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Research & Development

Di-PEGASUS

How to make urban air transportations viable?

Digital competitive next Generation Aviation technologies for sustainable business models, products and services.

Di-PEGASUS seeks to advance Europe’s climate-neutral objectives through the development of a digital platform that assesses cutting-edge air transport models, including on-demand air mobility and seaplane operations, aimed at minimizing CO2 emissions and alleviating traffic congestion.

Through the integration of AI and Multi-Criteria Decision Making algorithms, Di-PEGASUS evaluates the environmental, economic, and social feasibility of advanced air mobility solutions, offering actionable insights for policymakers, stakeholders, and investors to facilitate environmentally sustainable transport solutions.

Aviation technologies for sustainable business models, products and services

Experienced team

Long-standing and multi-disciplinary expertise in the aviation field

Digital technologies

Sustainable solutions for aircraft and ground maintenance operations

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Technologies focused on stakeholder and end-user acceptance

Di-PEGASUS specific objectives are:

ÎÚÑ»´«Ã½ will establish itself as a key player in helping to drive sustainable mobility.

Strategic goal

ÎÚÑ»´«Ã½ aims to spearhead the creation of an AI-driven digital platform through this project, establishing itself as a significant contributor to advancements in sustainable air mobility. By providing a solution that assesses air transport models and facilitates regulatory compliance, ÎÚÑ»´«Ã½ will strengthen its standing in the subjects of environmental and digital transformation.

Problem statement

Transport is a major contributor to CO2 emissions across Europe, while urban air pollution has reached critical levels as a result of conventional road transport. Existing infrastructure challenges, increasing congestion and pressing environmental issues.

Solution

Developing a digital platform to evaluate innovative air transport models, including on-demand air mobility and seaplane operations. By integrating AI and multi-criteria decision making algorithms, Di-PEGASUS evaluates the environmental, economic and social feasibility of advanced air mobility solutions, providing actionable insights for policy makers, stakeholders and investors to facilitate environmentally sustainable transportation solutions.



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Market Potential

National and local governments seeking sustainable transportation solutions aligned with environmental regulations.

Urban planners and city officials focused on reducing congestion and pollution in urban areas.

Aviation authorities interested in implementing advanced airspace management for urban air mobility.

Investors evaluating green and tech-based investments in transportation and urban infrastructure.

Drone delivery companies aiming to optimize logistics with environmentally friendly technology.

Air taxi service providers looking for safe and efficient urban airspace solutions.

Public transit operators considering multimodal integration with urban air mobility.

Manufacturers of aircraft systems and sensors requiring validation and performance assessment tools.

Manufacturers of aircraft systems and sensors requiring validation and performance assessment tools.

Environmental NGOs and community organizations interested in promoting sustainable transport options.

Transport is nowadays responsible for 25% of total CO2 emissions in Europe, and the most important cause of air pollution in cities. To achieve the 2050 climate-neutral goal envisioned by the European Green Deal, smarter, safer, more competitive and more sustainable forms of transport should be rolled out for both passengers and freight.

Want to be part of the future of greener aviation?

Join the movement for a more sustainable world.

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