Hack for Earth at COP28
The global online hackathon Hack for Earth at COP28 had Ericsson as a co-organizing company, and the hackathon was also organized in collaboration with UNICEF Office of Innovation and Junior Achievement Worldwide. In addition, MIT Climate Change and Energy Prize joined as a partner organization. The eight winning teams entered the Build for Earth acceleration program in the spring of 2024.
The winners
Water Category Winner
Agri-Azola
Team Members:
Description:
Partnership Category Winner
Climate Action Collaboration System (CACS)
Team Members:
Description:
Environment Category Winner
p-VITA
Team Members:
Description:
Cities Category Winner
EcoTabax
Team Members:
Description:
Energy Category Winner
Renewable Energy Placement Optimizer
Team Members:
Description:
Food Category Winner
Greenance
Team Members:
Description:
Transport Category Winner
Roam and Nest
Team Members:
Description:
Education Category Winner
EcoShop
Team Members:
Description:
JA Worldwide & PMIEF Impact Category Winner
Regreenerate
Team Members:
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World Map

Participants & Partners
Teams from 121 Countries
Winning Teams
Winning Teams
Jury criteria
Each jury group will evaluate your solution based on these six criteria. The jury criteria are equally important in the evaluation. The jury criteria are the same for all 7 challenge categories.
Comprehensibility
Comprehensibility of the solution proposal’s value proposition and main use case
- Is it easy to understand the solution?
- Is it easy to understand how the solution works and how it will be implemented to solve the challenge?
- How well detailed is the description of the solution?
- Does it include an understanding of the key stakeholders and ecosystems that are relevant to the realisation of the solution?
- Will the end users of the solution understand it too, or do they need special skills to take part of it or use it?
Realisability
Realisability of the solution from its current idea stage to implemented solution, used by its intended users in its problem context
- How realistic is the time plan?
- Does the solution have access to all the needed data (if applicable)?
- How well are potential risks calculated for?
- How soon can the solution be available to the intended users?
- Is the technology mature enough (if applicable)?
- Can a minimum viable product be created within 3 months?
- Can a proof of concept be created within 6 months?
Innovativeness
Innovativeness of the idea behind the solution, as well as the intended technology to be used in an implementation of the solution (if applicable).
- In what way is this solution innovative?
- Are there existing or similar solutions?
- How does the solution differ from any existing solutions?
Scalability
Scalability of the solution if it is implemented and realized.
- How many are experiencing the problem that this solution is intended to solve (if applicable)?
- How well does this solution scale?
Solving the SDGs
Does this solution correlate to the United Nations’ Sustainable Development Goals and how well does it solve the challenge it is intended to address.
- How well does the solution correlate to the SDGs?
- In what respect does the solution solve one or more of the SDGs?
- How many in the solutions target audience would experience an improvement and how extensive would that improvement be?
Team
Team structure, functionality, adaptability and potential to scale a solution successfully
- How well is the team suited to realize the solution?
- Has the team reflected on any additional needs in the team structure to realize the solution?
- Are the members of this team motivated to invest time and energy to realize this solution?
Challenge Juries
Our partners












