The Death of the Pipeline: Why the Global Economy No Longer Moves in a Straight Line
The Death of the Pipeline: Why the Global Economy No Longer Moves in a Straight Line
By Bhupendra Thapa
The global economy no longer operates through production and distribution alone. A semiconductor manufactured in one country may power an artificial intelligence system in another, support businesses in several markets and influence consumer demand worldwide. Physical goods, digital services, information and money now move through interconnected systems.
The World Trade Organization (WTO) reported on 8 October 2026 that AI-enabling goods, including semiconductors and servers, accounted for 47% of global merchandise trade growth in the first half of the year. Trade in these products increased by 67% compared with the same period in 2025. The figures show how investment in artificial intelligence is influencing international trade, even amid geopolitical tensions and disruptions to energy supplies.
This shift does not mean that traditional production chains have disappeared. Instead, they increasingly operate within wider networks of suppliers, customers, platforms and service providers. Businesses must therefore understand not only how goods are produced but also how information flows, relationships develop and disruptions spread.
The old model, and how it differs from the new one
For much of the twentieth century, many businesses followed a relatively straightforward process: manufacturers produced goods, distributors transported them, retailers sold them, and customers purchased them. Information generally travelled back through this chain more slowly, often through sales reports and market research.
This pipeline model remains useful because it supports coordination, economies of scale and cost control. However, a business relying heavily on established distribution channels may find it difficult to respond quickly when customer preferences change or competitors introduce new products.
A network-based model allows businesses to interact with customers, suppliers and other organisations more directly. Online marketplaces connect buyers with sellers, digital payment systems facilitate transactions, and customer feedback can influence product development. Companies can use these interactions to identify demand and adjust their operations more quickly.
| Feature | Traditional pipeline | Network-based economy |
|---|---|---|
| Flow of activity | Mainly sequential | Multiple connected relationships |
| Value creation | Production, distribution and sales | Products, connections, data and services |
| Customer role | Primarily purchases goods | Purchases, reviews, shares and sometimes creates |
| Feedback | Often collected periodically | Can be collected continuously |
| Main advantage | Scale and operational control | Reach and adaptability |
| Main vulnerability | Disruption at a critical stage | Dependence on central platforms and systems |
The distinction is not absolute. A manufacturer can retain conventional production methods while using digital platforms to reach customers and coordinate suppliers. Competitive advantage increasingly depends on combining efficient physical operations with effective information sharing.
The web has uneven edges
The benefits of digital participation depend partly on access to reliable and affordable internet services. Despite considerable progress, billions of people still cannot participate fully in online economic activity.
The International Telecommunication Union (ITU) estimated that 6 billion people, approximately three-quarters of the world's population, used the internet in 2025. Another 2.2 billion remained offline. Its report also found that internet use was more common among urban residents than rural residents: approximately 85% of urban residents were online, compared with 58% of rural residents.
The gap extends to the quality of infrastructure. In 2025, 5G networks covered approximately 84% of the population in high-income countries but only 4% in low-income countries, according to the ITU. Although people using basic internet connections may technically be online, they may not have the speed or reliability needed for advanced digital services.
For businesses, these differences affect access to international customers, cloud-based tools, digital payments and online training. A small enterprise with dependable broadband can manage orders and communicate with overseas buyers more easily than a similar business operating with unreliable connectivity.
Infrastructure alone, however, is insufficient. Digital literacy, affordable devices, electricity and access to finance also influence whether individuals can turn internet access into economic opportunities. Expanding connectivity must therefore go hand in hand with improving the conditions needed to use it productively.
Online commerce is bigger than shopping apps
E-commerce is often associated with consumers ordering products through websites and mobile applications. Yet business transactions form a substantial part of the market, including purchases of raw materials, machinery, professional services and other commercial inputs.
UN Trade and Development (UNCTAD) reported that businesses across 46 developed and developing economies recorded nearly $28 trillion in e-commerce sales in 2024. These economies represented approximately three-quarters of global GDP. The estimate includes transactions within individual economies as well as international sales, rather than consumer purchases alone.
Digital ordering allows firms to reach customers beyond their immediate locations, process transactions outside normal business hours and coordinate purchasing with suppliers. A manufacturer, for example, can order components electronically while arranging transport and payment through separate service providers.
The opportunities are particularly relevant to developing economies. UNCTAD's data show that business e-commerce sales grew faster on average in the developing economies covered by its dataset than in the developed economies between 2016 and 2024. This indicates potential for further adoption, although the results for the selected economies should not be treated as representative of every developing country.
The benefits are not automatic. Businesses still need dependable logistics, secure payment systems, consumer protection and affordable digital infrastructure. Online sales can reduce certain barriers to entering a market, but they cannot eliminate the practical difficulties of delivering products, managing returns or earning customer trust.
Platforms: the value gathers at the hubs
Digital platforms bring together people and businesses that might otherwise struggle to find one another. Marketplaces connect buyers and sellers, payment services connect merchants with customers, and social networks connect audiences with advertisers and creators.
