South Asia Economic Update, October 2026

Adopting AI for Growth

South Asia’s economy is maintaining strong momentum despite costly energy imports and limited involvement in fast-growing global value chains for AI-related goods. South Asia is aging unusually rapidly, with limited financial security for older people. The creation of more and better jobs is a priority for all age groups. One promising avenue for this is the widespread deployment of AI. AI adoption in South Asia remains behind that in advanced economies, but is catching up. AI adoption can be accelerated by strengthening the conditions that foster firms’ growth, supported by measures to ease adoption barriers for small firms, foster local AI innovation, and provide a clear AI policy framework. 

Main Messages

  • SAREUcover2
    Chapter 1. South Asia’s High-Energy Growth

    South Asia is suffering from high energy prices and has limited involvement in the AI-related supply chains that are currently underpinning global economic activity. Despite this, resilient domestic demand has supported rapid growth in the region and is expected to continue doing so. The region is projected to grow at 6.8 percent per year in 2026–27, on average. Growth in the region could be slowed by persistently elevated energy prices or damage caused by a severe El Niño. While a slowdown in AI investment and related financial turbulence would also weigh on growth in South Asia, the region is less exposed than other EMDE regions. Rising incomes, AI-driven energy demand, and recent oil price spikes make scaling up domestic generation capacity a priority; renewables offer the most cost-effective path for new capacity, and pricing and trade reforms can accelerate their deployment alongside reliable baseload sources. As adoption catches up to peers, AI can offer opportunities for productivity gains and the creation of higher-paying jobs. Tourism and agribusiness offer opportunities to create jobs with low entry barriers at scale if major investment needs and improvements in regulatory environments are addressed.

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    Chapter 2. Delivering the Promise of AI in South Asia

    Artificial intelligence (AI) can transform South Asia’s development prospects through several channels, including by boosting the growth of labor productivity, by increasing export opportunities, and by improving the delivery of public services. AI adoption among the region’s firms is rising fast but still trails the frontier: about 23 percent of Indian firms report using AI, against 43 percent in the United States, and the gap is wider for more sophisticated uses. Global value-chain links between South Asian suppliers and U.S. customers have grown faster when suppliers and customers are in sectors that are more exposed to AI, suggesting that AI is generating new global market opportunities for the region’s firms. Prospects for AI-enhanced public service delivery are mixed: evidence suggests that AI’s success in this area depends on tailoring to local conditions. Access to computing power underpins AI, and local data center investment is one means to secure it. For most of the region, the greatest gains lie in adopting AI and adapting it to local conditions—including through small AI applications suited to low-resource settings. Realizing AI’s promise will therefore depend on policy action to secure the analog foundations for success, by strengthening workforce skills, establishing a more business-enabling environment, and improving the physical and digital infrastructure. It will also depend on complementary measures to reduce barriers to AI adoption by small firms, foster local AI innovation, and establish a clear regulatory framework that reduces uncertainty and safeguards data security and privacy.

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    Box 1.1. South Asia’s Compressed Demographic Transition

    South Asia’s demographic transition is unusually compressed: the working-age share peaks around 2034 and the region turns “aged” by 2049. Currently, aging is often neither productive nor financially secure—longer lives come with more years in poor health, older workers stay in informal, low-productivity jobs, and pension coverage is among the lowest in the world. International experience suggests that older households use a smaller share of their spending on food and clothing and a larger share for services such as health care, hospitality, and communications. Seizing the opportunities offered by an aging society requires policy actions on all fronts at once: accelerating job creation while building old-age income support and health systems before aging pressures peak.

The World Bank’s latest economic outlook explores growth prospects for South Asia and provides analysis on how the region can benefit from the green energy transition.

Charts & Data

A. Median headline inflation

High energy prices have pushed up global inflation. As a major net oil importer, the increase in South Asia has been larger than elsewhere.

sar-1A-resized.

B. Domestic demand growth in South Asia

Despite drag from high energy prices, South Asia remains the fastest growing region due to strong momentum in domestic demand.

sar-1B

 

C. Years to transition from aging to aged status

Maintaining rapid growth is critical, as South Asia’s demographic transition is unusually compressed. The working-age share will peak around 2034, and just 15 years later the region will cross into “aged” status—seven years faster than the average emerging market and two decades faster than the average advanced economy.

sar-1C.

 

D. AI adoption in India and the United States 

In India, 23.4 percent of formal firms use some form of AI, compared with 42.7 percent in the United States. This gap becomes more pronounced when the level of sophistication in AI use is considered. 

sar-1D

 

E.  Impact of AI exposure on GVC connections: South Asian firms

AI adoption abroad is generating new value chain demand for South Asian suppliers, most strongly for those highly exposed to AI themselves.

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F. Infrastructure: Broadband speed and grid reliability  

Infrastructure policy can help realize the productivity benefits of AI adoption. Grid reliability in South Asia has improved and now exceeds EMDE levels, although it remains below advanced-economy levels, while broadband speed is below the EMDE average.

sar-1F.

