A Londoner who had his phone stolen while walking near the Science Museum believes Google’s new AI security update would have made a big difference. Tyler, whose phone was snatched by a thief on a bike, struggled to lock it remotely as he couldn’t remember his password. The update, which uses AI and sensors to detect when a phone is stolen, would automatically lock the screen to prevent thieves from accessing data.
Google’s new feature allows users to remotely lock a stolen device using just their phone number, a measure welcomed by Tyler as he believes it would have helped him secure his device in moments of panic. The initiative is part of a broader effort to combat phone theft, with mobile phones now accounting for 69% of all thefts in London. Last year, over 11,800 robberies involved phone thefts.
Sadiq Khan, the Mayor of London, also supports the update, having previously lobbied phone companies to make their devices less attractive to criminals. Tech experts say the update’s AI-driven security, combined with the Offline Device Lock feature, will make it harder for thieves to access stolen phones.
Tyler hopes the new technology will deter criminals from stealing phones altogether, as the devices would become worthless once locked. Without resale value, he believes phone thefts will be a waste of time for criminals.
Sui has announced a significant partnership with Google Cloud, which was made possible by ZettaBlock, to provide developers with real-time blockchain data access. This integration allows developers to harness Sui’s blockchain data through Google Cloud’s Pub/Sub service, facilitating new applications such as AI-powered fraud detection and dynamic gaming features. With the ability to access live data, AI models can function more effectively, improving the accuracy and speed of applications.
This move is expected to revolutionise online gaming. Real-time data from the blockchain will be able to impact gameplay, making experiences more interactive and responsive. ZettaBlock also plans to expand its platform, providing developers with even more tools to create innovative AI applications.
The Danish government has relaunched the National Cyber Security Council (NCSC) with an expanded mandate to strengthen digital security across critical sectors while advancing AI capabilities. That effort is part of a larger initiative that includes the country’s €100 million National Strategy for Digitalisation (NSD), which supports AI development through regulatory sandboxes and guidelines aligned with the EU’s AI Act.
The NCSC will promote public-private partnerships, enhance data sharing between government, businesses, and academia, and protect critical infrastructure from rising cyber threats. In tandem, the government’s Artificial Intelligence Guideline (AIG) project helps companies and public authorities adopt AI securely, offering a framework to test and integrate AI technologies within a regulatory safe zone. These combined efforts boost digital transformation while ensuring strong cybersecurity and legal compliance.
The NCSC’s new mission addresses growing cybersecurity challenges, particularly in light of geopolitical instability, such as Russia’s invasion of Ukraine. The council aims to foster collaboration between national security agencies and small and medium-sized enterprises (SMEs) by assembling experts from key sectors, including businesses, universities, and municipalities.
The Danish government’s investment in AI development is also supported by regulatory sandboxes that allow companies to innovate safely within the EU legal frameworks like GDPR and the AI Act. The broader NSD also targets improvements in digital education, workforce skills, and business transformation, ensuring that a solid security and regulatory oversight foundation underpins Denmark’s push for innovation.
Nexus and Utimaco have joined forces to enhance security for mobile identities, IoT devices, and critical infrastructure. The strategic partnership reflects a commitment to addressing escalating cybersecurity threats, especially as organisations increasingly adopt mobile-first environments and connected devices.
At the core of this collaboration are integrated security solutions that combine Nexus’ Public Key Infrastructure (PKI) platform with Utimaco’s Hardware Security Module (HSM) and encryption technologies. Specifically, these capabilities enable organisations to issue PKI-based mobile identities for secure access and authentication without traditional passwords while simultaneously allowing manufacturers to assign trusted identities to IoT devices during production.
Furthermore, the solutions support compliance with regulations such as VS-NfD and the EU Cyber Resilience Act (CRA), ensuring that sensitive information is protected and mitigating risks associated with counterfeit products and unauthorised access. A practical application of these integrated solutions is already evident in a major European telecommunications provider, which has successfully secured the provisioning and communication of its IoT devices, significantly reducing risks and maintaining regulatory compliance.
That partnership represents a proactive approach to cybersecurity, providing organisations with the tools needed to navigate the complexities of digital identity management and the secure deployment of connected devices. By leveraging each other’s expertise, Nexus and Utimaco aim to deliver robust solutions that enhance user convenience and strengthen overall security measures. As security threats evolve, the collaboration prioritises user flexibility and strong protection, paving the way for a more secure digital landscape.
CUDIS announced the integration of the World App, enabling users to securely verify and manage their biometric data through World ID, a system that utilises iris scans for identity verification. The innovative feature enhances the functionality of the CUDIS smart ring, which tracks important health metrics such as heart rate and sleep patterns and allows it to interact with decentralised physical infrastructure networks (DePIN).
Moreover, users are incentivised to engage with various features, including an AI fitness coach, and they receive WRD tokens for submitting their biometric data. Consequently, the integration significantly bolsters privacy and security by allowing users to store their data on-chain using the decentralised InterPlanetary File System (IPFS). Additionally, World ID, part of the World Network (formerly known as Worldcoin), aims to combat digital identity threats like deepfakes while preserving user privacy.
