Artificial intelligence is no longer just a software story. It is rapidly becoming an infrastructure story.

For years, the global technology race revolved around algorithms, talent, chips and cloud capabilities. But as AI adoption accelerates at an unprecedented pace, a deeper structural reality is becoming impossible to ignore: the future of AI will ultimately be constrained not only by computing power, but by access to electricity, land and resilient infrastructure.

The next decade will not be defined solely by the companies building AI models. It will also be shaped by those capable of powering them.

Across the United States, Europe and Asia, governments and technology giants are now competing over access to strategic energy infrastructure, transmission capacity, and locations suitable for large-scale data center development. The conversation has fundamentally changed. The question is no longer whether to build data centers, but where and how they can secure reliable power at scale.

Electricity is becoming the new strategic resource of the digital economy.

This shift is already transforming global infrastructure markets. Hyperscale's and AI companies are investing hundreds of billions of dollars into computing infrastructure, while electricity demand projections are being revised upward worldwide. In many regions, power grids are struggling to keep pace with the expected surge in demand driven by AI workloads, cloud computing and real-time data processing.

At Keystone, one realization became increasingly clear to us over the past two years: in the AI economy, access to electricity may become more valuable than access to capital. This understanding stands at the core of our long-term infrastructure strategy.

Keystone, publicly traded on the Tel Aviv Stock Exchange and part of the TA-90, operates as a diversified infrastructure platform with exposure to transportation, power generation, renewable energy, communications and desalination. But beyond owning infrastructure assets, our strategic focus is increasingly centered on identifying the convergence between energy infrastructure and digital infrastructure.

That convergence is becoming one of the defining investment themes of the coming decade.

Israel presents a uniquely compelling environment for this transition. Positioned at the intersection of Europe, Asia and Africa, the country serves as a growing connectivity hub supported by submarine cable infrastructure, a globally recognized technology ecosystem, and increasing sovereign demand for advanced cloud and AI infrastructure.

At the same time, recent regional conflicts have highlighted the growing importance of operational resilience and business continuity for mission-critical digital systems. In an increasingly unstable world, infrastructure reliability is no longer only a security consideration - it is becoming an economic requirement.

This is particularly relevant in the world of data centers. Modern AI infrastructure requires enormous amounts of uninterrupted electricity, alongside high levels of operational resilience and physical security. Data centers are rapidly becoming some of the largest and most consistent consumers of electricity in the global economy. As a result, proximity to power generation is evolving from a technical advantage into a strategic necessity.

This is where Keystone’s infrastructure platform creates a differentiated position. Today, Keystone holds approximately 370 dunams of strategically located land in high-demand areas, alongside ownership stakes in major power plants with approximately 2,300 megawatts of generation capacity and an additional 2,700 megawatts currently under development and construction.

At the IPM power station - one of Israel’s newest and most advanced power facilities - this strategy is already taking shape. A first-phase 40-megawatt data center is currently being developed within the power plant complex itself, creating direct integration between electricity generation and high-density computing infrastructure.

The model offers significant operational and economic advantages: greater power availability, improved reliability, faster scalability and reduced infrastructure bottlenecks.

IPM also benefits from a unique regulatory structure that enables it to sell electricity directly to private-sector customers. In a world increasingly constrained by electricity shortages and grid limitations, this creates a meaningful strategic advantage.

At the same time, Keystone is advancing additional digital infrastructure initiatives, including approximately 60 megawatts of planned IT capacity on land owned by Egged Real Estate. These projects reflect a broader thesis that infrastructure ownership alone is no longer sufficient. The real opportunity lies in integrating energy, land and digital infrastructure into a unified strategic platform.

The global AI race will not be won by software companies alone. It will be shaped by countries and infrastructure platforms capable of securing the physical foundations of the digital economy: electricity, land, connectivity and resilience.

In the AI era, energy is becoming economic power. Countries that understand this early will lead. Infrastructure companies that can connect power generation with digital infrastructure will define the next decade of growth.

The digital future is already here - and it runs through power plants.

Navot Bar is the CEO and co-founder of Keystone Infra, a publicly traded Israeli infrastructure investment company