Australia has raised concerns about the growing number of cyberattacks on critical infrastructure, with over 11% of reported incidents last year targeting essential services like electricity, water, transport, and education. The Australian Signals Directorate’s latest report highlights state-sponsored actors and cybercriminals as key threats, employing advanced techniques such as phishing, brute-force attacks, and exploiting public-facing systems.
Defence Minister Richard Marles warned of an increasing focus on critical infrastructure by both criminal groups and foreign governments. Australia has attributed cyber incidents to countries including China, Russia, and Iran, with China allegedly shifting from espionage to disruptive cyber operations. Beijing has denied these accusations, dismissing them as baseless.
The report underscores the evolving cyber landscape and the urgent need for bolstered defences to safeguard Australia’s essential systems.
Governments across Africa should increase the protection of fibre optic cables from theft and vandalism, while also aligning regulations to boost tech infrastructure development, according to a Google executive. Charles Murito, Google’s head of government relations and public policy in Africa, emphasised the need to classify fibre cables as critical infrastructure, which would ensure severe consequences for those who damage them. Theft and vandalism targeting batteries, generators, and cables have driven up costs for infrastructure providers.
Murito, speaking at the Africa Tech conference, highlighted Google’s investments in subsea cables, including Equiano, connecting Africa with Europe, and the upcoming Umoja cable linking Africa and Australia. He stressed that better protections and regulatory harmonisation could make the continent more appealing to tech investors. Industry leaders agree that such measures are essential to encouraging business expansion in Africa.
Additionally, Murito has called for more infrastructure sharing among internet service providers to reduce data costs. The diverse regulations across African nations concerning permissions for cable installations hinder the expansion of fibre networks. Although South Africa‘s authorities have acknowledged the issue, urging law enforcement to act and proposing legal updates, fibre optic cables have yet to receive a new critical classification.
A US congressional commission has proposed a bold initiative modeled on the Manhattan Project to accelerate the development of artificial general intelligence (AGI) that could rival or surpass human intelligence. The US-China Economic and Security Review Commission (USCC) emphasised the importance of public-private partnerships to drive technological innovation as competition with China intensifies. However, the panel provided no specific funding plans in its annual report.
Commissioner Jacob Helberg highlighted China’s rapid advancements in AGI, warning of potential shifts in global power dynamics. Addressing infrastructure bottlenecks, he suggested streamlining regulations for data centres as a step to accelerate AI progress. Tech leaders like OpenAI have also advocated for increased government investment in AI to maintain global competitiveness.
Beyond AI, the USCC report included recommendations to tighten trade regulations, particularly by ending the “de minimis” exemption that allows duty-free imports under $800. Commissioner Kimberly Glas underscored the challenge of inspecting the overwhelming volume of such shipments, which she claimed serve as a channel for unregulated Chinese goods, including dangerous materials. Proposals to curb this exemption have sparked bipartisan debate, though legislative progress has been hampered by industry opposition and political gridlock.
T-Mobile‘s network was among those breached in a prolonged cyber-espionage campaign attributed to Chinese intelligence-linked hackers, according to a Wall Street Journal report. The attackers allegedly targeted multiple US and international telecom companies to monitor cellphone communications of high-value intelligence targets. T-Mobile confirmed it was aware of the industry-wide attack but stated there was no significant impact on its systems or evidence of customer data being compromised.
The Federal Bureau of Investigation (FBI) and the US Cybersecurity and Infrastructure Security Agency (CISA) recently disclosed that China-linked hackers intercepted surveillance data intended for American law enforcement by infiltrating telecom networks. Earlier reports revealed breaches into US broadband providers, including Verizon, AT&T, and Lumen Technologies, where hackers accessed systems used for court-authorised wiretapping.
China has consistently denied allegations of engaging in cyber espionage, rejecting claims by the US and its allies that it orchestrates such operations. The latest revelations highlight persistent vulnerabilities in critical communication networks targeted by state-backed hackers.
Elon Musk’s Starlink has received government approval to provide satellite internet in Chad, aiming to bridge the country’s significant connectivity gap. With only 12% of the population online as of 2022, the move is expected to bring internet access to remote regions lacking fiber-optic coverage. Communications Minister Boukar Michel confirmed the agreement, noting that better connectivity could spur public service digitalisation and tech start-up growth.
The satellite internet provider, a division of SpaceX, operates in several African nations, including Nigeria and Madagascar, though it has encountered regulatory hurdles elsewhere. In Chad, Starlink’s deployment is seen as a solution to the nation’s limited infrastructure. Elon Musk celebrated the expansion with an announcement on social media, declaring, ‘Starlink now available in Chad!’.
Despite its growing presence, Starlink has faced resistance from state-run telecom monopolies in some regions. In Cameroon, its equipment was seised earlier this year due to licensing issues. Meanwhile, local telecom operators in countries like Kenya are urging regulators to require partnerships between satellite services and national mobile providers.
