Can Armenia Leverage AI to Become a Sovereign Global Tech Hub? Insights from the Yerevan Dialogue 2026
Executive Intelligence Snapshot
This report assesses Armenia’s emergence as a global technological hub, analysing how the nation is leveraging massive infrastructure investments and international partnerships to transform its geopolitical standing through AI sovereignty.
Context
In contemporary geopolitics, artificial intelligence has emerged as a fundamental pillar of economic security and state capacity, positioning governments as the primary funders, users, and architects of the global AI market. However, this critical shift is accompanied by significant structural challenges, most notably the high concentration of the AI stack, from high-end semiconductors to massive cloud infrastructure, within the hands of a very small group of dominant players.
Furthermore, persistent vulnerabilities in global supply chains and a growing imperative for strategic autonomy have made the maintenance of AI sovereignty a vital priority for nations seeking to navigate an increasingly competitive and fragmented technological landscape.
In this scenario, Armenia has emerged an interesting market where the combination between artificial intelligence, foreign investments, and political support is working to transform the country into a global tech hub.
The future of artificial intelligence in Armenia, and the Caucasus, was among the main topics discussed during the Yerevan Dialogue 2026, an event which followed the European Political Community gathering and discussed the Caucasian country’s main future challenges and opportunities.
SpecialEurasia had the opportunity to be involved in the Yerevan Dialogue 2026 and being actively involved by moderating the panel “AI Sovereignty and Scale: Governing Frontier Technologies in a Competitive World”, which saw the participation of the following panellist:
- Mkhitar Hayrapetyan, Minister of High-Tech Industry, Armenia
- Omran Sharaf, Assistant Foreign Minister for Advanced Science and Technology, UAE
- Christos Harpantidis, Group Chief Corporate Affairs Officer, Philip Morris International
- Arsen Babayan, Chief Technology Officer, Ineco Group, Armenia.
AI in Armenia: Opportunities and Challenges
Armenian High-Tech Industry Minister Mkhitar Hayrapetyan discussed the ambitious infrastructure project led by Firebird, a US-based AI infrastructure firm, in strategic partnership with NVIDIA and Dell Technologies. While the venture was originally announced in late 2024 and 2025 as a $500 million initiative, it saw a massive expansion in February 2026, bringing the total investment to $4 billion. These data centres are set to utilise NVIDIA Blackwell GPUs, with plans to transition to GB300 units later, all integrated into high-performance Dell PowerEdge servers.
The project’s second phase involves the delivery of 41,000 to 50,000 GPUs, a scale that would propel Armenia into the top five countries globally for GPU computing capacity. For those less familiar with the technical requirements of the field, AI training demands an immense volume of simple mathematical calculations performed simultaneously; because GPUs are specifically engineered for this type of parallel “brute force” processing, they remain the gold standard for training Large Language Models.
The project’s initial phase, valued at $500 million, will focus on establishing the foundational AI super-computing cluster and infrastructure with a capacity of over 100 MW. The second phase involves a $3.5 billion expansion dedicated to massive hardware scaling and long-term support, a development announced during a high-level US diplomatic visit to Yerevan in early 2026. Ultimately, the facility will function as an “AI Factory” or “AI Cloud,” supplying computational power for global commercial clients as well as domestic Armenian initiatives, particularly in life sciences, robotics, space exploration, and government digital transformation.
Minister Hayrapetyan emphasised that the initiative extends beyond merely building computational capacity, as Armenia aims to integrate AI across its entire economy by prioritising three early integration tracks. The first pillar focuses on education and talent development, which involves deploying AI tools throughout all universities and technical schools while providing researchers and students with access to high-performance computing resources. To support this, the Minister announced the establishment of the AI Virtual Institute, a new institution through which Yerevan has secured agreements with AWS (Amazon Web Services) and Firebird AI. Under these partnerships, AWS provides solution architects to mentor Armenian technical teams in designing cloud-native AI applications.
The second pillar centres on private sector acceleration, supported by new legislation and a state-funded program adopted last year to provide consistent investment in the tech sector. Minister Hayrapetyan highlighted that the ultimate objective is to foster local Research and Development (R&D) rather than focusing solely on outsourcing.
The third pillar targets the public sector through the introduction of smart governance, digitalisation, and smart city concepts. Regarding the energy costs associated with becoming a “garden of AI data centres”, Hayrapetyan noted that Armenia possesses sufficient energy resources and is open to green energy investments, particularly in solar power, as Caucasian countries are actively encouraging significant investment in the energy sector.
Omran Sharaf, the UAE’s Assistant Minister for Advanced Science and Technology, addressed the challenges nations face in maintaining AI sovereignty while remaining dependent on global semiconductor supply chains. Sharaf described the UAE’s approach as holistic, noting that Abu Dhabi prioritises establishing critical strategic partnerships built on trust, transparency, and safeguards rather than relying exclusively on domestic production. He further explained that building true confidence requires moving beyond mere technology transfer to include the transfer and joint development of technical know-how.
