Dario Gill

There is no way for us to deliver on the ambitions that we have as a country for AI and for additional technologies without a growing energy and affordable energy supply. Also in the horizon is a renaissance of nuclear power. AI data centers require massive, uninterrupted baseload power that wind and solar cannot reliably provide alone. This forces a structural reliance on nuclear energy to meet the demands of the computing revolution, directly benefiting unregulated nuclear power producers and uranium miners. Long nuclear utilities and uranium producers as they transition from legacy energy providers to critical infrastructure for the AI revolution. Regulatory hurdles and massive capital costs for nuclear expansion; long lead times for building new reactors; volatility in uranium commodity prices.

There is no way for us to deliver on the ambitions that we have as a country for AI and for additional technologies without a growing energy and affordable energy supply. Also in the horizon is a renaissance of nuclear power. AI data centers require massive, uninterrupted baseload power that wind and solar cannot reliably provide alone. This forces a structural reliance on nuclear energy to meet the demands of the computing revolution, directly benefiting unregulated nuclear power producers and uranium miners. Long nuclear utilities and uranium producers as they transition from legacy energy providers to critical infrastructure for the AI revolution. Regulatory hurdles and massive capital costs for nuclear expansion; long lead times for building new reactors; volatility in uranium commodity prices.

AI driven cyberattacks are increasing in its power, and the only way we're gonna be able to defend it is with AI driven cyber defenses. You're seeing a red team and a blue team that is driven by AI agents attacking and defending each other. The proliferation of AI is creating an arms race in cybersecurity. Legacy defense systems will fail against automated AI agents, forcing governments and enterprises into a massive, mandatory upgrade cycle toward pure-play, AI-native cybersecurity platforms that can automate threat detection and response. Long top-tier cybersecurity platforms that leverage AI for automated defense, as they become critical national security infrastructure. High valuations in the cybersecurity sector; potential for a major breach to damage a specific vendor's reputation and market share.

We stood up the first generation of nodes, of the NVIDIA GPUs. System is gonna be operational for the science community mid twenty twenty seven. We used to have supercomputing projects that would take a decade to build. Now we're building these things in two years. The US government is accelerating its AI infrastructure buildout from a 10-year cycle to a 2-year cycle. This massive compression in deployment time, combined with the shift from pilot to production, guarantees accelerated revenue recognition for prime contractors like Dell and core component suppliers like NVIDIA. Sovereign AI spending creates a massive, price-insensitive revenue pipeline. Long prime AI hardware integrators and GPU providers benefiting directly from accelerated government infrastructure spending. Supply chain bottlenecks could delay hardware deliveries and revenue recognition; sudden shifts in government budget allocations.

We stood up the first generation of nodes, of the NVIDIA GPUs. System is gonna be operational for the science community mid twenty twenty seven. We used to have supercomputing projects that would take a decade to build. Now we're building these things in two years. The US government is accelerating its AI infrastructure buildout from a 10-year cycle to a 2-year cycle. This massive compression in deployment time, combined with the shift from pilot to production, guarantees accelerated revenue recognition for prime contractors like Dell and core component suppliers like NVIDIA. Sovereign AI spending creates a massive, price-insensitive revenue pipeline. Long prime AI hardware integrators and GPU providers benefiting directly from accelerated government infrastructure spending. Supply chain bottlenecks could delay hardware deliveries and revenue recognition; sudden shifts in government budget allocations.

AI driven cyberattacks are increasing in its power, and the only way we're gonna be able to defend it is with AI driven cyber defenses. You're seeing a red team and a blue team that is driven by AI agents attacking and defending each other. The proliferation of AI is creating an arms race in cybersecurity. Legacy defense systems will fail against automated AI agents, forcing governments and enterprises into a massive, mandatory upgrade cycle toward pure-play, AI-native cybersecurity platforms that can automate threat detection and response. Long top-tier cybersecurity platforms that leverage AI for automated defense, as they become critical national security infrastructure. High valuations in the cybersecurity sector; potential for a major breach to damage a specific vendor's reputation and market share.

There is no way for us to deliver on the ambitions that we have as a country for AI and for additional technologies without a growing energy and affordable energy supply. Also in the horizon is a renaissance of nuclear power. AI data centers require massive, uninterrupted baseload power that wind and solar cannot reliably provide alone. This forces a structural reliance on nuclear energy to meet the demands of the computing revolution, directly benefiting unregulated nuclear power producers and uranium miners. Long nuclear utilities and uranium producers as they transition from legacy energy providers to critical infrastructure for the AI revolution. Regulatory hurdles and massive capital costs for nuclear expansion; long lead times for building new reactors; volatility in uranium commodity prices.