DIGI-GREEN HACKATHON

register

When 10-12 May

Where Jõhvi, Estonia

  • Overview
  • Agenda
  • Get Ready
  • Data
  • Sub-challenges
  • Embark on a unique hackathon tailored for tech-savvy specialists in the dynamic fields of energy, sustainability, and digitalization! This exclusive event focuses on leveraging digital tools and data to drive and champion a green transition, the most significant change of our era.


    University of Tartu together with Garage48 invite you to transform your digital expertise into solutions for a sustainable future. Let's turn our hackathon ideas into tangible, impactful projects and pave the way for a greener tomorrow!

    The hackathon is brought to you in partnership with Cleantech Estonia, Environmental Investment Centre, Startup Estonia, Estonian University of Life Sciences, Nordic Council of Ministers, Tehnopol and sTARTUp Day.



    WHAT?

    Our hackathon revolves around a central question: How can digital skills, knowledge, and data be wielded to foster the societal change we aspire to achieve? Join us in co-creating innovative solutions under the mentorship of industry experts and state representatives, ensuring that the proposed ideas are not only visionary but also feasible within specific domains.

    We're actively seeking cutting-edge tools and services to facilitate the transition away from fossil fuels, nurturing and advancing our green journey. Embrace the power of incentivizing and co-creation, as your ideas can shape policies and contribute to a positive impact on the future. Entrepreneurs play a crucial role in envisioning the utilization of data and services that could attract them to the region and towards more green products, fostering a more vibrant ecosystem.



    WHY?

    Our societies are undergoing active change on two fronts – digitalization and green transition. This poses challenges and opportunities. Addressing climate change and energy crises on an individual, municipal, and national level comes with a sense of urgency. At the same time, we face digitalization on every level, which comes with collecting large sets of diverse data.

    Local municipalities often grapple with challenges in supporting large-scale change. Your ideas on how small tweaks in local governance can enhance efficiency and deliver better results are essential. To fully achieve the transition, we also need insights into individual behavior changes and broader macro-level shifts aligning with our mission.



    SUB-CHALLENGES
    Get acquainted with more specific calls to action from the "Sub-challenges" sub-page 👆.
    Nordic Council of Ministers' Office in Estonia
    is calling for solutions for Ida-Virumaa green tourism
    Tehnopol
    is inviting participants to develop solutions for greening the movie industry


    WHERE?

    We will meet at the heart of Estonia’s green transition region – Ida-Virumaa. The hackathon will take place in Jõhvi Concert Hall

    You will be provided with catering and access to the venue throughout the whole event. This includes sleeping spaces at the venue - pack your mattress, sleeping bag and pillow with you. The location is easily accessible by train, bus and car.



    PRIZES

    • The top team will receive consultation and support services for developing their idea further, with a total award pool of 3000€.

    • Inspirational study trip for the best three teams to visit the startup ecosystem in Tallinn to learn more on how an idea becomes a real startup.

    • An hour of consultation with Cleantech on how to develop your idea into a real solution.
    • sTARTUp Day 2025 tickets to the whole team.



    PRE-EVENT

    To introduce the green transition challenge, potential of the data, share some great examples of the digi+green solutions out there, and introduce the hackathon format, we’ll host a webinar on April 23 at 18.00-20.00 EEST. SIGN UP HERE.


    THE DATA
    Check out data overview for the hackathon from the "Data" sub-page 👆.


    HOW IT WORKS

    1. Get inspiration from the pre-event happening on April 23.

    2. Sign up for the hackathon.

    3. At the beginning of the hackathon we will form teams around the best ideas pitched at the opening and by participants with various skillsets and motivation to make the idea into a reality.

    4. During the 48 hours, you will work with your team and with the mentors to build a working prototype by the end of the hackathon and sell it to the jury

    5. All the finished prototypes will be evaluated and the best teams will get rewarding prizes that will give you the tools to develop their ideas even further!


    REGISTER TO THE HACKATHON

    SIGN UP by May 2nd 2024 - you’re welcome with or without an idea, together with team members, or on your own.


    In case you have any questions, contact us at kadri@garage48.org.


    The hackathon is organised by the ECePS ERA Chair that has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 857622. The event is supported by the CEESEU-DIGIT project, funded by the European Union’s Programme for the Environment and Climate Action (LIFE 2014-2020) under grant agreement n° LIFE 101077297.

    Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Research Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.