 

Sources: Haver Analytics; World Bank Group; World Bank Macro Poverty Outlook; World Bank Group; United Nations;  World Bank Group; World Bank Enterprise Surveys AI Module 2025–26; World Bank Group; FactSet; Felten, Raj, and Seamans 2021; World Bank Group; World Bank B-Ready; World Bank Enterprise Surveys AI Module 2025–26; World Bank Group.

Notes: AEs = advanced economies; BGD = Bangladesh; BTN = Bhutan; EMDEs = emerging market and developing economies; IND = India; LKA = Sri Lanka; MDV = Maldives; NPL = Nepal; SAR = South Asia; RHS = right-hand side.

A.  “Global” includes 138 economies, “AE” includes 35, and “EMDEs” includes 103.

B.  Domestic demand includes private and government consumption and investment. “Other EMDEs” is aggregated using 2015 real U.S. dollar weights. For India 2026 refers to FY 26/27.

C. Aging and Aged definitions from World Bank (2019) and ADB (2019). Medium fertility variant used for demographic data past 2023. Years between reaching aging population status (share of population aged 65+ ≥ 7 percent) and aged population status (≥ 14 percent) for South Asian countries and the (non-SAR) EMDE average. Averages are population-weighted. The SAR population-weighted average is 25 years. Using simple (unweighted) averages, the SAR estimate declines to 22 years, compared with 30 years for other EMDEs. The advanced economy (AE) average is 46 years. The AE figure reported in the chapter is based on simple averages to account for several AEs that began the aging transition before UN data were available (France, United States, Sweden, United Kingdom, and Canada, data permitting). Estimates for these countries are drawn from ADB (2019).

D.  Bars show the weighted average across firms of a binary indicator for any AI use and the AI adoption index. 

E. Bars report the relationship between South Asian firms’ AI exposure and the post-ChatGPT increase in their relationship counts with U.S. firms. See annex table A2.5, panel B, for full results.

F. Bars show broadband speed, measured in 2026 as average country-level download speeds in megabits per second, covering 38 AEs, 5 SAR countries (all except Bhutan), and 109 other EMDEs. Yellow diamonds show the electricity outage index for 32 AEs, all 6 SAR countries, and 121 other EMDEs. The index is measured as the weighted average of the following country-level standardized variables: i) average number of electrical outages per month, ii) average duration of electrical outages, iii) revenue losses due to electrical outages, iv) percent of firms identifying electricity as a severe constraint, and v) percent of firms experiencing electrical outages. Weights are loadings from the first principal component of the variables. Variables are averaged within economies over 2009–25. Regional averages of both indicators are weighted by country population.

Blogs

  • Getting the foundations right
    Getting the foundations right: How South Asia can make AI work for growth (10/21/2026)

    Two forces are currently reshaping the global economy. The first is high energy prices, resulting from the conflict in the Middle East. South Asia is particularly vulnerable. It is one of the most energy-dependent regions in the world, and it relies more heavily on shipments through the Strait of Hormuz than other regions.

  • Sri Lankan shopkeeper. Photo by Munira Mutaher / World Bank Group
    South Asia opens up: How trade reforms impact households and sectors (05/28/2026)

    Over the next decade, about 280 million people will come of working age in South Asia. The region needs a robust growth engine to create jobs for these labor market entrants. International trade emerges as a promising source to boost economic growth.

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    Hands on the wheel: Making industrial policy work for South Asia (4/15/26)

    Global thinking on growth is shifting from a model led by private-sector dynamism toward greater use of industrial policy to steer economic outcomes. However, South Asia’s strong performance has largely been driven by market-oriented reforms, suggesting that while targeted industrial policy can play a role, governments should focus on enabling—not replacing—the private sector.

  • SA blog image
    Trading protection for jobs in South Asia (11/12/25)

    South Asia struggles to create enough jobs for its growing population. Employment ratios—employment in percent of the population aged 15 or older—in South Asia, particularly in the non-agricultural sector and for women, are among the lowest worldwide. At the same time, South Asian countries remain among the most closed to international trade, in part reflecting high tariffs and non-tariff barriers.

  • SA blog image
    Is AI adoption impacting job markets in South Asia? (10/23/25)

    The rapid development of artificial intelligence (AI) is transforming the global economy and reshaping labor markets. What does this mean for the South Asia region? South Asia’s workforce has limited exposure to changes caused by the adoption of AI owing to the predominance of low-skill, agricultural, and manual jobs. But moderately educated, young workers, especially in sectors such as business services and information technology, are vulnerable.

  • SA blog image
    Unlocking jobs through trade and AI in South Asia (10/7/25)

    There are two economies in South Asia—a less productive traditional one and a dynamic modern one. Most people work in the first one, but South Asia will better achieve its ambitions if some shift to the second one. Lowering tariffs and leveraging artificial intelligence can help.

Country Profiles

Country Development Update for South Asia

Bangladesh

Bangladesh
(October 2026)
 

Bhutan

Bhutan
(April 2026)

India

India
(October 2026)

Maldives

Maldives
(June 2026)

Nepal

Nepal
(October 2026)

Sri Lanka

Sri Lanka
(May 2026)
 

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