European Hydrogen Backbone – Its Development

Europe has been actively working on developing a hydrogen backbone to facilitate the transition towards a more sustainable and low-carbon energy system. The European Union (EU) recognizes hydrogen as a key enabler for achieving its climate neutrality goals by 2050, as outlined in the European Green Deal.

Current Status:

Infrastructure Development: Several projects are underway across Europe to create a comprehensive hydrogen infrastructure. This includes both repurposing existing natural gas pipelines for hydrogen transport and building new dedicated hydrogen pipelines.

Hydrogen Strategy: The EU released its Hydrogen Strategy in July 2020, outlining plans to significantly ramp up hydrogen production, particularly green hydrogen produced from renewable energy sources, and its use across various sectors, including industry, transportation, and heating.

Investment and Funding: Significant investments have been earmarked for hydrogen projects through the EU’s NextGenerationEU recovery plan and the Innovation Fund. National governments within the EU are also providing substantial funding and incentives for hydrogen projects.

Cross-Border Cooperation: Germany, France, and the Netherlands are developing their national hydrogen strategies. Additionally, these countries are engaging in cross-border initiatives to ensure the efficient distribution of hydrogen.

Research and Innovation: There is a strong focus on research and development to reduce the cost of hydrogen production, improve storage solutions, and increase the efficiency of hydrogen technologies.

Future Developments:

Expansion of Infrastructure: By 2030, the EU aims to have a widespread hydrogen pipeline network, connecting hydrogen production sites with consumption centres. The European Hydrogen Backbone (EHB) initiative proposes a hydrogen network spanning about 40,000 km by 2040, linking 21 countries.

Increased Production and Use: The goal is to produce up to 10 million tonnes of renewable hydrogen in the EU by 2030, with an additional import of 10 million tonnes. Hydrogen usage is expected to expand beyond current applications to include sectors like aviation, shipping, and large-scale industrial processes.

Technological Advancements: Ongoing research and innovation efforts will likely result in more efficient electrolyzers, advanced fuel cell technologies, and innovative storage solutions, making hydrogen more competitive and accessible.

Regulatory Frameworks: To support these developments, the EU and its member states will continue to evolve regulatory frameworks to ensure safety, promote market growth, and encourage investment in hydrogen technologies.

International Collaboration: Europe is positioning itself as a global leader in the hydrogen economy and seeking to establish partnerships and collaborations outside the continent to secure supply chains and promote global standards.


European Hydrogen Backbone – Its Development 

Europe’s hydrogen backbone is rapidly evolving, driven by ambitious targets, significant investments, and collaborative efforts across the continent. While challenges remain, particularly around reducing costs and scaling up production, the trajectory suggests that hydrogen will play a crucial role in Europe’s energy future.

Decarbonization Impacts on Aircrafts

The future impact of decarbonization on the aircraft industry is expected to be profound and multifaceted, reflecting a significant shift towards sustainability in response to climate change. 

Several key trends expected to change the industry:

