Latin America’s Crossroads with Artificial Intelligence

Facing the AI Revolution: A Regional Crossroads

Latin America stands at a pivotal moment in history, caught between two paths: adapting to artificial intelligence (AI) designed elsewhere, or shaping its own digital destiny with justice and sovereignty. As AI technologies surge worldwide, the region grapples with a pressing decision—whether to passively consume foreign-made algorithms or actively participate in the creation of tools that reflect its own values and realities.

Public discourse often focuses on the promise of innovation. Government leaders and business executives tout the benefits of joining the AI revolution. Yet, in classrooms, workplaces, and communities, people ask a more grounded question: Who is truly designing the future of work in Latin America?

The Unequal Impact of AI in the Labor Market

Data from the International Labor Organization (ILO) reveals that between 26% and 38% of jobs across Latin America and the Caribbean could be impacted by generative AI. Of those, 8% to 14% may see productivity gains through automation, while 2% to 5% of positions risk disappearing altogether. These numbers are not mere statistics—they represent millions of workers, from administrative staff and teachers to freelancers and technicians.

The effects will not be evenly distributed. While major companies in urban centers may afford digital transformation, informal workers, rural populations, and young people without access to technical education remain excluded. The World Bank estimates that 30% to 40% of jobs in the region are exposed to AI’s impact, yet as many as 17 million workers might not benefit due to insufficient skills or infrastructure.

This digital divide threatens to deepen existing inequalities, with some reaping the rewards of innovation while others face obsolescence and job loss.

Political and Ethical Dimensions of AI Adoption

Beyond economics, the AI dilemma is deeply political. Who sets the rules for this new digital era? Tech giants that build and control language models already lead the charge, while governments, universities, and civil society lag behind, struggling to keep pace with a phenomenon that evolves faster than policy can respond.

Some countries—such as Brazil, Mexico, and Chile—have launched national AI strategies. However, these policies often prioritize technological adoption over governance, public participation, or ethical considerations. Questions about algorithmic bias, data privacy, displaced workers, and the equitable distribution of benefits remain largely unaddressed.

Without inclusive governance, AI could become a new form of digital colonialism, where foreign-designed technologies dominate regional markets without reflecting local languages, cultures, or values.

Latam-GPT and the Quest for Digital Sovereignty

In response, several Latin American nations announced a regional initiative in June 2025 to develop Latam-GPT—a language model tailored to Spanish and Portuguese speakers in the region. This effort goes beyond linguistics; it represents a cultural and political stand to ensure that AI systems are trained with regional nuances and perspectives.

If successful, Latam-GPT could mark the beginning of regional technological sovereignty. It’s a bold move that seeks to ensure Latin America becomes not just a consumer but a creator of digital tools that reflect its identity and serve its unique needs.

The Informal Economy and the Threat of Exclusion

Nearly half of Latin American jobs are informal, making the region highly vulnerable to automation. Sectors like retail, logistics, and customer service are particularly at risk. AI often replaces tasks rather than entire jobs, but this fragmentation can destabilize livelihoods and reduce job security.

Without strong social policies—such as retraining programs, digital literacy initiatives, and support for entrepreneurship—many workers could be left behind. AI must not become a tool of exclusion, but rather a catalyst for inclusive development.

The Hidden Labor Behind AI

Ironically, while Latin America debates AI’s future, it already plays a critical role in sustaining the global digital economy. Many local workers in countries such as Venezuela, Argentina, Ecuador, and Brazil perform low-paid, invisible tasks like data labeling and model validation. These workers help train global AI systems but often face precarious conditions and minimal recognition.

This contradiction highlights the need for ethical labor standards in the AI supply chain and greater investment in value-added digital work that empowers rather than exploits regional talent.

Charting a Path Forward

To seize the opportunities AI presents, Latin America must define coherent national strategies with a strong social focus. This means prioritizing investments in digital infrastructure—like 5G, fiber optics, and satellite networks—as essential public goods.

Education must also evolve. Schools and universities should emphasize algorithmic thinking, data ethics, and digital creativity over rote technical training. Smaller countries, such as Ecuador and Uruguay, can become innovation hubs by embracing agile policies and forming partnerships among academia, startups, and local governments.

Technology must serve society—not the other way around. AI policy must address transparency, public accountability, and the ethical use of data. Citizens should know when algorithms are used in decision-making, how their data is processed, and what biases might be embedded in these systems.

Redefining the Future of Work

The ultimate question facing Latin America is not just how to use AI, but what kind of future the region wants to build with it. Will it be a future defined by dependency and inequality—or one shaped by local innovation, ethical standards, and inclusive growth?

Universities, scientists, and public thinkers must play a central role in guiding this transformation. The goal should be to harness AI as a tool that complements human potential, not replaces it.

In this historic moment, Latin America has the chance to be the author of its own technological future.


This article is inspired by content from Original Source. It has been rephrased for originality. Images are credited to the original source.

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