Intel has announced a two-year delay in its plans to build mega chip-making factories in Germany and Poland, citing lower demand than expected. Despite significant government subsidies, Intel decided to pause the projects, which had been seen as a boost for both countries’ national industries. The decision comes as a setback after months of negotiations between German officials and the company, which resulted in increased subsidies for the €30 billion project.
In Poland, Intel had planned to establish a semiconductor factory near Wroclaw, supported by $1.8 billion in funding. While European plans have been delayed, Intel confirmed its US projects remain unaffected, with the company receiving $3 billion in direct funding to bolster domestic semiconductor manufacturing for the US military.
Additionally, Intel is scaling back its investments in Malaysia but will continue expanding its capacity in Ireland, which will remain its primary European hub. The delay in these European projects reflects the broader challenges faced by the EU as it aims to increase semiconductor production and reduce reliance on Asian markets.
Intel’s decision comes at a time when European nations are seeking to strengthen their chip manufacturing capabilities after recent supply chain disruptions. As demand for semiconductors remains crucial to industries such as defence and electronics, both Germany and Poland face delays in their plans for industrial growth.
The company behind the popular AI chatbot ChatGPT, OpenAI, has announced that its newly established Safety and Security Committee will now operate independently to oversee the development and deployment of its AI models. This decision follows the committee’s recent recommendations, which were released publicly for the first time. Formed in May, the committee’s goal is to enhance and refine OpenAI’s safety practices amid growing concerns about AI’s ethical use and potential biases.
The committee will be led by Zico Kolter, a professor at Carnegie Mellon University and a member of OpenAI’s board. Under its guidance, OpenAI plans to implement an ‘Information Sharing and Analysis Center’ to facilitate cybersecurity information exchange within the AI industry. Additionally, the company is focusing on improving internal security measures and increasing transparency regarding the capabilities and risks associated with its AI technologies.
In a related development, OpenAI has also partnered with the US government to research and evaluate its AI models further. This move underscores the company’s commitment to addressing both the opportunities and challenges posed by AI as it continues to evolve.
Italy is testing AI-assisted learning tools in selected schools to close the nation’s significant digital skills gap. Prime Minister Giorgia Meloni’s government has introduced the initiative in 15 classrooms across four regions, aimed at supporting both students and teachers through virtual assistants.
The AI tools are designed to tailor education to individual needs, providing an improved learning environment. Though few details have been provided, officials remain optimistic that the experiment will offer insights into a potential wider rollout. Education Minister Giuseppe Valditara emphasised the importance of these digital advancements for future generations.
Italy currently lags behind most EU countries in basic digital skills, ranking near the bottom of the bloc. The government has also introduced a ban on mobile phones in classrooms, a move aimed at reducing distractions and promoting focus.
The trial will be carefully monitored throughout the year to assess its effectiveness and inclusiveness, with the hope of addressing past struggles to digitalise Italy’s education system.
Apple’s ‘Visual Intelligence’ feature is exciting and seems to set the stage for future AR glasses. Allowing users to scan and identify objects, copy text, and gather information on the go gives them a glimpse into what could be an integral part of AR glasses.
The idea of using AR glasses to receive real-time information about your surroundings without taking out your phone is very appealing. It could be a significant advantage if Apple successfully integrates Visual Intelligence into future AR glasses.
Given that Apple is known for refining technology before launching it, the Visual Intelligence feature on the iPhone could be an essential part of a broader strategy for AR. It’s a smart move to build and perfect this technology now so that when AR glasses do arrive, they can offer a seamless and polished experience.
The potential for AR glasses is enormous. Other companies like Meta and Google have already invested in this space, so Apple will need to ensure they can compete with a standout product. Hopefully, by the time those glasses are ready, Visual Intelligence will be a well-developed feature that enhances the overall user experience.
The European Commission has approved Poland’s plan to provide Intel with more than 7.4 billion zlotys ($1.91 billion) in state aid to support the development of a new chip assembly and testing plant. This significant investment aligns with the EU’s Chips Act, which aims to increase Europe’s share of the global chip market to 20% by 2030. Intel intends to invest up to $4.6 billion in the facility near Wroclaw, Poland, and it is expected to boost economic growth and technological advancement in the region.
Poland’s Deputy Prime Minister Krzysztof Gawkowski confirmed that the aid package would span 2024-2026, while additional legislation is required before finalising the deal. The government expects the process to be completed by the end of this year, enabling construction to begin soon after. This investment represents the largest of its kind in Poland in decades, promising to strengthen its economy and technological sector.
Meanwhile, Intel is also pursuing a $33 billion chip manufacturing project in Germany, but this venture has faced delays. Despite Intel’s ongoing cost-cutting efforts, Polish officials remain confident that their country’s investment plans with Intel will proceed as scheduled. This partnership is seen as a critical step toward securing Poland’s role in the global semiconductor supply chain and attracting further high-tech investments.
Bureau Veritas seeks to drive digital innovation within the maritime sector through its recent Smart Maritime Network (SMN) membership. The partnership is designed to enhance integration, standardisation, and data sharing among industry stakeholders, positioning Bureau Veritas as a leader in digital advancement.