  1. Innovation in Aircraft Design and Technology: The push for decarbonization drives innovation in aircraft design, including more aerodynamic shapes and lightweight materials to improve fuel efficiency. Electric propulsion systems and hybrid models are also under development. However, fully electric commercial planes on a large scale might still be some years away due to current battery technology limitations.
  2. Alternative Fuels: Sustainable aviation fuels (SAFs) derived from sources like waste oils and agricultural residues or even synthesized from carbon capture processes are becoming increasingly important. These fuels can significantly reduce aviation’s carbon footprint without significantly changing existing aircraft engines or infrastructure. However, scaling up production and reducing costs remain huge challenges.
  3. Regulatory Changes and Carbon Pricing: Governments and international bodies are likely to impose stricter regulations on emissions from the aviation sector, potentially including carbon pricing mechanisms. This could increase operating costs for airlines that continue to rely heavily on fossil fuels, pushing them towards greener alternatives faster.
  4. Operational Efficiencies: Airlines and airports will focus more on operational efficiencies to reduce their carbon footprint. This includes optimizing flight paths, improving air traffic management to reduce unnecessary fuel burn during takeoffs, landings, and taxiing, and investing in more efficient ground support equipment.
  5. Economic Impacts and Market Shifts: Decarbonization efforts may increase ticket prices in the short term as airlines invest in new technologies and pay higher prices for sustainable fuels. Over time, however, innovations and economies of scale could mitigate these costs. Consumer preferences might also shift, with passengers opting for airlines that demonstrate more substantial commitments to sustainability.
  6. Research and Development Investment: Significant R&D investments are required to overcome the technical challenges associated with decarbonizing aviation. This includes developing new propulsion systems, improving the energy density of batteries for electric aircraft, and creating cost-effective production methods for SAFs.
  7. Collaboration Across Sectors: Achieving decarbonization in aviation will require unprecedented cooperation between governments, the aviation industry, fuel producers, and technology companies. International agreements and partnerships will be crucial in setting global standards and sharing the financial burdens of transitioning to a greener future.
  8. Impact on Competitiveness: Companies that lead in adopting and developing green technologies may gain competitive advantages, both in terms of regulatory compliance and consumer preference. Conversely, those slow to adapt may face reputational damage and potential financial risks.
  9. Potential for New Business Models: The shift towards sustainability could spur new business models within the aviation sector, such as leasing arrangements for more expensive but environmentally friendly aircraft or services focused on offsetting emissions through various means.
  10. Global Equity Considerations: There’s an ongoing debate about how the costs and benefits of decarbonizing aviation will be distributed globally, especially between developed and developing countries. Ensuring equitable access to green technologies and sustainable fuels will be a critical challenge to address.

Decarbonization Impacts on Aircrafts

While decarbonization presents significant challenges for the aircraft industry, it also offers opportunities for innovation, growth, and leadership in the transition to a more sustainable future. The pace at which these changes occur will depend on technological breakthroughs, regulatory frameworks, market dynamics, and societal demands for environmental stewardship.

Impact of AI on Future Demand for Skilled Workers

The impact of artificial intelligence (AI) on the shortage of skilled workers is complex and can vary depending on the industry, region, and application of the technology. However, as discussed on various platforms, AI will have a significant impact on skilled workers’ jobs – on both sides of the scale.

Positive effects

  1. Automate Routine Tasks: AI systems will increasingly take over repetitive and time-consuming tasks, allowing professionals to focus on more complex and value-adding activities.
  2. Increased Efficiency: By using AI in various work processes, companies can increase their productivity, which can partially compensate for the shortage of skilled workers.
  3. Education and Training: AI-based learning platforms and tools can be customized to provide employees with targeted skills or deepen existing knowledge. This can help meet the current demand for specialized professionals more quickly.
  4. Talent Discovery: AI-powered recruitment tools can help employers identify and target suitable candidates more efficiently by analyzing large amounts of data to filter out potential candidates with the skills they seek.

Negative effects

  1. Displacement of Certain Professions: In some sectors, the adoption of AI technologies could lead to less demand or will even eliminate certain professions, as machines can do these jobs more cost-effectively, faster, and more precisely.
  2. Increasing Skill Requirements: Implementing AI in various fields can lead to an increase in the demands on employees’ qualifications. People whose skills are no longer up-to-date may find it challenging to gain a foothold in the labor market.
  3. Growing Skills Gap: While some industries benefit from automation and create new high-skilled jobs, other sectors could suffer from an increased skills shortage, especially when it comes to maintaining and monitoring these new technologies.

Impact of AI on Future Demand for Skilled Workers

AI has the potential to alleviate the shortage of skilled workers in some areas by automating routine tasks and increasing efficiency. Already now, it isn’t easy to find candidates, especially in sectors like AI prompting or AI engineering. At the same time, however, it also poses new challenges in terms of the necessary skills of the workforce. A key strategy for maximizing the positive effects of AI is to invest in education and lifelong learning to ensure the workforce can keep up with rapidly evolving technologies.

How will AI change Drone Technology?

Drones have become an innovation field, which has shown an unparalleled boost for new products and applications in the recent past. With the help of AI, drone technology is expected to experience another boost in innovation, both for civil and defense applications. We have identified various topics where AI will have a significant impact on the future of drone technology.

AI in Drones: Enhancing Autonomy, Efficiency, and Insight

Autonomous flying will enable drones to fly autonomously without the need for human control. They can take off, land, and navigate through their environment using machine learning algorithms.