    Friday, 10 May

    17:30 - Check-in and snacks

    18:30 - Opening

    18:45 - Pitching ideas in 90”

    20:30 - Team formation

    21:00 - Teamwork begins


    Saturday, 11 May

    9:00 - Breakfast

    10:00 - Checkpoint #1

    11:00 - Mentoring starts

    13:00 - Lunch

    14:00 - Pitch drill ABC

    18:00 - Checkpoint #2

    19:00 - Dinner  

    20:00 - Teamwork continues


    Sunday, 12 May

    9:00 - Breakfast

    10:00 - Checkpoint #3

    11:00 - Pitch drill session #1

    13:00 - Lunch

    14:00 - Pitch drill session #2

    16:00 - The finals

    18:00 - Refreshment break and the jury deliberates

    19:00 - Award ceremony

    GREEN TRANSITION DIRECTIONS AND PRIORITIES IN ESTONIA

    We have set an ambitious target, both at the European Union level and in Estonia itself, to achieve climate neutrality by 2050. Achieving this target will have a significant and direct impact on the choices we face in organising our societies and economies. At the end of 2023, Estonia finalised its Green transition action plan to guide us on this path.

    The green transition is a balanced transformation of society and the economy, reducing the negative impact of human activity on the environment, strengthening the competitiveness of businesses and thereby providing our people with a quality life in a clean environment.


    It is true that climate change in Estonia is not yet as extreme and socially painful as in many other countries of the world and the European Union. However, scientists' forecasts show that already this century we may face, among other changes, the following:

    • Temperatures, which have risen faster in Estonia than the global average in the second half of the 20th century, will continue to rise. As a consequence, ice and snow cover will decrease and winters will become warmer, with more frequent hot spells and droughts in summer, which are damaging to people, agriculture, and nature.

    • Crop production will change.

    • The spread of alien species, including new pests and pathogens, increases.

    • Milder winters will lead to unfrozen and wet woodlands, limiting harvesting opportunities. Rising temperatures will lead to changes in seasonal energy consumption peaks.

    • Increase in precipitation, especially in winter, and associated flooding - winter precipitation is expected to increase by up to 80%; increased maintenance of drainage ditches and systems and dams; increased river bank erosion and consequent bank stabilization; pressure to relocate housing/utilities; increased pumping of mining water, etc.

    • Rising sea levels will lead to bank erosion, threats to riparian structures, pressure to relocate buildings, etc.

    • Storms will become more frequent, which will require additional costs to increase the resilience of both infrastructure and structures, and to increase the capacity to deal with the aftermath of storms.

    • Human health problems will increase.


    Projected changes in main climate parameters (e.g. precipitation, air temperature, etc.) will affect biodiversity as a whole, as well as different ecosystems (terrestrial, freshwater and marine) and the benefits and services they provide to society.

    In our strategic planning at the national, local, and organizational levels, we must take these into account to ensure the future success of our activities and societal welfare.



    THE KEY OBJECTIVES OF GREEN TRANSITION

    1. Reducing negative environmental impacts

    Mitigating and adapting to climate change, reducing pollution levels and preserving biodiversity will require systemic change in the areas of energy production and use reduction, transport and infrastructure construction and use, food and agriculture, buildings and spatial planning, forestry, land use and agriculture, and the use of resources and materials.

    2. Designing a modern and high-quality living environment

    A quality living environment is an element of overall well-being, and public spaces and buildings play a central role in this. The living environment is one of the vehicles of our culture. Its quality affects the quality of life of every individual. We need to work together to make the living environment greener, safer and more inspiring with every spatial decision.


    3. Contributing to the development of competitive and environmentally friendly business

    A greener and more sustainable economic model, in other words development geared towards the promotion of a green economy, minimises environmental risks and pressures on natural resources, is low greenhouse gas emitting, resource-efficient, socially inclusive and improves human well-being and social justice. By shifting to a new economic model, we will maintain and enhance our position in the EU market.



    Areas of the Green reform Action Plan have each its own sub-objectives to narrow things down to more tangible activities:

























































    It is crucial also to understand why some areas are of higher priority, as shown in the following table:

    Priorities

    Explanation

    Renewable energy 100%. Adoption of a package of legislative amendments to accelerate the development of renewable energy.

    Necessary both to reduce negative environmental impacts and to maintain the competitiveness of the economy.

    Increasing the volume and speed of building renovation.

    Necessary to increase the energy efficiency of the building stock, to reduce dependence on fossil fuels, to reduce expenditure on heating.

    Drafting and adoption of the Climate Change Act

    Necessary to lay down obligations for different sectors, increase investment security

    Planning of investments needed to meet 2030 climate targets in the preparation of the national budget strategy (in the annual RES process).

    Necessary to reduce greenhouse gas emissions at a pace consistent with the targets set.

