration in buildings on protecting citizens from environmental radioactive particles. Building Simulation, 13(4), 865-872.

    Linnainmaa, M., Kokkonen, A., Kulmala, I., Kähkönen, H., Mäkelä, E., Annila, P., Kemppainen, N., Kanerva, T., Nurkka, T., Säämänen, A., Häkkinen, E., & Pasanen, P. (2019). Asbestipurkutyön turvallisuuden ja siihen liittyvien testaus- ja mittaustoimintojen kehittäminen: AsbTest. Finnish Institute of Occupational Health.

    Kujala, J., Aaltonen, K., Gotcheva, N., & Lahdenperä, P. (2021). Dimensions of governance in interorganizational project networks. International Journal of Managing Projects in Business, 14(3), 625-651.

    Välisalo, T., & Keränen, J. (2018). Työ- ja asiakasturvallisuus luonnon jääolosuhteissa: Parhaat käytännöt. VTT Technical Research Centre of Finland. VTT Tutkimusraportti No. VTT-R-01705-18

     

     

    Back to top
    Your current shadow instance is ""Staging shadow for client"". Exit