Object Detection & Recognition will enable drones to detect and recognize objects or individuals. This is particularly useful in surveillance, search and rescue missions, wildlife monitoring, and more.

As drones travel at increasing speeds, Collision Avoidance will become more complex. It will be almost impossible to control high-performance drones and navigate them without AI-assisted collision avoidance aids. These help drones predict and avoid obstacles in real-time, making them safer, more reliable, and easier to navigate.

Drones generate a lot of data during flights. AI-assisted Data Processing can process this data quickly and efficiently, providing valuable insights for decision-making.

Precision Agriculture—AI-powered drones can monitor crop health, identify pests or diseases, and carry out precision pesticide spraying. By focusing on areas where spraying is necessary and avoiding healthy crops, the amount of pesticides used can be substantially reduced.

Companies like Amazon are experimenting with AI-driven drones for package delivery services. These drones can autonomously navigate to the customer’s location and deliver packages.

Improved Imaging – AI enhances the imaging capabilities of drones, enabling better-quality photos and videos. It also allows for real-time image analysis.

Swarm Intelligence – AI allows multiple drones to operate as a coordinated swarm, communicating and working together to complete tasks more efficiently.

How will AI change Drone Technology?

Again, it is no surprise that AI will further revolutionize drone technology by increasing efficiency, improving safety, and expanding the range of possible applications. It is a fact that some innovations developed for civilian applications will also find their way into the defense industry and vice versa. Where regulations still need to be included, developers must protect innovations and carefully market them to avoid the wrong use of new developments with negative impacts for all of us. 

WIForum AI Startup Accelerator Open For Registrations

Early March 2024, the World Innovations Forum Foundation launched an inscription for Batch Nr. 10 of its successful AI Startup Accelerator. For the first time ever, Batch Nr. 10 will fully integrate AI tools, helping startups go through the whole accelerator process with the help of AI.

Embracing AI Integration

You might think to yourself, yes, ok, logical – With Generative AI entering the tech world and developing an enormous gravitational force; startups should also get their slice. But we did not decide to redo the entire program because AI is nowadays just the mega topic – no! It is essential to understand that we will base the program on what we have developed and learned over the last decade from our nine previous non-AI-assisted accelerator programs. Therefore, in the AI Accelerator, we will also continue working with our startups on true entrepreneurship, creating a robust vision, MVP building, go-to-market and ensuring funding at the end of the program. But generally speaking, one thing is changing with Generative-AI: everything gets much faster and much more efficient. What took a week in the past can now be done in under an hour – and that includes every facet of the work of the startups participating in our Batch Nr. 10. 

Still trying to be convinced? Below are some other pros speaking for our brand new AI Startup Accelerator:

AI Startup Accelerator

Startups will have Access to Expertise – Startups often need more in-house expertise in AI. By joining an accelerator with full AI support, they gain access to experienced professionals who can guide them through the complexities of AI development and implementation.

Accelerated Development – With AI support, you can expedite the development process of their AI-powered products or services. This can help them get to market faster and gain a competitive edge.

Improved Product Quality: Leveraging AI expertise can produce higher-quality products or services. Startups can benefit from advanced algorithms, data analysis, and optimization techniques to enhance their offerings and find a better fit for market needs.

AI can enable startups to scale their operations more efficiently. By automating tasks, predicting user behaviour, and optimizing processes, startups can handle larger volumes of work without significantly increasing their resources – Improve Scalability.

Incorporating AI can give startups a unique selling point and differentiate them from competitors. They can offer innovative solutions powered by AI that meet market demands more effectively, and in other words, they will gain a Competitive Advantage.

Startups in an accelerator with full AI support may gain access to resources such as computing power, datasets, and software tools that are essential for AI development but may be cost-prohibitive for individual startups. In our accelerator, this Access to Resources is at almost no cost.

Broader Networking Opportunities: Being part of an accelerator program exposes startups to a network of AI experts, investors, and potential partners. This network can provide valuable connections and opportunities for collaboration and growth.

Handling risks is always an issue for startups. AI support can help startups mitigate risks associated with AI implementation, such as technical challenges, data privacy concerns, and regulatory compliance issues. This guidance can increase the likelihood of success for AI projects and thus Reduce Risks.