Many platforms benefit from network effects. As participation increases, the service can become more useful, attracting additional users and encouraging further growth. This can improve convenience and reduce the cost of finding customers or suppliers.
However, success can also concentrate economic power. Platforms with large user bases may influence advertising prices, search rankings, commissions and the terms under which smaller businesses operate. A company may gain access to millions of potential customers while becoming dependent on rules it cannot control.
Stock-market concentration can provide useful context for this discussion, but it should not be confused with a direct measurement of platform power. A company's market value reflects investors' expectations about future profits and growth, not simply the economic benefits it provides to society.
For small businesses, the practical issue is dependence. Changes to commission rates, advertising costs or recommendation algorithms can affect sales even when the quality of their products remains unchanged. Maintaining direct customer relationships and using more than one sales channel can help reduce this exposure.
Platforms can improve competition by making markets more accessible, but their long-term benefits depend partly on fair rules, transparency and opportunities for businesses to reach customers without excessive dependence on a single intermediary.
The customer joins the production line
Consumers increasingly participate in economic activity beyond purchasing finished products. They publish reviews, create videos, teach online, promote brands and sell goods or services through digital platforms. Their contributions can influence demand and generate income, although the rewards vary widely.
Goldman Sachs Research estimated in April 2023 that the creator economy could grow from approximately $250 billion to $480 billion by 2027. The analysis also estimated that around 50 million people worldwide were creators, with approximately 4% earning more than $100,000 annually. These figures were estimates and forecasts published in 2023, not verified measurements of the market in 2026 or 2027.
The distinction between creating content and earning a sustainable income is important. Many participants receive little or no revenue, while a smaller group benefits from sponsorships, advertising, subscriptions and direct payments. Different studies also use different definitions of a creator, making estimates difficult to compare.
Online gig work offers another example of this changing relationship between workers and businesses. The World Bank's 2023 report, Working Without Borders: The Promise and Peril of Online Gig Work, estimated between 154 million and 435 million online gig workers worldwide. The lower estimate was based on registered workers identified through online data, while the higher estimate included people undertaking gig work as a secondary or occasional activity. The authors emphasized that reliable global measurements remain limited.
Platform-based work can offer flexible schedules and access to customers outside local labour markets. However, workers may face unpredictable earnings, intense competition and limited access to employment benefits. Conditions differ by country, occupation and platform, so flexibility should not automatically be interpreted as better job quality.
There is also a question of how value is shared. Workers and creators generate content, services and behavioural data that platforms can use to improve their products and advertising. The income received by contributors does not necessarily reflect the full commercial value of these activities.
The network runs on heavy machinery
Digital services depend on physical infrastructure, including servers, electricity grids, telecommunications networks and computer hardware. The growth of artificial intelligence has made these requirements more visible.
The International Energy Agency (IEA), in its 2025 report Energy and AI, estimated that data centre consumed approximately 415 terawatt-hours (TWh) of electricity in 2024, equivalent to about 1.5% of global electricity consumption. Under its base-case scenario, demand could reach around 945 TWh by 2030. This is a projection rather than a guaranteed outcome; future consumption will depend on AI adoption, computing efficiency and other developments.
The implications are not identical everywhere. A country hosting large data centre may need to expand electricity generation and upgrade its grid, while businesses and households compete for reliable power. At the same time, investment in digital infrastructure can support employment and the development of new services.
The global share of electricity consumed by data centre is only part of the picture. Their demand can be concentrated in particular locations, creating greater pressure on local infrastructure than worldwide averages suggest. Planning therefore matters: energy efficiency, suitable locations and timely investment in electricity networks can help manage the effects of expansion.
The lesson is that digital growth is not independent of the physical economy. Advanced computing requires equipment, energy and transport, linking technological progress to manufacturing capacity and infrastructure investment.
Fragility: the same weak point, tested twice
International networks can help businesses find alternative suppliers and markets, but they also allow disruptions to spread across borders. A shortage of a critical component or a sudden increase in transport costs can affect production in countries far from the original problem.
The Federal Reserve Bank of New York's Global Supply Chain Pressure Index provides one measure of these conditions. Reuters reported that the index rose from 0.68 in March 2026 to 1.82 in April, its highest level since July 2022. During the pandemic, the index had exceeded four standard deviations above its historical average in December 2021. The April 2026 reading indicated renewed pressure, but it remained below the extraordinary levels experienced during the pandemic.
The index combines transportation-cost data with manufacturing indicators. It does not directly measure the percentage of goods delayed or calculate the total financial damage caused by a disruption. Nevertheless, it helps track changes in global supply-chain conditions.
Trade figures also demonstrate that international commerce can adapt. In October 2026, the WTO raised its forecast for merchandise trade volume growth to 3.9% for the year, up from 1.9% in its March forecast. Stronger-than-expected trade during the first half of the year and demand for AI-related products supported the revision, despite disruption caused by conflict in the Middle East. The WTO lowered its forecast for commercial services trade growth to 3.3%, from 4.8%, reflecting weaker prospects for activities including transport and international travel.
