Estonia Taught the Entire Country to Code. Now It’s Teaching the Rest of the World

On a weekday morning, you could find four-year-olds directing tiny robots across a floor mat in almost every Estonian kindergarten, attempting to determine why the Blue-Bot turned left when instructed to go straight. Usually, a teacher is present; they watch, allowing the confusion to subside before understanding emerges, rather than hovering and correcting right away. Observing it is not very dramatic. It appears to be play. Apparently, that’s the whole idea.

Situated on the eastern shore of the Baltic Sea, Estonia is home to 1.3 million people. With a collapsed economy, deteriorating infrastructure, and a government that had to start from scratch, it regained independence from the Soviet Union in 1991. That narrative concludes with years of sluggish institutional recovery in the majority of nations. Something different occurred in Estonia. Essentially from the start, policymakers determined that the nation’s greatest competitive advantage was a populace that recognized technology as a language to be spoken rather than a tool to be used. Since then, that choice has influenced Estonian society and is increasingly influencing how other nations view the role of education.

The trip began with what Estonians refer to as the Tiger Leap, a government initiative that was started in the middle of the 1990s and provided computers and internet access to all of the nation’s schools. Free public Wi-Fi was expanding throughout populated areas by 2000, and Estonia was the first nation in the world to declare internet access a human right. This was an incredible turnabout for a nation that had joined the Soviet bloc less than ten years prior, and it was made by a small, resilient country that chose to wager on infrastructure that would be less expensive than roads but more important in the long run rather than a wealthy one with an abundance of resources.

Launched in 2012, the ProgeTiger program expanded that wager to include something more intimate: the students themselves. ProgeTiger integrated programming, robotics, and computational thinking into the curriculum starting in kindergarten and continuing through vocational school. This was done in a way similar to how art or physical education are integrated into the school day, rather than as a stand-alone technology class hidden away in a computer lab. Grants for equipment purchases and training were given to teachers. Lesson materials were available on an online platform. The program’s success was determined by how many students left school with the understanding that technology is something that people create, not just something that happens to them, rather than how many students went on to become software engineers.

One of the coordinators of the program clarified, “We aren’t using ProgeTiger in kindergartens to make career choices for children.” “IT is booming right now, but we also need great nurses, doctors, teachers and everyone else to have essential technological knowledge.” What sets Estonia’s approach apart from the more focused STEM initiatives that other nations have attempted and found to be inconsistent is the framing of digital competence as something universal rather than vocational. 99% of kindergartens and 98% of general education schools in Estonia had participated in the program by 2021.

Estonia Taught the Entire Country to Code. Now It’s Teaching the Rest of the World

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Category	Details
Country	Republic of Estonia
Capital	Tallinn
Population	Approximately 1.3 million
Independence	Restored 1991 (from Soviet Union)
Digital Identity	“e-Estonia” — globally recognised digital governance model
Internet as Human Right	Declared 2000 — first country in the world
Government Services Online	99% of public services accessible digitally
Key Education Program	ProgeTiger (ProgeTiiger) — launched 2012 by Tiger Leap Foundation
ProgeTiger Reach	98% of general education schools; 99% of kindergartens (as of 2021)
Teachers Trained (ProgeTiger)	7,000+
Students in Coding Events	50,000+ (by 2025)
AI Education Initiative	AI Leap 2025 — announced February 24, 2025
AI Leap Phase 1	20,000 students (10th–11th grade) + 3,000 teachers — launch September 2025
AI Leap Phase 2	Expanded to vocational schools + new cohort — September 2026
Total AI Leap Impact (by 2027)	~58,000 students and 5,000 teachers
AI Partners	OpenAI, Anthropic (private-public partnership)
AI Leap Initiator	President Alar Karis — announced on Independence Day speech
Key Advisor	Siim Sikkut — former Government CIO, Digital Council member
Global Exports	kood/Jõhvi coding school model expanding to Kenya and Ukraine; digital competency evaluation system being exported internationally
Unicorns Per Capita	Highest in the world

The results are not just hypothetical. More unicorn businesses have been created per person in Estonia than in any other nation. It was there that Skype was developed. That’s where TransferWise, which is now Wise, started. Many of these companies’ founders were students during the Tiger Leap era, attending schools that had made the decision that the internet would be important two or three decades before everyone else realized it. This could be explained by accident or good fortune. Considering how carefully the system was created, it is more difficult to accomplish that.

Estonia is now deciding what to do next. During his Independence Day speech in February 2025, President Alar Karis unveiled AI Leap 2025, a program deliberately modeled after Tiger Leap that replaces the internet with artificial intelligence as the technology that a generation must grasp before others realize its significance. Together with 3,000 teachers who received specialized training, 20,000 students in grades 10 and 11 started using AI-based learning apps in September 2025. The program’s partnerships include OpenAI and Anthropic, which highlights the initiative’s ambition as well as Estonia’s unique position as a national testbed for AI education in exchange for access to resources and knowledge that most nations are still unsure whether to permit in classrooms at all.

Former government CIO Siim Sikkut, who contributed to the design of AI Leap, put it simply: the program was born out of the realization that students are already using AI, frequently without guidance, and that the question is not whether to engage with it but rather how. “If this use is not adapted for education, this impact could be negative,” he stated. “This is why we have to do something.” Instead of waiting for agreement, Estonians take action and share what they learn with anyone who requests it.

Looking at this pattern over a thirty-year period gives the impression of a nation that genuinely decided early on what kind of society it wanted to build and then built it—not without challenges and mistakes that don’t always make it into international coverage, but with a consistency that is truly uncommon in education policy. High school students now have access to large language models from the same institutions that provided robots to kindergarteners in 2012. The idea that unites those two moments has not altered: technology is an environment rather than a subject, and people who are adept at navigating it are more competent in all fields.

Increasingly, other nations are observing with a mix of urgency and admiration. As delegations arrive in Tallinn, they inquire about the veracity of what they have read about Estonia. Estonians typically respond, “Yes, but it took thirty years.” It is still unclear if nations with bigger populations, more established institutions, and more divisive politics regarding technology can shorten that timeline. Estonia has shown that deciding what education is essentially for is the first step.