Long-Term Viability – As AI continues to significantly influence various industries, startups that embrace AI early on are better positioned for long-term success. By leveraging AI support from an accelerator, startups can future-proof their businesses and stay ahead of the curve.

Increased Investment – What makes a startup more attractive to investors? Starting from scratch with no or only partial use of AI or a fully AI-integrated process? It’s no secret that startups with strong AI capabilities are often more attractive to investors. By demonstrating their ability to leverage AI effectively, startups may have an easier time securing funding to fuel their growth and expansion plans.

WIForum AI Startup Accelerator Open For Registrations

Need more details on Batch No. 10 of our AI Startup Accelerator? Have a look at and get all the info you need!

AI Growth – What does this mean in figures?


Everybody agrees that AI’s growth and influence will be huge. But what will AI’s growth be in concrete figures, and where will it happen? Whether it’s market-size projections or productivity enhancements, the figures below provide a comprehensive understanding of AI’s rapid evolution and potential to shape the future. Learn about the AI trends that will determine the state of technology, business, and society in the upcoming years.

AI’s market size is expected to reach $407 billion by 2027

The AI market is projected to reach a staggering $407 billion by 2027, experiencing substantial growth from its estimated $86.9 billion revenue in 2022.[1] 

AI is estimated to contribute to a 21% net increase in the United States GDP by 2030

AI is expected to contribute a significant 21% net increase to the United States GDP by 2030, showcasing its impact on economic growth.[2]

Over 75% of consumers are concerned about misinformation from AI

A Forbes in-house survey on AI consumer sentiment shows AI is anticipated to add a substantial 21% net boost to the United States GDP by 2030, indicating its influence on economic growth. [3]

ChatGPT had 1 million users within the first five days of being available

ChatGPT’s remarkable adoption rate is evident as it garnered 1 million users within the first five days of its release.[2]

One in 10 cars will be self-driving by 2030

It is expected that 10% of vehicles will be driverless by 2030, as the global market of self-driving cars is forecasted to increase from 20.3 million in 2021 to 62.4 million.[1]

64% of businesses expect AI to increase productivity

A significant 64% of companies believe that artificial intelligence will help increase their overall productivity, as revealed in a Forbes Advisor survey. This demonstrates the growing confidence in AI’s potential to transform business operations.[3]

AI Adoption Statistics : AI Growth – What does this mean in figures?

Half of U.S. mobile users use voice search every day

Voice search is on the rise, with 50% of U.S. mobile users using it daily, according to UpCity. This trend showcases the growing prevalence of AI-powered voice assistants in everyday life.[4]

AI is expected to see an annual growth rate of 37.3% from 2023 to 2030

As reported by Grand View Research, AI continues to revolutionize various industries, with an expected annual growth rate of 37.3% between 2023 and 2030. This rapid growth emphasizes the increasing impact of AI technologies in the coming years.[5]

A quarter of companies are adopting AI because of labor shortages

As labor shortages become a pressing concern, 25% of companies are adopting AI to address this issue, according to an IBM report. AI helps businesses optimize operations and compensate for the lack of human resources.[6]

Chinese companies have had the highest adoption rate of AI

China leads in AI adoption, with 58% of companies deploying AI and 30% considering integration. In comparison, the United States has a lower adoption rate, with 25% of companies using AI and 43% exploring its potential applications.[6]

AI Workforce and Employment Impacts: AI Growth – What does this mean in figures?

77% are concerned that AI will cause job loss in the next year

A substantial 77% of people expressed their apprehension that AI could bring about job losses in the near future, indicating widespread concern about the potential impact of technology on employment opportunities.[7]

400 million workers could be displaced because of AI

As AI evolves, it could displace 400 million workers worldwide. A McKinsey report predicts that between 2016 and 2030, AI-related advancements may affect around 15% of the global workforce. [8] 

Research estimates AI will create 97 million jobs

According to World Economic Forum research, AI is projected to create around 97 million new jobs, potentially countering workforce displacement concerns.[9] 

Software engineers and data engineers are being recruited for AI support

As AI becomes more integrated into businesses, there is a growing demand for AI support roles. In 2022, 39% of companies reported hiring software engineers, and 35% hired data engineers for AI-related positions, according to a McKinsey report. [8] 

The manufacturing industry is expected to see the most significant financial impact due to AI

An Accenture report forecasts that the manufacturing sector will reap the greatest financial benefit from AI adoption, with a gain of $3.8 trillion expected by 2035. AI has the potential to alter the sector’s economic impact drastically.[10] 

AI Business Impacts: AI Growth – What does this mean in figures?