Regarding the value the UAE brings to such partnerships, Sharaf highlighted the nation’s extensive experience in space and nuclear programs, as well as its current efforts to build massive compute-cluster capabilities through deep collaboration with like-minded nations. Open-source data confirms that the UAE possesses some of the world’s most powerful compute clusters, having made “sovereign compute”, the ownership of independent AI supercomputers, a central pillar of its national security and economic strategy. Drawing on his background as the former lead of the Emirates Mars Mission, Sharaf cited the UAE’s space program as a prime example of this trajectory, evolving from initial cooperation with South Korea and the United States to the successful establishment of its own autonomous program.
Given that the UAE has already established itself as one of Armenia’s top three investment partners, maintaining a relationship centred on energy, logistics, and high-value trade, Yerevan could significantly benefit from expanding this cooperation into the high-tech sector.
Sharaf also emphasised that establishing default partnerships fosters geopolitical stability; integrated supply chains ensure that partner nations have a vested interest in maintaining a continuous flow of resources, thereby promoting mutual safety and stability. In his concluding remarks, Sharaf highlighted the urgent need for international cooperation regarding ethics and standards to prevent the harmful application of new technologies, specifically citing the risks associated with disinformation.
The discussion then shifted to the challenges facing the private sector, with insights from Christos Harpantidis of Philip Morris International (PMI). He noted that for a multinational corporation operating across 180 countries, navigating a patchwork of diverse regulations remains a significant hurdle; while total uniformity is unrealistic, he argued that regulatory compatibility would create a much more navigable business environment.
Regarding cooperation with Armenia, Harpantidis described the country as one of PMI’s global R&D hubs, emphasising the company’s “innovation DNA”. PMI has invested over $16 billion in research and development over the past 12 years, becoming one of Europe’s largest patent holders, with AI now deeply embedded in its R&D processes.
While traditionally recognised as a tobacco company, PMI’s presence in Armenia is strictly high-tech, focusing on Data Science, AI, Systems Engineering, and scientific research. By employing local scientists and engineers and collaborating with Armenian universities, the company has fostered a successful history of cooperation where the code, mathematics, and scientific breakthroughs developed in Yerevan are utilised by PMI offices worldwide.
To conclude the panel with a perspective from the front lines of technology deployment, the discussion turned to Arsen Babayan, Chief Technology Officer at Ineco Group, one of the Yerevan Dialogue’s sponsors.
Arsen Babayan argued that for a small state such as Armenia, the distinction between the private sector, public institutions, and national defence is notably porous, meaning that AI unreliability represents a fundamental threat to national security rather than a mere technical niche concern. He posited that true technological sovereignty extends beyond the ownership of hardware and data to include the explain ability of AI models, suggesting that Armenia must move beyond post-hoc guesswork toward the cutting-edge field of interpretable design.
Furthermore, he highlighted that trust is inextricably linked to efficiency, noting that local firms face significant technical barriers when attempting to implement complex compliance and security guardrails individually. To address this, Babayan proposed the development of national “governance-as-code” applications, plug-and-play frameworks provided by the state, which would allow companies to scale rapidly while remaining within legal and ethical boundaries.
He warned that unless Armenia masters these decision-making processes and streamlines governance, it risks being relegated to the status of a mere consumer, while mission-critical applications remain the exclusive domain of those who can prove the legitimacy of their algorithms.
The discussion concluded with a focus on the “cognitive divide”, where Harpantidis warned that the real gap lies not in infrastructure, but in the disparity between those who control algorithms and those who lack the knowledge to build them. They stressed that failing to include the Global South in AI development risks institutionalising global inequality and turns algorithmic bias into a fundamental threat to national sovereignty.
Conclusion
The strategic transformation of Armenia finds its most resonant _expression_ in the words of Prime Minister Nikol Pashinyan during the opening ceremony of the Yerevan Dialogue. He observed that while Armenia remains geographically fixed where it has always been, its geopolitical position has changed dramatically in just a few years. While this shift is often discussed in terms of the Crossroads of Peace and the opening of physical borders to become a vital east-west corridor, a less advertised but equally profound evolution is underway.
For decades, Armenia was sidelined from regional transit due to closed borders and deemed less competitive due to a lack of traditional oil and gas resources. However, Yerevan has successfully pivoted toward a new era of relevance by establishing itself in the digital realm.
By securing its place among the top five nations globally for GPU computing capacity and leveraging its abundant energy resources, Armenia is transitioning from a landlocked geography to a central hub on the “Silicon Road”. This ascent not only secures the country’s strategic autonomy but also ensures a promising future for a new generation of highly skilled Armenian talent, proving that in the age of AI, intellectual and computational power are the new currencies of sovereign strength.