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Meta Launches “Meta Compute” to Scale AI Infrastructure and Power Superintelligence Push

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Meta has unveiled a new initiative called Meta Compute, aimed at building large-scale artificial intelligence infrastructure and managing the company’s global network of data centres and supplier partnerships as it pursues what it calls superintelligence.

Chief Executive Mark Zuckerberg said the initiative will be co-led by Santosh Janardhan, Meta’s head of global infrastructure, and Daniel Gross. Janardhan will continue overseeing Meta’s technical foundations and data centre operations, while Gross will head a newly created group responsible for strategic capacity planning and business partnerships.

Both executives will work closely with Dina Powell McCormick, who recently joined Meta’s leadership team, Zuckerberg said in a post on Threads.

Meta Compute sits at the core of Meta’s aggressive push into frontier AI and so-called personal superintelligence—a theoretical stage where machines surpass human cognitive abilities. Zuckerberg said the company is investing heavily in data centres and the energy systems required to run them, noting that Meta plans to build “tens of gigawatts” of capacity this decade and potentially “hundreds of gigawatts or more” over the longer term.

Inside the world's most powerful AI datacenter - The Official ...

Such computing ambitions would consume electricity on the scale of small cities or even countries, raising concerns about pressure on resources such as power and water. The move comes as Meta seeks to regain momentum in the competitive AI race following a lukewarm response to its Llama 4 model. The company has committed up to $72 billion in capital expenditure in 2025 alone.

Across the tech sector, rising AI workloads are driving a surge in U.S. power demand for the first time in two decades. To secure long-term energy supplies, Meta has signed 20-year agreements to purchase electricity from nuclear plants operated by Vistra and has partnered with two companies developing small modular nuclear reactors.

Ukraine’s Kyivstar Boosts Backup Power as Russian Strikes Threaten Energy Grid

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Ukraine’s largest mobile operator Kyivstar is stepping up efforts to keep its telecommunications network running as renewed Russian attacks on energy infrastructure put mounting strain on the country’s fragile power grid, CEO Oleksandr Komarov told Reuters on Monday.

“Right now, we have more than 3,500 stationary generators connected to the network in real time,” Komarov said. “But the pressure on the energy infrastructure is also growing… The only answer we have is to increase the number of generators connected to the network.”

Russia’s latest barrage of drones and missiles on Saturday targeted nuclear substations and other critical energy sites, killing seven people. State-owned energy firm Tsentrenergo described it as the largest attack on its facilities since the war began in 2022.

Since the start of the invasion, Kyivstar has worked to harden its network against power outages. Core systems now have backup power for up to three days, while more than 90,000 connection boxes in apartment buildings are equipped with solutions that allow them to function for 10–12 hours during blackouts.

The upgrades are part of Kyivstar’s broader resilience plan to ensure continuity of service across Ukraine despite recurring infrastructure damage.

Meanwhile, Kyivstar — which became the first Ukrainian company listed on a U.S. stock exchange in August — continues to navigate geopolitical and market volatility.

Komarov said U.S. institutional investors see the company as “significantly undervalued” given the wartime context, while Veon, Kyivstar’s parent company, is working with Ukrainian authorities to enable local investors to buy shares.

Earlier Monday, Kyivstar reported a 20% increase in third-quarter revenue to $297 million, supported by steady macroeconomic conditions and international support that have helped stabilize Ukraine’s currency.

Unexplained Electronic Components Found in Denmark’s Energy Equipment Imports, Investigation Underway

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Unidentified electronic components have been discovered in imported energy infrastructure equipment in Denmark, raising concerns over potential security vulnerabilities in the country’s critical power systems, according to industry group Green Power Denmark.

The components were found during a routine inspection of printed circuit boards intended for use in Denmark’s energy supply network. The discovery has prompted an internal investigation to assess the nature and intent behind the components’ inclusion.

“We don’t know how critical it is or whether there are bad intentions behind it,” said Jorgen Christensen, technical director at Green Power Denmark, in a statement to Reuters. “But these components should not be present in infrastructure equipment.”

Christensen did not disclose the origin of the equipment, the specific technology it was intended for (such as solar power systems), or which parties are conducting the investigation.

The Danish Ministry for Preparedness and Resilience declined to comment on the situation, and no responses were received from the Justice Ministry, Energy Ministry, or national intelligence services regarding whether a formal government-led inquiry had been initiated.

The incident comes at a time of heightened international attention on supply chain risks and cybersecurity threats to critical infrastructure, including power grids and renewable energy assets.

“This is highly concerning. It is important that an investigation is underway,” said Walburga Hemetsberger, CEO of SolarPower Europe, who emphasized the broader implications for the continent’s energy security.

Christensen noted that while the components could have been included for benign reasons — such as being part of a multi-purpose circuit board design — their unexplained presence in systems designated for energy infrastructure is unacceptable.

“It’s possible the supplier had no malicious intent. We can’t say at this point, but that doesn’t change the fact that these components shouldn’t be there,” he said.

The development follows a separate report by Reuters last week, which revealed that U.S. energy officials had found unauthorized communication devices in Chinese-made solar inverters and batteries, capable of bypassing cybersecurity firewalls and threatening grid stability.

The Danish case, first reported by local media outlet Berlingske, adds to growing scrutiny of imported technologies used in national infrastructure projects, particularly from unknown or sensitive origin sources.