Nearly a quarter of business owners are concerned about AI affecting website traffic

A Forbes Advisor survey reveals that 24% of business owners express concern about AI’s potential impact on their website traffic, reflecting the uncertainties some businesses face regarding integrating AI into their operations.[3] 

97% of business owners believe ChatGPT will help their business

According to Forbes Advisor, a staggering 97% of business owners believe that ChatGPT will benefit their businesses. One in three companies plan to use ChatGPT to create website content, while 44% aim to generate content in multiple languages.[3] 

Over 60% of business owners believe AI will improve customer relationships

Forbes Advisor reports that 64% of business owners believe AI has the potential to improve customer relationships, indicating a positive outlook on the role of AI in enhancing client interactions.[3] 

Over 60% of business owners say AI will increase productivity

Over 60% of business owners believe AI will increase productivity. Specifically, 64% state that AI would improve business productivity, and 42% believe it will streamline job processes.[3] 

43% of businesses are concerned about technology dependence

43%of companies are concerned about technology dependence and an additional 35% worry about having the technical skills to use AI effectively. These concerns highlight the challenges that organizations face while adopting AI technologies.[3] 

AI Trust and User Sentiment: AI Growth – What does this mean in figures?

The majority of consumers are concerned about businesses using AI

A significant majority of consumers express concern about businesses using AI. As AI plays a more prominent role in various industries, addressing consumer apprehensions will be crucial for companies.[7]

65% of consumers say they’ll still trust businesses who use AI

Despite concerns about AI usage, 65% of consumers still trust businesses that employ AI technology. This suggests that when businesses use AI responsibly and transparently, they can maintain consumer confidence and even harness AI’s potential to improve customer experiences.[7] 

More than half believe AI will improve written content

Over half of respondents, 54%, believe that AI can improve written content, suggesting that AI-driven solutions such as ChatGPT have the potential to enhance text quality, creativity and efficiency in various content creation contexts.[7] 


Most Popular AI Uses in 2024 

The most popular AI uses include responding to messages, answering financial questions, planning travel itineraries and crafting social media posts as its versatility transforms everyday tasks.[7]



  1. Marketsandmarkets
  2. Statista
  3. Forbes Advisor. How Businesses Are Using Artificial Intelligence In 2023.
  4. UpCity
  5. GrandViewResearch
  6. IBM
  7. Forbes Advisor. Over 75% Of Consumers Are Concerned About Misinformation From Artificial Intelligence.
  8. McKinsey & Company
  9. WeForum
  10. Accenture

Zero Emission As An Innovation Booster – What are the key technologies behind it?

Sustainability acts as a significant catalyst for innovation, especially in the realm of zero emissions. Several innovations are driving progress towards achieving zero emissions across various sectors.


Sustainable Innovations

Renewable Energy Technologies:

Innovations in renewable energy technologies play a pivotal role in reducing emissions from electricity generation. Solar photovoltaics (PV), wind turbines, hydroelectric power, geothermal energy, and biomass are increasingly becoming more efficient, cost-effective, and scalable. Advances in materials science, such as new photovoltaic materials and turbine designs, contribute to higher energy conversion efficiencies and lower costs, accelerating the transition to clean energy.

Electric Vehicles (EVs) and Battery Technology:

Adopting electric vehicles is a significant driver of emissions reduction in the transportation sector. Continuous advancements in battery technology, such as lithium-ion and solid-state batteries, enable longer driving ranges, faster charging times, and reduced costs. Innovations in EV design, lightweight materials, and vehicle-to-grid (V2G) technology further enhance the efficiency and sustainability of electric transportation.

Energy Storage Solutions:

Energy storage technologies, including grid-scale batteries, pumped hydro storage, and thermal energy storage, play a crucial role in integrating renewable energy into the grid and ensuring grid stability. Innovations in energy storage enhance the reliability of renewable energy sources, mitigate intermittency issues, and enable greater flexibility in energy management and distribution.