The UK government has ordered China-registered Future Technology Devices International Holding Ltd to sell the majority stake—80.2%—in Scottish chipmaker FTDI, citing national security concerns. The government voiced concerns that UK-developed semiconductor technology and intellectual property could be misused if controlled by foreign interests that have been considered potentially harmful.
This directive requires FTDI’s Chinese parent company to follow a set procedure and timeline to complete the sale. The move highlights the UK’s efforts to protect sensitive technology sectors and its vigilance over foreign investments that may impact national security.
Increasingly, governments worldwide are scrutinising tech-related investments, especially in semiconductor industries, due to the strategic importance of chip technologies in national defence, infrastructure, and critical sectors.
The Cybersecurity and Infrastructure Security Agency (CISA) has announced its first International Strategic Plan for 2025-2026, underscoring a robust commitment to securing US critical infrastructure (CI) through global partnerships. Building on its previous 2023-2025 Strategic Plan, this new approach aligns with the National Security Memorandum on Critical Infrastructure Security and Resilience, highlighting the essential role of international cooperation in protecting interconnected cyber and physical systems.
To achieve its mission, CISA has outlined three primary goals for international engagement:
Bolster the Resilience of Foreign Infrastructure on Which the US Depends: Collaborating with foreign partners, CISA aims to fortify international infrastructure, mitigating risks that could disrupt critical US operations.
Strengthen Integrated Cyber Defense: By sharing expertise, resources, and best practices, CISA and its allies can build a unified defence, equipping nations to address emerging threats to critical infrastructure better.
Unify Agency Coordination of International Activities: The agency’s “One CISA” approach seeks to streamline efforts and maximise the impact of global partnerships, reducing redundancy and fostering cohesive international collaboration.
China-linked hackers have reportedly breached telecommunications systems, targeting members of former President Donald Trump’s family and officials from the Biden administration, according to the New York Times. Individuals affected include Trump’s son Eric Trump, son-in-law Jared Kushner, and Senate Majority Leader Chuck Schumer.
Concerns surrounding this hacking group, known as “Salt Typhoon,” have intensified following media reports of their activities. Earlier this month, the Wall Street Journal reported that the group accessed broadband providers’ networks and gathered data from systems used by the federal government for court-authorised wiretapping.
No response was received from the State Department or Trump family representatives regarding Reuters’ requests for comments. The White House, National Security Agency, and Cybersecurity and Infrastructure Security Agency also did not reply immediately. Similarly, the Chinese Embassy in Washington did not respond, though Beijing usually denies involvement in cyberespionage activities.
The Open Source Initiative (OSI) has introduced version 1.0 of its Open Source AI Definition (OSAID), setting new standards for AI transparency and accessibility. Developed over the years in collaboration with academia and industry, the OSAID aims to establish clear criteria for what qualifies as open-source AI. The OSI says the definition will help align policymakers, developers, and industry leaders on a common understanding of ‘open source’ in the rapidly evolving field of AI.
According to OSI Executive Vice President Stefano Maffulli, the goal is to make sure AI models labelled as open source provide enough detail for others to recreate them and disclose essential information about training data, such as its origin and processing methods. The OSAID also emphasises that open source AI should grant users freedom to modify and build upon the models, without restrictive permissions. While OSI lacks enforcement power, it plans to advocate for its definition as the AI community’s reference point, aiming to combat “open source” claims that don’t meet OSAID standards.
The new definition comes as some companies, including Meta and Stability AI, use the open-source label without fully meeting transparency requirements. Meta, a financial supporter of the OSI, has voiced reservations about the OSAID, citing the need for protective restrictions around its Llama models. In contrast, OSI contends that AI models should be openly accessible to allow for a truly open-source AI ecosystem, rather than restricted by proprietary data and usage limitations.
Maffulli acknowledges the OSAID may need frequent updates as technology and regulations evolve. OSI has created a committee to monitor its application and adjust as necessary, with an eye on refining the open-source definition to address emerging issues like copyright and proprietary data.
San Francisco-based startup Untether has unveiled a new artificial intelligence chip, the 240 Slim, tailored for energy-efficient use in edge applications like autonomous vehicles and agricultural equipment. Unlike the large-scale data center chips produced by giants like Nvidia and AMD, Untether’s product is optimised to run pre-trained AI models, which means it focuses on inference, the process of applying existing AI models rather than training new ones.
As AI becomes more embedded in everyday technologies, demand for inference-focused chips is skyrocketing. Untether’s VP of product, Bob Beachler, anticipates the inference chip market to expand to $102B by 2027, far surpassing the training sector. The 240 Slim chip is built on the open-source RISC-V architecture, positioning it as a competitor to chips using Arm Holdings’ technology. Early tests by nonprofit MLCommons have shown promising performance results for Untether’s hardware.
Untether has already gained traction in the automotive sector; Mercedes-Benz plans to use Untether’s chips in its future autonomous vehicles. With these chips, the company aims to deliver cutting-edge performance with minimal power demands, a combination that could help drive innovation in autonomous tech, agriculture, and select data center applications.