    Significantly improving the efficiency and accessibility of public transport operations.

    Necessary to reduce emissions from the transport sector and car ownership.

    Comprehensive spatial planning at both strategic and implementation level

    Necessary to create a modern and high-quality living environment

    Drawing up of action plans for the wholesale reform of businesses and sectors in partnership between the public and private sectors.

    Necessary to enhance cross-sectoral cooperation, to create green reform as an opportunity, to support and encourage the greening of sectors.

    Increasing the share of green public procurement to 25% by 2025.

    Necessary to stimulate the supply and development of green products and services

    Supporting land use and planning compatible with environmental and climate objectives and habitat restoration.

    Necessary to strike a balance between land use, use of bio-resources, meeting climate objectives and protecting biodiversity.

    Developing a nationwide just transition plan

    To ensure a just transition across all sectors and all regions of Estonia


    More detailed descriptions are presented in the Green Reform action plan for Estonia, available in Estonian on the Ministry of Climate homepage: https://valitsus.ee/valitsuse-eesmargid-ja-tegevused/rohepoliitika/tegevusplaan 

    Europe and national governments are already collecting various data about various elements connected to social, economic, and environmental aspects of green transition and society. In addition, there is a lot of „closed data“ that is protected and collected by local municipalities and could also potentially be used when developing local e-services with higher data protection.


    Below you can find an overview of various datasets open to public that can be used to build designated services to support and guide green transition:


    Name of dataset

    Description of dataset (2-3 sentences)

    Link to dataset

    European data

    The official portal for European data

    https://data.europa.eu/en 

    Global Forest Change 2000-2022

    Results from time-series analysis of Landsat images in characterizing global forest extent and change from 2000 through 2022.

    https://data.globalforestwatch.org/documents/941f17325a494ed78c4817f9bb20f33a/explore

    Aboveground Live Woody Biomass Density

    This is a global, wall-to-wall map of aboveground biomass (AGB) at approximately 30-meter resolution.

    https://data.globalforestwatch.org/datasets/e4bdbe8d6d8d4e32ace7d36a4aec7b93_0/about

    Net greenhouse gas emissions (EU)

    The indicator measures total national emissions (from both ESD and ETS sectors) including international aviation of the so called ‘Kyoto basket’ of greenhouse gases, including carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O), and the so-called F-gases (hydrofluorocarbons, perfluorocarbons, nitrogen triflouride (NF3) and sulphur hexafluoride (SF6)) from all sectors of the GHG emission inventories (including international aviation and indirect CO2).

    https://ec.europa.eu/eurostat/databrowser/view/SDG_13_10__custom_1300365/bookmark/table?lang=en&bookmarkId=bf32e957-0096-48fc-b9a2-e127f51a090d

    Climate-related economic losses (EU)

    The indicator measures the economic losses from weather and climate-related events. In addition to the annual figures, a smoothed time-series based on 30-year averages is presented.

    https://ec.europa.eu/eurostat/databrowser/view/SDG_13_40__custom_3605211/bookmark/table?lang=en&bookmarkId=f0555f75-f0ac-4333-8d74-d1303f200da1

    Share of renewable energy in gross final energy consumption by sector (EU)

    The indicator measures the share of renewable energy consumption in gross final energy consumption according to the Renewable Energy Directive. The gross final energy consumption is the energy used by end-consumers (final energy consumption) plus grid losses and self-consumption of power plants.

    https://ec.europa.eu/eurostat/databrowser/view/SDG_07_40__custom_2190966/bookmark/table?lang=en&bookmarkId=749c1328-331e-4c33-bbe7-7232f05c0c87

    Statistics for the European Green Deal

    Areas: Greenhouse gas emissions by sector, Forest and other wooded land, Protected areas, Common bird index, Raw material consumption (RMC), Circular material use rate, Gross domestic expenditure on R&D, Circular material use rate, R&D Expenditures, Renewable Energy, Primary energy consumption, Household energy consumption, Organic farming area, Nitrate in groundwater, population unable to keep a warm home, Greenhouse gas emissions intensity of employment, High-speed internet, zero-emission vehicles, passage transport, freight transport, consumption of hazardous chemicals, Premature deaths due to exposure to fine particulate matter (PM2.5), generation of waste, environmental tax revenue, environmental protection expenditures.

    https://ec.europa.eu/eurostat/cache/egd-statistics/

    Global population that is undernourished

    Share of individuals that have a daily food intake that is insufficient to provide the amount of dietary energy required to maintain a normal, active, and healthy life.