Our mentors for
Hack for Earth at COP28

Abdulaziz Ali

Abdullah AlGhamdi

Abdullah BinSabbar

Abhi Saxena

Abhishek Roy

Adam Umar Dutse

Akash Shukla

Akinola Teodora

Akshay Joshi
Ali

Ali Cheema

Allen Selima Hossain

Amr Abdelhamid Abulseood

Ansar Ullah Sha Khadri

Anshit Mishra

Arjan van Eersel

Ashu Ayem Maureen Akorsong

Asif Md. Akhlak

Atheeque Ahmed K

Aws Hameed Jaed

Ayman Chowdhury

Azhagu Pandia Raja Mani Pitchayarasu

Babu Ram Shankar

Basant Emad eldin Ahmed

Benoit de Chateauvieux

Benson Njoroge Mwaniki

Binta Moustapha

Branislava Lovre

Breana Patel

Brian Omondi Okello

Camilla Fransson

Camilla Hall

Otto Canon

Catherine LE ROY DUBREUIL

Chaitanya Priya

Christopher Mindus

Claudia Muciño

Cristhian Jimmy Ortiz Elizarbe

Dana Abdel Khalek

Daniel Capelin

Deepal Jain

Diala Daoud

DIVYA BHUSHAN

Donia Mohamed Mohamed Wafaa Abdelhamid

Dossiya DAKOU

Dr Sudhir Joshi

Dr Sulthan Khalifa

Dr. Haseeb Ullah

Dr. Ripal Ranpara

Dr.Kaustubh Vijay Chavan

Dr.Mostafa Gomaa fADL

Edurne Gil de San Vicente

Ege Palaz

El Mehdi Mouzouni

Emma Ochieng

Engineer Md. Safaet Hossain

Enome Christantus Ngome

Eric Awuonda

Esther Chibueyin Fagbo

Farhat un Nisa

Flora Dutra

Gauri Deepak Ghule

H. Titilola Olojede

Hakar Subhi Islam

Hari Krishna Nibanupudi

Haris

Harmanpreet Singh
Harsh Varshney

Harshaditya Gaur
Heerendra Kannan

Hicham Assamaouat

Husain Shah

Ibrahim Abanga Abdul-Karim

Ibrahim Mohamed Hasan

Ina Engelbrektson

Inkasar Aziz

Ismail Shuaau

Jasmine Rename

Jimmy Bett

Johannes Persson

Jonathan Danemo

Josee Mallah

Joseph mutinda nduku

Juhi Yasmeen Khan

Julia Sanguinetti

Khamis Ismaila

Krishna kumar verma

Laith Awni Alawabdeh

Laura Cubillos Guzman

Lina Alkhodair

Lokesh Kumar

Loraine Chivingo Kabaka

Lorena Serrano

Louis Oliphant Parkinson

Lovepreet Sharma

Lucila Martelli

Lynn Mumbi

Mahmoud Mohamad Rafic
Manjusha Manchala

Manpreet Singh

Manuel Muke

Marc-Andre Groulx

Maria MacAndrew

Mariam Hazem Abdelrahman

Mariam Mohamed

Marina Watt

Marion Blayo

Marwan Omari

Matiar Rahman

MD. TOUFIQ ELAHI

Milena Kraeva

Mina Shenoudaq

Minda Sakadi

Misha Nicholas

Mohamad Al Arnaout

Mohamad Khaled Mrad

Mohamed Sabry

Mohamed Samy

Mohamed Tarek

Mohamed Zahran

Mona Itani

Muazzam Shah

Muhammad Sufyan

Muhammad Zahid Hamid Minhas

Mulalo Khunwana

Munawar Hussain Zaidi

Naser Hasso Adib

Naval Vaswani

Navya Sabbathi

Nisha Elsa Johnson

Olanrewaju OSIBONA

Ondrej Papanek

Payang Kana

Perdana Prihartato

Precious Mamotingoe Lesupi

Priyanka Chakraborty

R. Valli Divya
Rachel Thomas

Rachit jain

Rafia Akter Mim

Ranjana Harlalka

Riddhi Padariya

Rishabh Banga

Rita Katona

Romina Rodela

Rosalinda Nyaama Agana

Rubab Tunio

Saad Khan Channar

Sadiq Auwal Sani
SAHR AHMAD

SALEM MIHINDEOU AYENAN

Samal Kuchuk

Sameer Anwar

Sameh William

Samer Sharafeddeen

Samreen najeeb

Sara Abou Ibrahim

Sarah Howard

Şebnem Ünsal

Shafeeq Gigyani

Shobhan Sachan

Siddhant Agarwal

Simon Bremer

Sion Hau

Somkenechukwu Chukwudera Mamah

Sonia Honorine Umulinga Bananeza

Sriram Sankaran

Stacy Douglas

Suraj Nanavare

Tatjana Karpenja

Tejashree Dewoolkar

Terdoo Nelson Nondo

Thomas Demmel

Tohori Tsuchiya

Tony Gemayel

Uttara Sawant
Veliswa Boya

Vibhanshu Chandwani
Vijay Kumar T

Viktoria Skarler

Vishal Pallerla

Vishika
Wafaa Mohamed Gamal Sadek

Yara Tannoury

Yashovardhan Agrawal

Yasmine AL Moghrabi

Yoftahe Melaku

Yousef Ahmed Abdelaziz

Yusuf TEMEL

Yvette Larsson

Zeeshan Gaya

Zeynep Erdal

Ziead Mathbout
Our challenges for
Hack for Earth at COP28
We have seven challenge categories connected to the United Nation’s 17 Sustainable Development Goals. For each one of the seven challenge categories there are five specific challenges. They are the foundation of the hackathon competition.
The challenges in Hack for Earth are firmly anchored in citizen driven innovation. To create the challenges we have analyzed 1K+ dreams from 60+ countries from the global Dream for Earth campaign (read more about Dream for Earth here), and combined the result with the expertise & knowledge from our partner community (read more about our partners here). Finally, the Board of the Hack for Earth Foundation decided on the final five challenges in each category.
What are SDGs?

