Canada’s privacy commissioner has opened an investigation into X, the social media platform owned by Elon Musk, to examine whether the company’s use of personal data for training AI models complies with federal privacy laws. The investigation follows a complaint about the platform’s collection, use, and disclosure of Canadians’ data.
X has been under scrutiny since its rebranding from Twitter, with concerns mounting over the platform’s data practices, especially in relation to AI. Generative AI models, such as Grok, the chatbot developed by Musk’s AI firm xAI, require large volumes of data to function effectively. As part of its probe, the privacy office will look into how this data is being handled and whether it breaches Canadian privacy protections.
The investigation has drawn political attention, with opposition lawmaker Brian Masse urging the privacy commissioner to take action. Masse highlighted the need for transparency, particularly as AI algorithms could potentially be manipulated to spread misinformation. This inquiry comes at a time of heightened tension between Canada and the United States over various trade and digital issues.
X, which has not yet responded to requests for comment, faces growing pressure as regulators worldwide scrutinise tech giants’ data practices, especially in the rapidly evolving AI sector.
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Apple has rolled out a new feature called ‘age assurance’ to help protect children’s privacy while using apps. The technology allows parents to input their child’s age when setting up an account without disclosing sensitive information like birthdays or government IDs. Instead, parents can share a general ‘age range’ with app developers, putting them in control of what data is shared.
This move comes amid growing pressure from US lawmakers, including those in Utah and South Carolina, who are considering age-verification laws for social media apps. Apple has expressed concerns about collecting sensitive personal data for such verifications, arguing it would require users to hand over unnecessary details for apps that don’t require it.
The age assurance tool allows parents to maintain control over their children’s data while limiting what third parties can access. Meta, which has supported legislation for app stores to verify children’s ages, welcomed the new tech as a step in the right direction, though it raised concerns about its practical implementation.
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TikTok, the popular video-sharing app owned by ByteDance, has unveiled plans to invest $8.8 billion in building data centres in Thailand over the next five years. The announcement was made by Helena Lersch, TikTok’s Vice President of Public Policy, during an event held in Bangkok on Friday. This investment marks a significant move as the company continues to expand its operations in the region.
The specific details of the investment remain unclear, particularly whether it includes a $3.8 billion agreement that was announced by Thailand’s investment board last month. The government’s investment board had previously detailed a deal aimed at boosting digital infrastructure in the country, but TikTok did not provide further clarification on the connection between the two.
This move highlights TikTok’s growing commitment to the Thai market and its broader strategy of increasing local data storage capabilities. As part of its ongoing efforts to expand its global presence, the company is investing in infrastructure to better serve its user base and meet regulatory requirements in key markets.
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Deutsche Telekom CEO Tim Hoettges has urged Germany and Europe to invest more in artificial intelligence and data centres to stay competitive with the US and Asia. Speaking after the release of the company’s annual results, Hoettges stressed the need for Europe to increase its computing power, citing a growing demand for data centres that he expects to rise by at least 30%. Deutsche Telekom is already expanding its infrastructure with plans to build four new data centres in Europe, aiming to create one gigawatt of capacity.
Hoettges also emphasised the importance of AI for Europe’s economic growth and sovereignty in the digital age. His comments come as Europe strives to catch up with major AI investments made by the US, with the European Commission pledging to mobilise 200 billion euros for AI development. This contrasts with the US, where private companies have committed up to $500 billion to AI infrastructure.
The call for greater AI investment follows a wave of AI advancements, such as China’s DeepSeek model, which has begun to challenge Western competitors. Hoettges warned that Germany must act quickly or risk falling behind in the global AI race.
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Lonestar and Phison have successfully launched the first-ever lunar data centre infrastructure aboard a SpaceX Falcon 9 rocket. The mission, set to land on the moon on March 4, is a joint venture to send Phison’s Pascari solid-state drives (SSDs), packed with data from various clients, to the lunar surface. The companies plan to expand this infrastructure, with ambitions to scale up to a petabyte of storage in the coming years.
The idea of building a data centre on the moon originated in 2018, driven by the need for secure, off-Earth storage to safeguard against climate disasters and cyber-attacks. Lonestar’s CEO, Chris Stott, noted that data has become as valuable as oil, if not more precious. The SSDs were rigorously tested for space readiness, ensuring their durability for long-term use without the possibility of on-site repairs.
This mission is just the beginning, as Lonestar and Phison aim to revolutionise data storage with nearly limitless capacity and energy efficiency in space. As AI-driven demand for data storage continues to rise, this lunar project could set the stage for future space-based infrastructure, promising a new era in data management.
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Taiwan’s Economy Minister Kuo Jyh-huei announced on Thursday that Taiwan Semiconductor Manufacturing Co. (TSMC) would require government approval for any overseas joint ventures, although there are no restrictions on manufacturing advanced chips abroad, except for China. This comes amid reports that TSMC is in talks to acquire a stake in Intel, a move that could stir tensions with the US, where former President Trump has expressed concerns about Taiwan taking away American semiconductor business.