    https://ourworldindata.org/grapher/prevalence-of-undernourishment

    Global population poverty

    Extreme poverty is defined as living below the International Poverty Line of $2.15 per day. This data is adjusted for inflation and for differences in the cost of living between countries.

    https://ourworldindata.org/grapher/share-of-population-in-extreme-poverty

    Death rate from indoor air pollution vs. share in extreme poverty, 2019

    Age-standardized death rates from illness attributed to household air pollution from solid cooking fuels, measured per 100,000 individuals versus the share of the total population living below the International Poverty Line of $2.15 per day.

    https://ourworldindata.org/grapher/death-rates-from-indoor-air-pollution-vs-share-of-population-in-absolute-poverty

    Household air pollution deaths by region, 1990 to 2019

    Annual number of premature deaths attributed to household air pollution from the use of solid fuels for cooking and heating. Solid fuels include the use of crop wastes, dung, charcoal and coal for indoor cooking.

    https://ourworldindata.org/grapher/household-air-pollution-deaths-by-region

    Share of rural vs. urban population with electricity access, 2020

    Having access to electricity is defined in international statistics as having an electricity source that can provide very basic lighting, and charge a phone or power a radio for 4 hours per day.

    https://ourworldindata.org/grapher/share-of-rural-population-with-electricity-access-vs-share-of-total-population-with-electricity-access

    CO₂ and Greenhouse Gas Emissions

    Carbon dioxide (CO₂) emissions from fossil fuels and industry. Land-use change is not included.

    https://ourworldindata.org/co2-and-greenhouse-gas-emissions

    Global Data on Energy

    Global data on: access to energy, energy production and consumption, electricity mix, fossil fuels, renewable energy, nuclear energy, energy country profiles. Also, there are many mixed datasets such as energy poverty and indoor air pollution, the number of people without electricity, access to clean fuels for cooking, global comparisons of energy consumption etc.

    https://ourworldindata.org/energy

    Global datasets on Clean Water

    Global data on clean water: Share of deaths attributed to unsafe water sources, Share using safely managed drinking water

     

    https://ourworldindata.org/clean-water

    Nordic Council of Ministers' Office in Estonia: Ida-Virumaa and green tourism


    Ida-Virumaa is a unique region to discover the diverse culture: nature, the Venetian Narva, the (post-) industrial landscapes. It's a fascinating world in its own right. In the context of a just transition in Ida-Viru County, the preservation and promotion of the heritage of Ida-Viru County's unique cultural identity is highlighted. The Ida-Viru Tourism Cluster coordinates tourism activities in the region, bringing together a wide range of tourism businesses, but little is known about the classification or portrait of potential tourists and individual preferences. It is not clear what should be offered to tourists visiting natural attractions, what are their interests and needs? How can we link the needs of tourists to the services already available in the tourism sector and what services are we lacking?

    We are looking for solutions on how local heritage and nature tourism can contribute to the green transition. By implementing green digital solutions that support the creation, development, operation and marketing of tourist sites.




    Tehnopol: Greening the movie industry


    The aim is to find solutions to support the green thinking of the IDA Hub, a film and multimedia innovation hub, soon to be built with the support of the Tehnopol Startup Incubator. The film industry has a significant ecological footprint, but at the same time, the whole world is moving towards the implementation of a greener film industry, which is also one of the core values of the IDA Hub. We are therefore looking for ideas that can help reduce the film industry's environmental impact by making the sector more sustainable, efficient, and people-friendly through technology. We are looking for solutions to optimize the various processes, data, materials, transport, and other aspects of film production. The ideal solutions would be those that can be applied to other areas of life, thus allowing for scalability of solutions across different sectors and expansion, for example to other markets.

    THE SUPERSTARS
    The Mentors 

    Mayri Tiido
    Educator and Trainer, Circular Economy Expert
    Calum Cameron
    CEO of DP Innovation Labs and Edasi Labs
    Martin Verrev
    Creative Engineer at Littlebit and lecturer at TalTech
    Luukas Ilves
    Former CIO of Estonia
    Vincent Homburg
    ERA Chair Holder & Full Professor at Johan Skytte Institute of Political Studies at University of Tartu; Associate Professor at Erasmus University Rotterdam

    Organizers

    Elis Vollmer
    Project Manager at University of Tartu
    Julia Golubeva
    Projects Senior Specialist at Johan Skytte Institute of Political Studies at University of Tartu
    Kadri Tiisvelt
    COO│ Project Manager at Garage48
    Ali Haririan
    Design Lead at University of Tartu
    Anastasiia Turusinova
    E-learning Specialist at Johan Skytte Institute of Political Studies at University of Tartu