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Geopolitics and Generative AI: Will Middle Powers Reshape the Map?

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BOSTON, Dec. 9, 2024 /PRNewswire/ — As the generative AI map takes shape, the US and China are asserting their dominance. Tech companies from these GenAI superpowers have built a substantial lead in the creation and large-scale commercialization of top-performing large language models (LLMs). Another group of countries—the “GenAI middle powers”—is emerging, however, each with distinct strengths that may enable it to compete at a regional, and even global, scale as a supplier of the technology.

A new report, “How CEOs Can Navigate the New Geopolitics of GenAI,” from the BCG Henderson Institute and BCG’s Center for Geopolitics, looks at the current state of play and the implications for both corporate leaders and policymakers.  

“As it becomes clear that GenAI will shape industries and societies, the emergence of middle powers signifies a critical shift in the global balance of technological power,” said Nikolaus Lang, global leader of the BCG Henderson Institute and a coauthor of the report. “For corporate leaders who are integrating GenAI into their business operations, relying solely on GenAI supplied by companies in the US or China could pose serious risks due to the possibility of regulations, data requirements and availability of the models all being vulnerable to shifts in government policy.” 

Two AI Superpowers…For Now 

The two AI superpowers—the US and China—are currently the only players with robust access to and control over sizeable portions of the entire GenAI value chain. They produce the most intellectual property (IP) and they have the largest AI talent pools; they have some of the richest data ecosystems in the world and the most data center infrastructure capacity, and they lead in capital access.  

The US has had a pronounced head start, building on decades of AI leadership. Nearly 70% of the world’s notable AI models since 1950 have been developed by or in partnership with US-based companies or academic institutions, as have 57% of top-performing large language models (LLMs). The US is home to 60% of the top 2,000 AI scholars in the world and attracted roughly one-quarter of all AI specialists that relocated globally between 2022 and 2024; its total AI talent pool has grown to nearly half a million people, the largest in the world. US-based GenAI startups have also received unparalleled private investment: a total of $65 billion since 2019. 

Some signs indicate that China is catching up to the US. Two Chinese companies (Alibaba and the GenAI startup 01.AI) contribute over one-quarter of the world’s top open-source LLMs. Established tech giants Baidu and Tencent have also released high-performing models, as have a new generation of GenAI startups, the so-called AI tigers. Top Chinese LLMs have substantially reduced the gap compared to state-of-the-art alternatives in the last year. China benefits from ample data center infrastructure and a strong AI talent bench, and current limitations in China’s access to cutting-edge chips for AI model training and inference are likely to delay rather than impede further progress.  

Who Could Emerge as a New GenAI Player? 

This US–China story has fueled a “two superpowers” narrative, but momentum is building in other parts of the world. 

The European Union can position itself as a significant GenAI middle power by combining the strengths of its member states. The EU is already home to a nascent GenAI startup ecosystem and has the second-largest global AI specialist talent pool. As a sizeable market, with a combined GDP of $18 trillion, it can support the development of locally developed AI models that may be viewed as more protective of users’ data in the context of its demanding regulatory environment. While its GenAI startups have attracted considerable investment, the EU faces challenges in scaling infrastructure and bridging the funding gap compared to the US and China.

Saudi Arabia and the United Arab Emirates (UAE) can rely on substantial sovereign wealth funds and focused investments to rapidly grow their AI talent bench, expand data center infrastructure, and develop high-performing LLMs. Saudi Arabia has committed $40 billion to AI development and is increasing its data center capacity, while the UAE has launched a $10 billion AI VC fund and developed high-performing Arabic language models. Both nations’ efforts are supported by low energy costs and easing restrictions on access to cutting-edge chips. To sustain current advancements, Saudi Arabia and the UAE will need to continue growing their respective talent bases and expand technology export markets.

Japan and South Korea can build on their established tech ecosystems, significant R&D investments, and expertise in hardware to position themselves as GenAI middle powers. South Korea benefits from its strong position in semiconductor manufacturing and domestic companies making inroads in developing LLMs, while Japan has fostered partnerships among corporate, academic, and governmental institutions to accelerate model development. However, both nations will likely need to pursue a regional focus to consolidate sufficient market demand to justify the scale of investments needed to compete in the GenAI space.

Some countries may be able to compete by capitalizing on their robust AI research ecosystems and talent pools to build better, more cost-efficient LLMs. For example, Canada and the UK are home to a sizeable share of the world’s top AI scholars, have produced many notable AI models, and have published some of the most important AI research papers. Israel, despite its smaller population, has a high concentration of AI specialists and has developed competitive models. For these countries, opportunity lies in accelerating research breakthroughs.