The strategic focus of the company headquartered in France encompasses digital efficiency, applications, classification, and digitalised assets (Maritime 4.0), all aimed at facilitating the sector’s digital transformation. By addressing evolving industry needs and improving safety, efficiency, and sustainability in maritime operations, Bureau Veritas is dedicated to developing solutions that enhance industry practices and foster progress.
Bureau Veritas is also committed to advancing the industry through strategic partnerships and innovative initiatives. Their collaboration with OrbitMI highlights their dedication to leveraging data-driven insights to minimise the carbon footprint of maritime operations.
Furthermore, the launch of ‘MOVE by Bureau Veritas,’ a smart hub integrating various maritime digital applications, marks a significant step forward in streamlining operations. This hub simplifies asset compliance and performance management, enabling faster, more informed decision-making and driving further progress within the maritime sector.
Amazon Web Services (AWS) has announced plans to invest 10.1 billion reais ($1.8 billion) in Brazil by 2034 to expand its data centre operations. The investment will focus on building, connecting, operating, and maintaining data centres across the country.
AWS’s new investment comes after a previous plan, which saw the company invest 19.2 billion reais between 2011 and 2023. The company aims to bolster its cloud infrastructure in Latin America’s largest economy, supporting local businesses and institutions.
The expansion is expected to improve AWS’s cloud services across Brazil, making it easier for companies to scale their operations with improved data storage, connectivity, and digital solutions. It reflects AWS’s long-term commitment to Brazil and the growing demand for cloud services in the region.
Brazil has become an increasingly important market for cloud services, and AWS’s continued investment highlights the growing significance of digital infrastructure in Latin America.
Global telecom leaders have united to launch a groundbreaking venture to transform network Application Programming Interfaces (APIs) globally. The new initiative brings together major telecom operators—including América Móvil, AT&T, Bharti Airtel, Deutsche Telekom, Orange, Reliance Jio, Singtel, Telefónica, Telstra, T-Mobile, Verizon, and Vodafone—alongside Ericsson.
The following venture will consolidate and offer network APIs, providing developers seamless access to advanced network capabilities. This integration will simplify leveraging these capabilities across various telecom networks, fostering innovation and the development of new applications and services.
Additionally, global telecom leaders are creating a broad ecosystem to support this initiative, which will involve hyperscalers, Communications Platform as a Service (CPaaS) providers, System Integrators (SIs), and Independent Software Vendors (ISVs). Built on the GSMA’s CAMARA APIs project, the platform will be open and inclusive, encouraging further participation from other telecom operators such as Three Sweden. That collaborative effort aims to drive industry-wide participation and innovation by offering a unified platform for network API access, thereby expanding the initiative’s reach and impact.
Global telecom leaders expect the new venture to significantly boost monetisation and industry growth. The initiative aims to generate new revenue streams and improve monetisation strategies by integrating network APIs globally. The transaction is set to close in early 2025, with Ericsson holding 50% equity and telecom providers the remaining 50%.
A new $330 million data centre investment is poised to boost Greece’s digital economy. French company Data4 has announced plans to build a state-of-the-art AI hub in Paiania, near Athens. This development is expected to strengthen the country’s digital infrastructure.
Data4, which already manages data centres across six European nations, aims to collaborate with Greek banks to finance the project. CEO Olivier Micheli highlighted the significant contribution this data centre would bring to Greece’s economy and digital ecosystem. The hub may expand further, with potential investments of €200 million to add two more centres.
Greece is rapidly emerging as a key data hub in Southeast Europe. With a growing number of data centres, including upcoming investments from global players like Microsoft and Google, the country is positioned to become a digital gateway between Europe, Asia, and Africa. Recent telecoms infrastructure, including high-speed cables, further boosts this role.
Market research shows the data centre sector in Greece is expected to grow by 9% annually through 2028. The country’s digital transformation is being propelled by government support and the increasing adoption of AI and cloud services. Greece could soon become the second-largest data hub in the Mediterranean.
T-Mobile US is leveraging its recent successful emergency alert test to strengthen its position as a leader in satellite communications. By demonstrating its satellite-to-smartphone technology through a simulated evacuation notice, T-Mobile has showcased its capability to reach remote areas beyond traditional cell tower coverage.
That strategic move highlights the company’s commitment to enhancing connectivity and emergency response capabilities and underscores its role as a pioneer in low-earth orbit (LEO) communications. Although the test involved Starlink, T-Mobile has used the occasion to emphasise its innovations and technological advancements, aiming to draw attention to its lead in the evolving field of satellite communications.
Building on this technological edge, T-Mobile US is also addressing gaps in emergency communication, particularly in areas with limited mobile coverage. Consequently, the ability to deliver critical alerts where traditional networks are unavailable represents a significant advancement that could improve responses during emergencies, such as natural disasters.
The emphasis on enhancing emergency alert systems reflects T-Mobile’s dedication to public safety and reinforces its commitment to effective crisis management. Therefore, the company’s efforts to bring its satellite-to-smartphone services to market demonstrate its ongoing focus on improving connectivity and ensuring timely emergency responses.