Kuo reassured reporters in Taipei that Taiwan’s semiconductor industry, particularly TSMC, remains vital to the nation’s economy, describing it as the ‘sacred mountain protecting the country.’ He also clarified that while the Taiwanese government would not interfere with TSMC’s business decisions, any large overseas investments or joint ventures must be approved by Taiwan’s economy ministry, with no changes to the rules surrounding advanced chip production outside of China.
TSMC is already investing $65 billion in new factories in Arizona, where it plans to manufacture the most advanced 2-nanometre chips, though this will not occur for a few years. The government is also preparing to engage in discussions with the Trump administration over potential tariffs on Taiwanese imports, aiming to secure the best conditions for local companies in light of the ongoing trade tensions.
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China’s embrace of DeepSeek’s AI models has expanded beyond tech companies into everyday household appliances. The startup, based in Hangzhou, has seen a surge of support from Chinese manufacturers, with home appliance giants such as Haier, Hisense, and TCL Electronics announcing plans to incorporate DeepSeek’s AI models into their products. These appliances, already equipped with voice-activated commands, are set to become even smarter with DeepSeek’s models, which promise greater accuracy and functionality.
DeepSeek has made waves in the AI sector this year, with its large language models competing against Western systems but at a fraction of the cost. This has sparked immense pride in China, where the company is seen as a testament to the country’s growing tech capabilities in the face of US efforts to limit its advancements. The company’s founder, Liang Wenfeng, has received significant recognition from Chinese authorities, and DeepSeek is expected to soon release its next-generation R2 reasoning model.
The impact of DeepSeek’s technology is already being felt across industries. From robotics to smart appliances, its AI models offer improved precision in tasks such as obstacle avoidance in robot vacuum cleaners. These devices are expected to better understand complex commands, like ‘Gently wax the wooden floor in the master bedroom but avoid the Legos,’ making everyday life more efficient and intuitive.
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Nomagic, a fast-growing Polish startup, has secured $44 million in funding to develop its robotic arms used in logistics operations like picking, packing, and moving. The company plans to use this investment to expand its technology and business, aiming to sell its robots in North America. Nomagic’s technology, which uses AI and automation software, has already gained significant traction in industries like e-commerce and pharmaceuticals, with a 220% growth in annual recurring revenue last year.
The funding round, led by the European Bank for Reconstruction and Development (EBRD), highlights the growing importance of robotics in rebuilding industrial competitiveness in Europe. Nomagic’s approach focuses on software rather than hardware, enabling its robotic arms to perform across various use cases with ease. This strategy sets it apart from other robotics companies and positions it to capitalise on the increasing demand for automation.
Nomagic’s competitors, such as Covariant, are also seeing success in the field, with Amazon hiring Covariant’s founders and licensing its technology. Industry leaders like Nvidia and SoftBank are also investing in robotic technology, underscoring the potential of this growing market. With government backing and increasing private investment, robotics is playing a key role in modernising logistics and manufacturing industries.
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Quantum Machines (QM), a leader in quantum computing technology, has raised $170 million in a mid-stage funding round, bringing its total funding to $280 million. The investment is seen as a significant step in accelerating QM’s role in the rapidly evolving quantum computing industry. With quantum technology on the verge of becoming a major disruptive force, this funding will help QM expand its hardware and software offerings to meet the demands of quantum system developers globally.
Quantum computing holds enormous promise for breakthroughs in fields such as medicine and chemistry, offering the ability to solve problems far beyond the capabilities of classical computers. While the technology is still developing, key milestones are being reached, including IBM and Google’s advancements in achieving over 1,000 qubits. These developments signal that practical quantum computers could soon become a reality.
QM’s growth is supported by strong backing from major investors, including PSG Equity and Intel Capital, reflecting the increasing confidence in the potential of quantum computing. As the technology matures, companies like Microsoft and Nvidia are also contributing to the ecosystem, highlighting that the quantum race is heating up. Despite regional challenges, Israeli tech startups, including QM, are continuing to attract investment, contributing to the country’s growing tech sector.
With this new funding, QM is well-positioned to drive forward its mission to innovate and lead in the quantum computing space, which many consider one of the most important technological developments of the current generation.
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Apptronik, a leading developer of humanoid robots, has announced a new partnership with Jabil, a global supply chain and manufacturing firm. This deal follows a recent $350 million funding round and comes just over a year after Apptronik’s collaboration with Mercedes-Benz. The partnership will see Apollo, Apptronik’s humanoid robot, tested on Jabil’s manufacturing floors, performing repetitive tasks such as sorting and transporting parts.
Once Apollo’s commercial potential is validated, Jabil will begin producing the robots in its factories, a crucial step towards the eventual goal of self-production. Although the vision of robots building themselves is still distant, this deal represents significant progress. Apptronik plans to begin commercial manufacturing of Apollo by 2026.
The partnership with Jabil adds to Apptronik’s growing portfolio of alliances in the humanoid robotics space, which includes collaborations with companies like Google DeepMind. Despite stiff competition from other robotics firms, Apptronik’s decade of experience, combined with substantial funding, positions it strongly in this emerging market.
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