A Call to Action for Leaders 

On the one hand, companies across industries have a vested interest in a diversified supply of GenAI. The lessons of Covid-19 are stark: a massive disruption can create severe chokepoints and destroy value. If all options originate in just two countries, it could lead to disruptions in GenAI’s availability due to geopolitical shocks. Corporate leaders will need to build the “geopolitical muscle” required to sense coming shifts and adapt their operating models.  

On the other hand, because AI sovereignty may soon become a critical source of national security, economic value, and soft power, governments of countries or in regions with potential to become GenAI middle powers should consider what it would take to claim the space.  

“This race is far from over,” said Nikolaus Lang. “Both business and political leaders will need to navigate a dynamic and high-stakes environment, shaped by regulation, policy and technology. Whether the middle powers—and which ones—will establish a claim to the competitive supply of GenAI at a global scale is one of the biggest unknowns. How this plays out has the potential to rewrite the rules of the game.” 

Download the publication here:
https://www.bcg.com/publications/2024/how-ceos-navigate-new-geopolitics-of-genai

Media Contact:
Eric Gregoire
+1 617 850 3783
gregoire.eric@bcg.com 

About Boston Consulting Group
Boston Consulting Group partners with leaders in business and society to tackle their most important challenges and capture their greatest opportunities. BCG was the pioneer in business strategy when it was founded in 1963. Today, we work closely with clients to embrace a transformational approach aimed at benefiting all stakeholders—empowering organizations to grow, build sustainable competitive advantage, and drive positive societal impact.

Our diverse, global teams bring deep industry and functional expertise and a range of perspectives that question the status quo and spark change. BCG delivers solutions through leading-edge management consulting, technology and design, and corporate and digital ventures. We work in a uniquely collaborative model across the firm and throughout all levels of the client organization, fueled by the goal of helping our clients thrive and enabling them to make the world a better place.

 

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SOURCE Boston Consulting Group (BCG)

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SoftBank Corp. and TOPPAN Holdings Develop Lightweight, Durable Skin for Solar HAPS Aircraft Wings

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Skin’s compatibility with stratospheric conditions such as extreme UV rays and ultra-low temperatures makes longer HAPS operations possible

TOKYO, April 27, 2026 /PRNewswire/ — SoftBank Corp. (TYO: 9434) (President & CEO: Junichi Miyakawa, “SoftBank”) and TOPPAN Holdings Inc. (TYO: 7911) (President & COO: Satoshi Oya, “TOPPAN Holdings”) jointly developed a lightweight, durable skin for use on solar High-Altitude Platform Station (HAPS) aircraft wings and devised a testing method that replicates the stratosphere’s environment. Test production will go forward, and the aircraft wing skin is planned for use with HTA-type[1] HAPS, which SoftBank plans to deploy for commercial services from 2029 onwards.     

This jointly developed HAPS aircraft wing skin and test method that reproduces stratospheric conditions were made possible by combining SoftBank’s HAPS expertise and TOPPAN Holdings’ know-how accrued over years of creating advanced multi-layered film technology designed for packaging and construction materials. TOPPAN Holdings also leveraged its proprietary technology that evaluates weather resistance. This joint development mitigates film damage (degradation) caused by strong ultraviolet (UV) rays and ultra-low temperatures of almost -100°C. As a result, the aircraft can stay in the stratosphere for longer periods. 

Development Background
HAPS, also referred to as “base stations in the sky,” provide communication services from uncrewed aircraft that remain airborne in the stratosphere. Being able to keep an aircraft with a communications payload airborne for extended periods of time would make it possible to provide an alternative means of communications in the aftermath of large-scale natural disasters, as well as provide communication services to under-connected areas, such as mountainous regions and remote islands. As these platforms operate from the stratosphere at an altitude of approximately 20 km above, they offer wider-area coverage than base stations on the ground, while also providing high-quality, high-volume, low-latency communications superior to satellite-based communications. However, at this altitude in the stratosphere, UV ray and ozone exposure is far greater than at ground level, and with exposure to extremely cold temperatures that sometimes drop to almost -100℃, impaired efficacy due to these environmental factors had been a serious issue with conventional all-purpose skins. Responding to this challenge, SoftBank and TOPPAN Holdings jointly developed a new ultra-lightweight, high-durability skin for aircraft wings capable of withstanding the harsh conditions of the stratosphere, along with a specialized methodology for its evaluation.     