Smart Grids and Energy Management System:

Smart grid technologies and energy management systems optimize energy distribution, reduce energy waste, and enhance the efficiency of power networks. Innovations such as demand-response programs, advanced metering infrastructure (AMI), and machine learning algorithms enable real-time monitoring, control, and optimization of energy usage, facilitating the integration of renewables and the reduction of emissions.

Carbon Capture, Utilization, and Storage (CCUS):

CCUS technologies capture carbon dioxide emissions from industrial processes and power plants, preventing them from entering the atmosphere. Innovations in carbon capture systems, including solvent-based, membrane-based, and direct air capture technologies, improve efficiency, reduce costs, and enable the utilization or permanent storage of captured CO2, contributing to emissions mitigation efforts.

Circular Economy and Sustainable Materials: 

Innovations in the circular economy promote resource efficiency, waste reduction, and the reuse/recycling of materials, thereby lowering emissions associated with resource extraction, manufacturing, and disposal. Sustainable materials, such as bioplastics, bio-based and recycled materials, offer alternatives to traditional, carbon-intensive materials, driving emissions reductions across various industries.

Carbon-neutral Fuels and Synthetic Fuels:

Advances in synthetic biology, bioengineering, and catalysis enable the production of carbon-neutral fuels, such as biofuels, hydrogen, and synthetic fuels derived from renewable sources. These fuels can replace fossil fuels in transportation, industry, and heating applications, significantly reducing greenhouse gas emissions.

Decentralized Energy Systems and Microgrids:

Decentralized energy systems, including microgrids, community-owned renewable energy projects, and off-grid solutions, empower local communities to generate, store, and manage energy sustainably. These systems increase energy resilience, promote energy independence, and facilitate the integration of renewable energy sources, leading to emissions reductions at the local level.

Zero Emission As An Innovation Booster – What are the key technologies behind it?

After identifying a long list of crucial innovation fields, we found that innovation pioneers are essential in driving the business towards achieving long-term objectives. We are convinced that the way to “Zero Emission” is a key driver for future innovation and, thus, for overall economic growth. Will it be as huge as AI? It would be wrong to compare AI to “Zero Emission” – as a first answer, combining both, bringing them forward, and optimizing “Zero Emission” innovation projects with the help of AI is the most efficient and fastest way to get genuine, sustainable products and services to demanding markets.

Current developments in Hyperloop Technology – What alternative transportation options are available to the public?

The Hyperloop is a proposed mode of transportation that aims to revolutionize travel by using low-pressure tubes to transport passengers or cargo at high speeds. Here is an overview of the Hyperloop Transportation System, its current developments, and some alternative transportation technologies.


Hyperloop Transportation System

1. Concept :

  • Elon Musk initially proposed the Hyperloop concept in a white paper published in 2013. It involves pods or capsules travelling through a reduced-pressure tube at speeds exceeding those of traditional modes of transportation.
  • The low-pressure environment inside the tube minimizes air resistance, allowing the pods to travel at near-supersonic speeds using magnetic levitation and linear induction motors.

2. Key Features :

  • Vacuum Tubes: Hyperloop tubes maintain low pressure to reduce air resistance and friction, enabling high-speed travel.
  • Magnetic Levitation (Maglev): Pods are levitated and propelled through magnetic levitation technology, which reduces friction and enables efficient, smooth travel.
  • Autonomous Operation: Hyperloop pods are autonomous and guided by sensors, GPS, and advanced control systems.

3. Current Developments in Hyperloop Technology :

  • Several companies are actively working on developing Hyperloop Technology, including Virgin Hyperloop, Hyperloop Transportation Technologies (HTT), SpaceX and EPFL in Switzerland.
  • Virgin Hyperloop conducted the world’s first passenger test in November 2020, with two passengers travelling inside a Hyperloop pod at the company’s test track in Nevada, USA.
  • HTT is working on developing commercial Hyperloop systems in several countries, including the United Arab Emirates, India, and South Korea.
  • SpaceX has hosted multiple Hyperloop Pod Competitions, inviting student teams to design and build Hyperloop pods to test them on its test track in California.
  • EPFL has built a small pilot vacuum tube circle where tests on reduced size are ongoing.

