Issues
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TRL Level
SRL Level
This technology combines satellite images, IoT sensors, and AI to measure GHG emissions from cities, transportation, and nature, helping businesses understand their environmental impact.
- Carbon Emissions Reduction: Develop solutions to minimize and monitor carbon emissions in built environments.
- Energy Efficiency Optimization: Implement technologies to optimize energy usage in buildings and infrastructure.
- Real-time Environmental Monitoring: Provide tools for real-time monitoring of environmental metrics for enhanced decision-making.
- Climate Change Resilience: Enhance the resilience of built structures to the impacts of climate change.
- Data-Driven Design: Data analytics for informed and sustainable design decisions in engineering projects.
- Life Cycle Environmental Impact Management: Address environmental impact throughout the entire life cycle of construction.
- Smart Infrastructure Integration: Integrate smart technologies into infrastructure for improved functionality and sustainability.
This technology addresses problems such as heatwaves and wildfires.
See more information about this level and the TRL and SRL levels.
The business plan for this innovation has been evaluated by The Funding Company and it is considered to be ready for investment.
The business plan for this innovation has been evaluated by The Funding Company and it is considered to be ready for investment.
Everimpact will enhance Athens’ resilience to extreme heat with comprehensive solutions. By implementing green architecture and nature-based strategies, we promote cooling and sustainability. Our water management plans include blue infrastructure and irrigation systems to support green spaces. Digital tools and models will aid decision-making and efficient planning for heat challenges. Engineering solutions will mitigate heat in built environments. We foster stakeholder cooperation and knowledge sharing to create a collaborative framework. Social innovations will support behavioral changes and raise awareness through education programs. Energy and mobility solutions will address consumption and provide relief during heat events. For Piraeus, Everimpact will monitor and forecast GHG emissions with continuous monitoring, real-time data integration, predictive analytics, and real-time alerts. Collaboration with port authorities and community engagement will ensure effective adaptation measures and raise awareness about air quality issues. Everimpact’s holistic approach ensures better resilience and air quality management.
To enhance the innovation and ensure its real-world applicability, Everimpact forged strategic partnerships with key stakeholders. These partnerships involved collaborations with climate scientists, environmental experts, local authorities, and technology partners. By engaging in joint R&D projects and leveraging the collective knowledge and resources of these partnerships, Everimpact was able to refine and tailor its solution to address the specific challenges faced by cities like Athens and Piraeus. The collaborative approach allowed Everimpact to integrate diverse perspectives, access domain-specific knowledge, and validate the effectiveness of its innovation in real-world scenarios. This synergy between internal development and external collaboration has been instrumental in creating a robust and impactful solution for monitoring and mitigating the effects of climate change in urban environments.
Data Availability and Accuracy: The accuracy of predictions and adaptation measures relies on the availability and accuracy of input data. Inaccurate or incomplete data may impact the reliability of the forecast.
Dependency on Stakeholder Cooperation: The successful implementation of proposed measures is contingent on the cooperation of various stakeholders, including port authorities, shipping companies, and local communities. Resistance or lack of collaboration may hinder the intended impact.
External Factors Beyond Prediction: Unforeseen events, such as sudden changes in weather patterns or unexpected port activities, may challenge the accuracy of predictions. The solution’s effectiveness is subject to adaptability to these dynamic external factors.
Resource Constraints: The implementation of certain adaptation measures may require financial and infrastructural resources. In cases of resource constraints, the ability to execute recommended actions may be limited.
Regulatory and Policy Dynamics: Changes in environmental regulations or policies may impact the feasibility and effectiveness of certain adaptation measures. The solution’s success is influenced by a stable and supportive regulatory environment.
This technology combines satellite images, IoT sensors, and AI to measure GHG emissions from cities, transportation, and nature, helping businesses understand their environmental impact.
- Carbon Emissions Reduction: Develop solutions to minimize and monitor carbon emissions in built environments.
- Energy Efficiency Optimization: Implement technologies to optimize energy usage in buildings and infrastructure.
- Real-time Environmental Monitoring: Provide tools for real-time monitoring of environmental metrics for enhanced decision-making.
- Climate Change Resilience: Enhance the resilience of built structures to the impacts of climate change.
- Data-Driven Design: Data analytics for informed and sustainable design decisions in engineering projects.
- Life Cycle Environmental Impact Management: Address environmental impact throughout the entire life cycle of construction.
- Smart Infrastructure Integration: Integrate smart technologies into infrastructure for improved functionality and sustainability.
This technology addresses problems such as heatwaves and wildfires.
The business plan for this innovation has been evaluated by The Funding Company and it is considered to be ready for investment.
The business plan for this innovation has been evaluated by The Funding Company and it is considered to be ready for investment.
The main components of the system have been tested separately, and an initial integration exercise has been conducted.
Everimpact will enhance Athens’ resilience to extreme heat with comprehensive solutions. By implementing green architecture and nature-based strategies, we promote cooling and sustainability. Our water management plans include blue infrastructure and irrigation systems to support green spaces. Digital tools and models will aid decision-making and efficient planning for heat challenges. Engineering solutions will mitigate heat in built environments. We foster stakeholder cooperation and knowledge sharing to create a collaborative framework. Social innovations will support behavioral changes and raise awareness through education programs. Energy and mobility solutions will address consumption and provide relief during heat events. For Piraeus, Everimpact will monitor and forecast GHG emissions with continuous monitoring, real-time data integration, predictive analytics, and real-time alerts. Collaboration with port authorities and community engagement will ensure effective adaptation measures and raise awareness about air quality issues. Everimpact’s holistic approach ensures better resilience and air quality management.
To enhance the innovation and ensure its real-world applicability, Everimpact forged strategic partnerships with key stakeholders. These partnerships involved collaborations with climate scientists, environmental experts, local authorities, and technology partners. By engaging in joint R&D projects and leveraging the collective knowledge and resources of these partnerships, Everimpact was able to refine and tailor its solution to address the specific challenges faced by cities like Athens and Piraeus. The collaborative approach allowed Everimpact to integrate diverse perspectives, access domain-specific knowledge, and validate the effectiveness of its innovation in real-world scenarios. This synergy between internal development and external collaboration has been instrumental in creating a robust and impactful solution for monitoring and mitigating the effects of climate change in urban environments.
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