Wing Skin & Evaluation Method Characteristics
1. Use of impact-resistant advanced resin and proprietary structure to achieve both lightweighting and safety
Leveraging converting technology[2] developed for packaging by TOPPAN Holdings, an optimized skin structure was achieved by precisely layering original materials and impact-resistant advanced resin suitable for use at extremely low temperature conditions. The resulting skin weighs the same as or less than average conventional all-purpose skin, and even if damage to the skin were to occur, the break-resistant design keeps damage from spreading, allowing for both a safe and lighter HAPS airframe.    

2. Advanced durability to address harsh stratospheric conditions
SoftBank has contributed real-world data from its stratospheric HAPS flights, including actual temperature measurements and deep ultraviolet (UV-C) ray exposure conditions, and has also defined requirements such as weight reduction and other performance criteria. This has enabled TOPPAN Holdings to design a skin that addresses exposure to the harsh environmental conditions of the stratosphere by applying technology developed for construction materials. These conditions particular to the stratosphere include everything from extremely low temperatures (approximately -50℃ to -95℃) to extreme heat (approximately 100℃) from direct sunlight. The skin is also resistant to short wave UV-C and high-concentration ozone (10-20 ppm, parts per million) exposure that are far stronger than at ground level. This durability will allow for extended HAPS operation periods.      

3. Establishing a testing method that simulates stratospheric conditions to ensure reliability
TOPPAN Holdings leveraged its knowledge of packaging film testing and accelerated durability testing of construction materials, to construct a new test environment that assesses the skin under a simulation of the ultralow temperatures of the stratosphere, while also facilitating the testing of simultaneous exposure from short wave UV rays and the ozone. By using this test environment, it is possible to understand the detailed mechanisms of deterioration particular to the stratosphere and to use that knowledge for improved product design. This understanding and design adjustment makes it possible to carry out a more precise and more reliable evaluation compared to former testing methods.     

Roles of Both Companies
SoftBank
Provide expertise required to evaluate the suitability of the skin as well as expertise on HAPS operations
Supervision of advancing use with HAPS aircraft and transferring advances to practical application

TOPPAN Holdings
Develop and provide skin material suitable for HAPS aircraft
Proposal for evaluation method in stratospheric environment

Future Developments
SoftBank and TOPPAN Holdings will proceed with research to make the skin material developed within the scope of this project even lighter and stronger by fiscal 2027 (the year ending March 31, 2028). Additionally, while evaluating durability in the stratosphere, both companies will also attempt to establish mass production technology capable of ensuring sufficient supply and reliable quality by fiscal 2028. Also, based on testing outcomes, additional functions will be added, and the skin is expected to be used by SoftBank on HTA-type HAPS aircraft that provide commercial services, planned for launch from 2029 onwards. Both companies also plan to apply this skin to other fields that require a high level of durability.

[1] HTA (Heavier-Than-Air) refers to HAPS that remain airborne by generating aerodynamic lift, similar to conventional aircraft.

[2] Converting technology is the process of transforming materials like film into high-function final products through specialized processing such as printing and lamination. 

For more information:
https://www.holdings.toppan.com/en/news/04/newsrelease260427_1.html 

About SoftBank Corp.
Guided by the SoftBank Group’s corporate philosophy, “Information Revolution – Happiness for everyone,” SoftBank Corp. (TOKYO: 9434) operates telecommunications and IT businesses in Japan and globally. Building on its strong business foundation, SoftBank Corp. is expanding into non-telecom fields in line with its “Beyond Carrier” growth strategy while further growing its telecom business by harnessing the power of 5G/6G, IoT, Digital Twin and Non-Terrestrial Network (NTN) solutions, including High Altitude Platform Station (HAPS)-based stratospheric telecommunications. While constructing AI data centers and developing homegrown LLMs specialized for the Japanese language, SoftBank is integrating AI with radio access networks (AI-RAN), with the aim of becoming a provider of next-generation social infrastructure.
https://www.softbank.jp/en/corp/

About the TOPPAN Group
Established in Tokyo in 1900, the TOPPAN Group is a leading and diversified global provider committed to delivering sustainable, integrated solutions in fields including printing, communications, security, packaging, décor materials, electronics, and digital transformation. The TOPPAN Group’s global team of more than 50,000 employees offers optimal solutions enabled by industry-leading expertise and technologies to address the diverse challenges of every business sector and society and contribute to the achievement of shared sustainability goals.
https://www.holdings.toppan.com/en/
https://www.linkedin.com/company/toppan/

 

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SOURCE TOPPAN Holdings

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TravelingWiki Foundation Launches SportsFanWiki.com, Providing Disabled Fans with Sports Venue Specific Information in Wiki Format

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The setup of SportsFanWiki.com mirrors the extremely successful format of TravelingWiki.com, which documents disability resources for all FAA Large Sized and FAA Medium Sized hub airports and leverages the launch of a GenAI platform to ensure access across society to expanded disability resources information.