4. Challenges and Considerations :

  • Regulatory Approval: Implementing Hyperloop systems requires regulatory approval and compliance with safety standards, which can vary across jurisdictions.
  • Cost and Financing: Developing and deploying Hyperloop infrastructure involves significant capital investment, and financing remains challenging for many projects.
  • Technical Feasibility: Scaling up Hyperloop Technology presents technical challenges, such as maintaining low-pressure environments over long distances and ensuring safety and reliability at high speeds.


Alternative Transportation Technologies :

  • Maglev Trains: Maglev (magnetic levitation) trains use magnetic forces to levitate and propel train cars, allowing for smooth, high-speed travel with minimal friction. Maglev trains currently operate in countries like Japan, China, and Germany. The technology has shown reliability, and trains have been running for many years.
  • High-Speed Rail: High-speed rail systems, such as Japan’s Shinkansen and France’s TGV, offer fast and efficient transportation between cities. These trains travel at speeds of up to 200-300 mph (320-480 km/h) and are often considered a more feasible option than Hyperloop in the short term. The TGV has progressed to a level where it is commonly chosen over air transportation.
  • Autonomous Vehicles: Autonomous vehicles (AVs) have the potential to revolutionize transportation by providing on-demand, driverless mobility. Companies like Waymo, Tesla, and Uber are investing in AV technology, although widespread adoption and regulatory approval are still pending.
  • Electric Vehicles (EVs): Electric vehicles, including cars, buses, and trucks, offer a cleaner and more sustainable alternative to traditional gasoline and diesel vehicles. The progress made in battery technology and charging infrastructure facilitates the shift towards electric transportation.
  • Personal Rapid Transit (PRT): PRT systems use small, automated vehicles to transport passengers on demand within a network of dedicated guideways. Compared to traditional transit options, PRT systems offer flexibility, convenience, and reduced congestion.
  • Bicycle and Pedestrian Infrastructure: Investing in bicycle lanes, pedestrian-friendly streets, and micro-mobility options such as scooters and e-bikes promotes sustainable and active transportation modes, reducing reliance on cars and improving urban mobility.


These alternative transportation technologies complement Hyperloop Technology and offer diverse solutions to address the challenges of urban mobility, congestion, and environmental sustainability. Each technology has its own strengths, limitations, and suitability depending on factors such as geography, population density, and infrastructure investment.


Venture Capital vs. State-Driven Support for Start-Ups

Before answering this question, we need to have a look into the typical roles each of the support systems is usually taking over. The choice between venture capital (VC) financing and state support for start-ups depends on various factors and the specific goals of the respective start-up and government. Both options have their advantages and considerations.


What Describes Venture Capital Financing?

Expertise and Mentorship:

Venture capitalists often bring not only capital but also valuable expertise and mentorship. They have experience in scaling businesses, navigating markets, and strategic decision-making, which can be crucial for a start-up’s success.

Market Validation:

VC investment is often seen as a form of market validation. The fact that professional investors are willing to fund a start-up can lend credibility and attract additional attention from other investors, customers, and partners.

Network Access:

Venture capitalists typically have extensive networks that can benefit start-ups. These include connections with other investors, industry experts, potential customers, and strategic partners.

Scale and Growth Focus:

VCs are generally focused on achieving rapid growth and scalability. Their investment model often involves taking risks with the expectation of substantial returns, aligning with the high-growth ambitions of many start-ups.

Alignment of Interests:

VC firms are motivated by financial returns. This alignment of interests can be advantageous, as both the start-up and the VC have a shared goal of maximizing the company’s value.


How Can State Support for Start-ups Be Described?

Strategic Development Goals:

Governments often provide start-ups support that align with broader economic and strategic development goals. These could include fostering innovation, creating jobs, addressing societal challenges, or promoting specific industries.

Economic Diversification:

State support for start-ups can contribute to economic diversification by encouraging the growth of new industries. This diversification can make a region less vulnerable to economic downturns in specific sectors.

Social Impact and Inclusivity:

Governments may prioritize social impact and inclusivity in their support programs. These could involve backing start-ups that address social challenges, promote diversity, or contribute to community development.

Long-Term Stability:

Government support can provide start-ups a certain amount of stability, especially during the early stages, where profitability may not be immediate. This stability may be particularly important for start-ups working on longer-term and high-risk innovations.

