Microsoft-owned GitHub says that 90% of the world’s open-source projects are stored on its code repository platform.
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Microsoft-owned developer platform GitHub on Tuesday said it is giving enterprise users the ability to limit the storage of their sensitive software code to data centers located in the European Union.
The move, which is part of a bid to meet the bloc’s strict data protection requirements, comes amid a broader political push for digital “sovereignty.”
The company said that it would offer customers of its GitHub Enterprise Cloud greater control over where their repository data is stored, with the option to hold it only in Microsoft Azure-owned severs within the EU, rather than in other countries where data protections may be less robust.
Firms will be able to control the “data residency” of software code stored on GitHub — effectively meaning they can decide which regions the data is kept in.
GitHub said enterprise users will be given the ability to manage and control user accounts and choose unique namespaces specific to their company that are separate from their open-source experience.
Business users will also be given enhanced business continuity support and disaster recovery, which could help in the event of any cyber breaches or outages affecting physical server equipment.
GitHub Enterprise Cloud is a paid product the firm only offers to businesses. Companies using its enterprise-focused tools tend to store closed-source — rather than open-source — software projects on the platform.
GitHub is primarily known as a destination for individual coders and teams to create and store open-source code. However, the firm has been increasingly pushing a business-to-business sales model, especially after its takeover by Microsoft in 2018.
For businesses storing closed-source projects, the ability to control where that sensitive programming is stored and controlled, as well as the level of access granted to users, is paramount — especially in the EU, according to GitHub CEO Thomas Dohmke.
“Europe is the place where cutting-edge regulation and laws around privacy and data protection and many other things, like AI, were born,” Dohmke told CNBC on a video call. “Here there are exciting frameworks to transfer data back and forth around the world.”
“Data residency emerged as an important driver for any enterprise’s cloud strategy, and enterprises want to know where crucial assets like data is being stored,” he added.
Shelley McKinley, GitHub’s chief legal officer, said that closed-source code is today considered the “crown jewels” of a company’s digital strategy.
“European customers were demanding more from us in this area,” she told CNBC. “The EU has been in the center of this [data residency] movement since the beginning of the cloud days.”
Going forward, GitHub plans to roll out data residency within its GitHub Enterprise Cloud across other regions, including Australia, Asia, and Latin America.
EU push for digital ‘sovereignty’
GitHub’s data residency push ties into a broader political and regulatory theme within the EU around so-called digital “sovereignty.”
The EU is investing billions into what it believes are fundamental and core technologies to boost its tech sovereignty and reduce dependency on the U.S. and China. The region is currently heavily reliant on technologies that come from beyond its borders. Top officials are in the process of trying to change this.
“Europe must profoundly refocus its collective efforts on closing the innovation gap with the US and China, especially in advanced technologies. Europe is stuck in a static industrial structure with few new companies rising up to disrupt existing industries or develop new growth engines,” Draghi said in the report.
GitHub’s Dohmke said that Europe is currently lagging behind the U.S. and China when it comes to adoption of cloud computing.
According to figures from data center operator Stackscale, 45% of EU enterprises used cloud computing last year, up about 4 percentage points from 2021 to 2023. But it is particularly low in certain countries.
For example, in France, only 27% of enterprises in the EU use cloud technology, whereas in Nordic countries adoption rates are much higher, with 78% of enterprises using the cloud in Finland.
From a global perspective, though, Dohmke said he is optimistic about the future of tech advancements. In November last year, GitHub launched a new version of its “Copilot” programming assistant, called GitHub Copilot Enterprise, to give developers inside companies a way to more easily generate software code using AI technology.
According to Dohmke, developers using its Copilot assistant have been able to generate code 55% faster than programmers not using the AI software.
In the future, he envisages a world where AI automates an even greater share of the workload involved in writing code.
Developers will start to get “AI-native agents” to fulfil certain tasks in their coding journeys, he said, adding that it’ll also become easier for people who aren’t software programmers to be able to create their own software code thanks to artificial intelligence.
Illustration of the SK Hynix company logo seen displayed on a smartphone screen.
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Shares in South Korea’s SK Hynix extended gains to hit a more than 2-decade high on Tuesday, following reports over the weekend that SK Group plans to build the country’s largest AI data center.
SK Hynix shares, which have surged almost 50% so far this year on the back of an AI boom, were up nearly 3%, following gains on Monday.