LAS VEGAS, April 27, 2026 /PRNewswire-PRWeb/ — TravelingWiki Foundation announces the launch of SportsFanWiki.com, providing a comprehensive database of sports venue information for fans with Non Visible Disabilities. The setup of SportsFanWiki.com mirrors the extremely successful format of TravelingWiki.com, which documents disability resources for all FAA Large Sized and FAA Medium Sized hub airports.

Leadership of TravelingWiki Foundation is honored to expand to sports venue disability information, offered free to the public and funded via the the sale of cards from the extraordinary careers of Michael Jordan, Lebron James, Shohei Ohtani and Mickey Mantle.

The launch of SportsFanWiki occurs at the same time as the launch of ShoheiAutographs.com; MantleRookies.com; KobeRookies.com; and LebronRookies.com, offering market leading sports card inventory of Shohei Ohtani, Mickey Mantle, Kobe Bryant and Lebron James, respectively. The launch highlights TravelingWiki’s services offered including new Generative AI functionality via a GenAI platform currently in beta testing. The launch also spotlights TravelingWiki’s CardForACause.com platform for free disability resources offered to 20 million Americans for no cost as funded with sports cards sales nationwide via the most two recent White House administrations.

TravelingWiki CEO Jonathan Sutter notes, “Leadership of TravelingWiki Foundation is honored to expand to sports venue disability information, offered free to the public and funded via the the sale of cards from the extraordinary careers of Michael Jordan, Lebron James, Shohei Ohtani and Mickey Mantle, to highlight the critical resources offered via TravelingWiki for the Non Visible Disability community.”

More information about the non-profit work of TravelingWiki foundation is available via visiting http://www.Travelingwiki.com.

Media Contact

Jonathan Sutter, TravelingWiki Foundation, 1 4044033333, jonathan.sutter@travelingwiki.com, http://www.TravelingWiki.com

Jonathan Sutter, TravelingWiki Foundation, 1 4044033333, jonathan.sutter@travelingwiki.com, http://www.TravelingWiki.com

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SOURCE TravelingWiki Foundation

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AiPPT.com Expands Its Approach to Turning Information into Ready-to-Use Presentations in India

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NEW DELHI, April 27, 2026 /PRNewswire/ — AiPPT.com has refined its platform as demand continues to grow in India for faster ways to turn everyday information into structured presentations.

Across universities, coaching centers, startups, and corporate teams, presentation work often begins with scattered material from notes, documents, and online sources. The platform focuses on converting this workflow into a single process that produces usable slides from raw input. The aim is to reduce preparation time while keeping presentations clear and ready for use.

A Workflow Built Around Content

AiPPT.com allows users to start in familiar ways. A topic can be entered directly, or files such as Word and PDF documents can be uploaded. Web content can also be converted into slides via the URL-to-PPT feature, which turns online information into structured presentations.

The system analyzes the input and builds a presentation with clear sections and logical flow. Slides are generated with formatting applied automatically, reducing manual effort.

For users looking for inspiration, AiPPT.com also provides resources such as easy presentation topics to help them get started more quickly.

From Scattered Information to Clear Communication

In academic and workplace settings, information is often spread across multiple formats. Turning this into a structured presentation can take time.

AiPPT.com simplifies this process. A report can become a meeting deck. A research paper can be turned into a seminar presentation. Startups can quickly build investor materials using the AI pitch deck generator. Educators can create structured lessons with support from tools designed for teaching, such as AI for teachers.

A Flexible System for Editing and Conversion

AiPPT.com supports full editing after generation. Users can adjust text, change slide order, or refine structure. Presentations can also be edited directly through its online PPT editor.

Users can also choose from a range of presentation templates to match different use cases. This flexibility helps users adapt presentations for classrooms, meetings, and digital sharing without rebuilding them.

About AiPPT.com

AiPPT.com is an AI-powered PPT generator focused on turning information into structured presentations. The company builds tools that connect content creation, organization, and presentation in one workflow. Its goal is to support clearer communication by helping users transform ideas and materials into ready to use slides efficiently.

Contact Information
Company Name: PIXELBLOOM PTE. LTD.
Email: support@aippt.com

Website: https://www.aippt.com/

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