These forecasts illustrate why goods and services should not be treated as identical. Physical products may be redirected through alternative suppliers or shipping routes, whereas tourism and air transport can be affected more immediately by travel restrictions, security concerns and fuel prices.
Businesses must consequently balance efficiency against resilience. Depending on a limited number of suppliers may reduce costs under normal conditions, but maintaining alternative sources, holding additional inventory or diversifying transport routes can reduce the consequences of future disruptions. These safeguards involve expenses, making it important for firms to assess which risks justify additional protection.
Careers: faster change, shorter shelf life for skills
Changes in technology and business organization are reshaping the labour market. Artificial intelligence, automation and digital services are creating new opportunities while changing the tasks performed in existing occupations.
The World Economic Forum's Future of Jobs Report 2025 projects that global trends could create 170 million jobs and displace 92 million by 2030, producing a net increase of 78 million. Its employer survey also suggests that nearly 40% of the skills currently required at work may change by the end of the decade. These are projections based on employer expectations, not guaranteed employment outcomes.
Demand is expected to increase in areas such as technology, data, cybersecurity, care and education. Some clerical and routine occupations face greater pressure from automation. Yet technological change does not affect every job in the same way: certain tasks may disappear, others may become more productive, and entirely new responsibilities may emerge.
The same report estimates that 59% of the workforce will require reskilling or upskilling by 2030. This does not mean that everyone must become a programmer or AI specialist. Digital literacy, communication, analytical thinking and adaptability can also help workers remain effective in traditional industries.
The challenge is making training accessible and relevant. Employers, governments and educational institutions need to help workers develop useful skills before changing job requirements limit their opportunities. Without adequate support, the benefits of technological progress may accrue disproportionately to people and organizations already equipped to take advantage of it.
What to take away
The factory, warehouse and freight route remain essential to global commerce. What has changed is the number of relationships surrounding them. Production now interacts more closely with digital services, customer information, online platforms and international networks of suppliers.
This structure creates opportunities for firms to reach new markets and respond to demand more quickly. It also introduces challenges involving market concentration, unequal digital access, employment security and exposure to disruptions.
Three issues will help determine how broadly the benefits are shared.
Access: Can individuals and businesses obtain affordable connectivity, suitable infrastructure and the skills needed to participate?
Fairness: How can workers, independent creators and smaller firms receive reasonable rewards when large platforms control important routes to customers?
Resilience: When does the cost of alternative suppliers, additional inventory and stronger infrastructure become worthwhile protection against disruption?
The important question is no longer only what happens next in the production process. It is also how economic relationships are organized, who controls the essential connections and how well the system responds when those connections fail.
In my view, the shift from pipelines to networks is best understood as a change in how opportunity and risk are distributed across the economy. Digital platforms can help small businesses reach international customers, give workers access to new sources of income and allow companies to respond to changing demand. However, wider access does not automatically produce fair outcomes. A business dependent on one marketplace, a worker without adequate protection or a community lacking reliable electricity can remain vulnerable even as the wider economy becomes more connected. I believe governments and businesses should focus not only on technological expansion but also on competition, digital education, worker protection and dependable infrastructure. These measures can help turn connectivity into lasting economic value. Ultimately, a successful network economy should be judged not simply by its speed or size, but by its ability to support productive businesses, secure livelihoods and broader participation in economic growth.
Sources
Goldman Sachs Research. (2023, April 19). The creator economy could approach half-a-trillion dollars by 2027. https://www.goldmansachs.com/insights/articles/the-creator-economy-could-approach-half-a-trillion-dollars-by-2027
International Energy Agency. (2025). Energy and AI. https://www.iea.org/reports/energy-and-ai/executive-summary
International Telecommunication Union. (2025, November 17). Facts and figures 2025. https://www.itu.int/en/mediacentre/Pages/PR-2025-11-17-Facts-and-Figures.aspx
UN Trade and Development. (2026). Digital economy and technology: E-commerce sales. UNCTADstat. https://unctadstat.unctad.org/insights/theme/260
World Bank. (2023). Working without borders: The promise and peril of online gig work. https://openknowledge.worldbank.org/entities/publication/ebc4a7e2-85c6-467b-8713-e2d77e954c6c
World Economic Forum. (2025, January 7). Future of jobs report 2025: 78 million new job opportunities by 2030 but urgent upskilling needed to prepare workforces. https://www.weforum.org/media/future-of-jobs-report-2025-78-million-new-job-opportunities-by-2030-but-urgent-upskilling-needed-to-prepare-workforces/
World Trade Organization. (2026, October 8). AI boom and trade resilience to Middle East crisis lift outlook, but gains to be uneven. https://www.wto.org/english/news_e/news26_e_stat_08oct26_510_e.htm
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