Water
Our oceans are suffering from how we treat our planet and dead zones arecontinuing to spread even though we know that the oceans play a crucial role tous as human beings and to the whole ecosystem. The oceans drive globalsystems that make earth habitable for us humans but still there is a continuous deterioration of the oceans, having an adversarialeffect on the ecosystems and biodiversity. We need to find solutionsaddressing climate change for our oceans and the water existing on our planet.
How can we ensure access to clean water for all? How can we limit the use of freshwater in agricultureand by the industry to prevent households from suffering from shortages offresh water in regions with a precarious water supply? How can protect our oceans and keep them clean, sothat life below water can be preserved?
2. Zero Hunger 3. Good Health and Well-being 6. Clean Water and Sanitation 12. Responsible Consumption and Production 14. Life below Water
Partnership
Looking at the world, development seems to be going in the wrong direction. In many places institutions are threatened, people are exposed to violence, organized crime is flourishing, child abuse and unequal access to justice is common. Creating partnerships worldwide is more than ever crucial to this world and us human beings. With climate change becoming an exceedingly huge threat, we need to collaborate worldwide in supporting developing countries as well as sharing knowledge, giving and sharing access to technology, science and innovation. All this in order to make the change and find the solutions we need, to the challenges we are facing. Collaboration and effective partnerships where we stop blaming each other and start working together is key for us to fight climate change.
How can we entice competitors to collaborate more to collectively lower their impacts on the environment? How can building self-reliant communities (at least in the areas of food, energy and water) accelerate the achievement of the SDGs? How to create successful partnerships with governments, companies and academia , to make them work together towards a common goal? Created in collaboration with our Co-organizer Ericsson?
13. Climate Action 16. Peace, Justice and Strong Institutions 17. Partnerships for the Goals
Environment
Global warming and disastrous weather conditions are all over the newsconstantly, and these ominous climate changes are undeniably caused by mankind.It doesn't matter where in the world you are living, we can all see that thedisturbing changes in our climate are increasing too rapidly. We need to createsolutions to save our forests, biodiversity and animal life.
What new technologies can help the climate work towards the net zero ambitions of the world? Created in collaboration with our Co-organizer Ericsson. How can we proactively support towns and cities that are increasingly effected by significant changes in weather patterns? Created in collaboration with our Co-organizer Ericsson. How can we support society, industry and government to accelerate key initiatives towards developing a circular economy by highlighting the benefits it would bring and how technology can play a major role to make this happen? Created in collaboration with our Co-organizer Ericsson.
9. Industry, Innovation and Infrastructure 11. Sustainable Cities and Communities 13. Climate Change
Cities
More than half the world’s population is living incities and the number is expected to rise even higher in the years tocome. On the one hand, the cities contribute to economic growth andprogress but on the other hand cities are also accountable for leavingdevastating footprints on our planet. Technology and innovation are keys at the forefront infinding sustainable solutions for our cities, and at the same time thedigital divide is still growing. It remains a fact that many people living incities on our planet lack affordable access to energy and the Internet. Ourplanet is suffering due to our consumption and production and leaving manybehind – and the future for our life in the cities is depending on a radicaland fast change.
How do we make our cities more inclusive, safe, resilient and sustainable? How do we ensure cities adapt and are more integrated to their natural environment and climate (and not the other way around)? How would day to day life improve in a hyper connected city where, for example, transport, buildings and people are connected? Created in collaboration with our Co-organizer Ericsson What novel technique should we introduce into cities to reduce pollution? Created in collaboration with our Co-organizer Ericsson How can we ensure most effective use and planning of new buildings and infrastructure (created in collaboration with our Co-organizer Ericsson) How can we increase the awareness of companies and governments to improve a more sustainable future for our cities. Created in collaboration with our Co-organizer Ericsson
5. Gender Equality 9. Industry, Innovation and Infrastructure 11. Sustainable Cities and Communities 13. Climate Action 16. Peace, Justice and Strong Institutions
Energy
Energy stands at the forefront of the climate crisisand holds the key to its resolution. A significant portion of earth's enveloping greenhousegases, responsible for trapping the sun's heat, stem from energy generation.Fossil fuels, used extensively to produce electricity and heat, notablycontribute to this predicament. Coal, oil, and gas - categorized as fossilfuels - overwhelmingly contribute to global climate change, constituting over75 percent of worldwide greenhouse gas emissions and nearly 90 percent of allcarbon dioxide emissions.The scientific consensus is resolute: to avert thedirest repercussions of climate change, we must slash emissions by almost halfby 2030 and attain net-zero emissions by 2050. This imperative necessitates a departure from fossilfuel dependency and a substantial investment in alternative energy sources.These sources should be clean, readily accessible, economically feasible,sustainable, and reliable. Presently, despite fossil fuels still dominating morethan 80 percent of global energy production, cleaner energy sources areprogressively gaining ground. Approximately 29 percent of electricity ispresently derived from renewable sources – but we need to do more, and we arein a hurry.