Access to Research and Development Resources:

Governments may offer start-ups access to research and development resources, including partnerships with research institutions, grant programs, and incentives for innovation.

Policy Influence:

Government support can influence policies and regulations to create a conducive environment for start-ups. These may include tax incentives, regulatory flexibility, and initiatives to reduce bureaucratic hurdles.


What Should Start-ups Consider?

Balancing Capital with Control:

VC financing often involves giving up equity and, in some cases, ceding some control. Start-ups need to carefully consider the trade-off between access to capital and the level of control they are willing to relinquish.

Holistic Approach:

Some start-ups may benefit from a combination of both VC financing and government support. Leveraging multiple funding sources and support programs can provide a more comprehensive approach to growth.


Venture Capital vs. State-Driven Support for Start-Ups

In summary, the choice between venture capital financing and state support depends on the start-up’s goals, the nature of the innovation, and the strategic priorities of both the start-up and the government. Many successful start-ups have navigated a path that involves a mix of private investment and public support. In any case, broadly screening sources for start-up financing is recommended. Business angels, topic-related foundations, crowdfunding and even pitch competitions are sources to get funds and, in some cases, at highly attractive conditions.

First Fully Assisted AI Start-up Accelerator Nr.10

Last week, the World Innovations Forum attended and exhibited at the World AI Cannes Festival (WAICF). Among the many groundbreaking developments showcased at the event, we were proud to reintroduce our Accelerator program, now infused with the transformative power of AI.

Our Accelerator program, once called the “West-Point for Entrepreneurs,” has been reinvented to meet the demands of the ever-evolving tech landscape. Batch 10 marks a significant milestone in our journey, as we embrace Generative AI to propel startups towards unprecedented levels of success.

Since its inception in 2014, our Accelerator has been instrumental in guiding startups from the ideation stage to market fruition. With the emergence of Generative AI, we recognized an opportunity to revolutionize our approach. The Batch 10 Accelerator program combines traditional entrepreneurship methodologies with the efficiency and speed afforded by AI. What once took weeks can now be accomplished in hours, thanks to the transformative capabilities of AI. 

Registration is open and spots are limited! Join us in shaping the future of innovation and securing your spot among a select group of visionary entrepreneurs. From the 8 billion people on earth we have only a few thousand really successful entrepreneurs and you should be one of them!

Apply Here:


Details of First Fully Assisted Start-up Accelerator 

This three-month hybrid program offers a unique blend of in-person and online sessions, culminating in a Demo Day where startups showcase their progress to potential investors.

Start Date: August 26th 2024

Our Accelerator starts with a one-week in-person Boot Camp, taking place in Zürich, Switzerland. During this week, we will delve into several topics essential for entrepreneurial success, including Gen-AI driven business building, Entrepreneurship Pure, Opportunity Discovery, and more.

Week 2-11 

After completing the Boot Camp, our experts will guide you through online mentoring and workshops. This will include Solution-Building, Go-to-Market Strategies, and Traction & Growth Hacking. 

End Date: November 22nd 2024

The last week of the Accelerator Program will conclude with a pitch event communicated through global media channels (Twitch) and with VC Jury members.

We will meet back in Zürich, Switzerland. 


Who is this Accelerator for? 

It’s for teams that have already laid the groundwork for a promising venture, ready to scale and make a meaningful impact on society. We seek bold visionaries with the drive and determination to succeed, supported by diverse teams comprising both business and engineering expertise.

If your startup meets the following criteria

  1. Registered within the past five years
  2. Possesses a bold vision targeting a sizable market
  3. Boasts a stellar founders team committed full-time to the venture

we invite you to join us on this transformative journey towards entrepreneurial excellence. Together, let’s redefine the future of innovation and shape a world where visionary ideas thrive. Apply now and become part of the next generation of successful entrepreneurs. 


  1. Register as an individual member for WIForum (Membership Fee €75)
  2. There is no cost for applying. However, start-ups with an invitation to the Accelerators will be asked to contribute with an €250 entry fee, which covers the Accelerator participation, including prompts and use of GPTBlue. It remains the responsibility of the participants to cover costs for travel expenses and accommodation.