The company’s parent, SK Group, plans to build the AI data center in partnership with Amazon Web Services in Ulsan, according to domestic media. SK Telecom and SK Broadband are reportedly leading the initiative, with support from other affiliates, including SK Hynix.
SK Hynix is a leading supplier of dynamic random access memory or DRAM — a type of semiconductor memory found in PCs, workstations and servers that is used to store data and program code.
The company’s DRAM rival, Samsung, was also trading up 4% on Tuesday. However, it’s growth has fallen behind that of SK Hynix.
On Friday, Samsung Electronics’ market cap reportedly slid to a 9-year low of 345.1 trillion won ($252 billion) as the chipmaker struggles to capitalize on AI-led demand.
SK Hynix, on the other hand, has become a leader in high bandwidth memory — a type of DRAM used in artificial intelligence servers — supplying to clients such as AI behemoth Nvidia.
A report from Counterpoint Research in April said that SK Hynix had captured 70% of the HBM market by revenue share in the first quarter.
This HBM strength helped it overtake Samsung in the overall DRAM market for the first time ever, with a 36% global market share as compared to Samsung’s 34%.
OpenAI has been awarded a $200 million contract to provide the U.S. Defense Department with artificial intelligence tools.
The department announced the one-year contract on Monday, months after OpenAI said it would collaborate with defense technology startup Anduril to deploy advanced AI systems for “national security missions.”
“Under this award, the performer will develop prototype frontier AI capabilities to address critical national security challenges in both warfighting and enterprise domains,” the Defense Department said. It’s the first contract with OpenAI listed on the Department of Defense’s website.
Anduril received a $100 million defense contract in December. Weeks earlier, OpenAI rival Anthropic said it would work with Palantir and Amazon to supply its AI models to U.S. defense and intelligence agencies.
Sam Altman, OpenAI’s co-founder and CEO, said in a discussion with OpenAI board member and former National Security Agency leader Paul Nakasone at a Vanderbilt University event in April that “we have to and are proud to and really want to engage in national security areas.”
OpenAI did not immediately respond to a request for comment.
The Defense Department specified that the contract is with OpenAI Public Sector LLC, and that the work will mostly occur in the National Capital Region, which encompasses Washington, D.C., and several nearby counties in Maryland and Virginia.
Meanwhile, OpenAI is working to build additional computing power in the U.S. In January, Altman appeared alongside President Donald Trump at the White House to announce the $500 billion Stargate project to build AI infrastructure in the U.S.
The new contract will represent a small portion of revenue at OpenAI, which is generating over $10 billion in annualized sales. In March, the company announced a $40 billion financing round at a $300 billion valuation.
In April, Microsoft, which supplies cloud infrastructure to OpenAI, said the U.S. Defense Information Systems Agency has authorized the use of the Azure OpenAI service with secret classified information.
A United Launch Alliance Atlas V rocket is shown on its launch pad carrying Amazon’s Project Kuiper internet network satellites as the vehicle is prepared for launch at the Cape Canaveral Space Force Station in Cape Canaveral, Florida, U.S., April 28, 2025.
Steve Nesius | Reuters
United Launch Alliance on Monday was forced to delay the second flight carrying a batch of Amazon‘s Project Kuiper internet satellites because of a problem with the rocket booster.
With roughly 30 minutes left in the countdown, ULA announced it was scrubbing the launch due to an issue with “an elevated purge temperature” within its Atlas V rocket’s booster engine. The company said it will provide a new launch date at a later point.
“Possible issue with a GN2 purge line that cannot be resolved inside the count,” ULA CEO Tory Bruno said in a post on Bluesky. “We will need to stand down for today. We’ll sort it and be back.”
The launch from Florida’s Space Coast had been set for last Friday, but was rescheduled to Monday at 1:25 p.m. ET due to inclement weather.
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Amazon in April successfully sent up 27 Kuiper internet satellites into low Earth orbit, a region of space that’s within 1,200 miles of the Earth’s surface. The second voyage will send “another 27 satellites into orbit, bringing our total constellation size to 54 satellites,” Amazon said in a blog post.
Kuiper is the latest entrant in the burgeoning satellite internet industry, which aims to beam high-speed internet to the ground from orbit. The industry is currently dominated by Elon Musk’s Space X, which operates Starlink. Other competitors include SoftBank-backed OneWeb and Viasat.
Amazon is targeting a constellation of more than 3,000 satellites. The company has to meet a Federal Communications Commission deadline to launch half of its total constellation, or 1,618 satellites, by July 2026.