Challenges: In collaboration with our co-organizer Ericsson, the following challenges have been created: How can we develop resilient systems to overcome crisis situations (climate, shortages etc)? How can we encourage citizens, governments and companies to create and share energy? How can we improve the knowledge of citizens, governments and companies to reduce their energy consumption and consider new forms of energy?
4. Quality Education 7. Affordable and Clean Energy 13. Climate Action 16. Peace, Justice and Strong Institutions 17. Partnerships for the Goals
Food
The food we consume and the methods use in its production significantlyimpact both our health and the environment. The journey of food—from growth and processing to transportation,distribution, preparation, consumption, and disposal—contributes to thecreation of greenhouse gases that trap heat and contribute to climate change.Approximately one-third of human-caused greenhouse gas emissions are linked tofood. Agriculture and land use represent the largest contributors tofood-related greenhouse gases. These include methane produced in cattle'sdigestive processes, nitrous oxide from fertilizers used in crop production,carbon dioxide stemming from deforestation for agricultural expansion, as wellas other emissions from manure management, rice cultivation, burning cropresidues, and fuel usage on farms. In contrast, a smaller portion of food-related greenhouse gas emissionsarises from activities like food refrigeration and transportation, industrialprocesses involved in packaging (such as paper and aluminum production), andthe management of food waste. We need to innovate the way we produce and consume food, in order to fightclimate change effectively, and we need to do it now.
How can we ensure food surplus is directed where food availability is low instead of becoming food waste? How can climate-smart agriculture solve/limit food insecurity? How can we reduce waste to ensure a more sustainable world? Created in collaboration with our Co-organizer Ericsson. How can we ensure we maximise the production of crops, vegetables and livestock through technology and AI, to minize impact on earth? Created in collaboration with our Co-organizer Ericsson.
2. Zero Hunger 6. Clean Water and Sanitation 9. Industry, Innovation and Infrastructure 12. Responsible Consumption and Production
Transport
Transportation serves as the vital link connecting people, cultures, and economies across the globe. It underpins modern societies by facilitating the exchange of goods and exploration of new territories. Furthermore, robust transport networks grant access to essential public services like education and healthcare, thereby enhancing overall quality of life. Additionally, transportation infrastructure contributes significantly to economic growth by generating jobs and spreading prosperity, especially in remote regions. Yet, our current transportation model has significant drawbacks. The sector substantially impacts the environment and human health. While strides have been made in improving the energy efficiency of new vehicles like cars, vans, trucks, planes, and ships, these advancements have not kept pace with the overall increase in transport emissions. The expanding volume of transport activities continues to exert pressure on greenhouse gas emissions, and demand across all transport modes is anticipated to rise further. We need to innovate the transport sector, and we need to do it fast.
How can an increased collection of data and use of AI in transport planning accelerate the shift to more sustainable modes of travelling and away from single-occupancy motor vehicles? How can a complete change in the transport infrastructure of a congested city bring positive social, environmental and economical impacts to their users and beyond? How can we reduce the level of carbon emissions in our cities and roads? Created in collaboration with our Co-organizer Ericsson. How do we accelerate the introduction of new transport options that improve both safety and sustainability for the world? Created in collaboration with our Co-organizer Ericsson.
9. Industry, Innovation and Infrustructure 11. Sustainable Cities and Communities 13. Climate Action
Education
Education and awareness on the effects and causes ofclimate change is a fundamental need to create real action on climate change, itis the very foundation on which we could build a brighter future for ourplanet. Still, groups of people don’t have access to basic education on theeffects of climate change. Many are excluded or not permitted to go to schooleven. Negative effects arise from people not having access to education onclimate change, both on an individual level but also on a socioeconomic level.
How can we increase awareness and concern for the consequences of human activities on its environment? What would the long term sustainable benefits be if extended reality was available to all schools and universities to support collaboration and learning? Created in collaboration with our Co-organizer Ericsson. As the ability to collaborate with others through immersive experiences becomes a reality, how can we accelerate the possible sustainable opportunities working with governments around the world, to fight climate change and create a better future for all citizens? Created in collaboration with our Co-organizer Ericsson.
4. Quality Education 16. Peace, Justice and Strong Institutions 17. Partnerships for the Goals
JA Worldwide & PMIEF Impact
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