In the near future, CUDIS plans to release a limited-edition smart ring specifically for World ID holders, emphasising the importance of encrypting biometric data to ensure transparency and trust among users. Since its launch in May, the company has sold 10,000 smart rings and is preparing to airdrop a Solana-based token by the end of the year.
Furthermore, CUDIS introduced an NFT series called ‘Edamame’ and successfully raised $5 million in seed funding, indicating strong investor confidence in the company’s innovative digital identity and health-tracking approach.
Argentina launched QuarkID, an innovative blockchain-based digital identity system designed to enhance privacy and security for its 3.6 million citizens in Buenos Aires. The pioneering initiative marks a significant milestone as the world’s first government-backed decentralised identity system.
By utilising advanced zero-knowledge (ZK) cryptography through the ZKsync-powered Era layer 2 blockchain, QuarkID enables users to verify their identities without exposing sensitive personal data. Moreover, the system is integrated into the existing MiBa digital platform, allowing residents to securely manage and share verified documents such as birth certificates and tax records.
Starting on 1 October, all MiBa users received decentralised digital identities (DIDs), which empower them to confirm their identity without disclosing unnecessary personal details. Furthermore, with plans for future expansion to include additional documents like driver’s licenses and public permits, QuarkID demonstrates the Argentine government’s commitment to improving public services and setting a new standard for personal data ownership.
Why does it matter?
Argentina launched this initiative to enhance privacy and security and position itself as a model for global initiatives aimed at modernising identity verification processes. Consequently, the success of QuarkID could provide valuable insights and frameworks for other countries exploring the benefits of blockchain technology in digital identity management. By prioritising privacy, security, and user control, Argentina is thus setting a precedent for how digital identities can be effectively managed in the future, ultimately empowering citizens and revolutionising how personal data is handled.
The US Consumer Financial Protection Bureau (CFPB) introduced new rules to boost open banking by giving consumers more control over their financial data. These regulations will allow people to share their information more freely when seeking services, promoting competition between financial technology companies and traditional banks, which have been slow to grant access to customer data. CFPB Director Rohit Chopra likened the move to the system that lets mobile phone users switch providers while keeping their numbers, noting that it could modernise US payment systems.
The rules include strong privacy protections, ensuring companies can only use consumer data for specific services requested and preventing unauthorised use. They will also enable consumers to transfer their financial data between institutions at no cost, borrow on better terms by sharing data with lenders, and make direct payments from bank accounts. Consumers will also be able to revoke access to their data at any time.
The rules were part of the 2010 Wall Street reforms following the 2008 financial crisis. Smaller banks are exempt, while larger fintech firms have until 2026 to comply, and smaller ones have until 2030. These adjustments were made after feedback from industry stakeholders and the public.
Cities are increasingly turning to AI to enhance waste management and reduce contamination in recycling and composting efforts. In East Lansing, Michigan, where a significant student population often contributes to recycling contamination, city officials have launched a pilot program using AI to address the issue. The initiative includes equipping recycling trucks with AI-powered cameras that identify non-recyclable items and sending personalised postcards to residents to inform them of their mistakes. This approach has reportedly led to a 20% reduction in recycling contamination.
Despite these promising results, privacy concerns have arisen regarding the collection of personal data through these AI systems. Experts warn that the information gathered from residents’ trash could expose sensitive details about their lives, potentially leading to identity theft or misuse by authorities. For instance, a discarded pregnancy test could be used against a woman in states with strict abortion laws. This phenomenon, referred to as ‘mission creep,’ raises alarms about how technologies designed for one purpose can evolve into surveillance tools.
City officials, like East Lansing’s environmental sustainability manager Cliff Walls and Leduc’s environmental manager Michael Hancharyk, acknowledge these privacy issues and are taking steps to mitigate risks. They emphasise working with vendors to ensure data protection and transparency with residents. Hancharyk noted that his city had to comply with Alberta’s privacy regulations before implementing its program.
While acknowledging the importance of improving waste management, cybersecurity experts stress the need for municipalities to carefully weigh the benefits of AI against the potential risks to residents’ privacy. They advocate for thorough assessments of new technologies and their implications, particularly for sensitive populations. As cities continue to innovate in waste management, striking a balance between efficiency and privacy will be crucial.
The European Union has joined forces with venture capital firms to boost investment in the region’s tech sector, aiming to compete with the more advanced industries in the US and China. The new initiative, called the “Trusted Investors Network,” involves 71 investors managing over €90 billion in assets, focused on supporting European deep-tech companies.
This collaboration follows recommendations from a report by former European Central Bank chief Mario Draghi, which highlighted the need for swift, large-scale investments in critical technologies to ensure Europe’s global competitiveness. The initiative addresses concerns that Europe is lagging behind in tech innovation, particularly compared to the US, where AI deals have significantly boosted venture capital activity.
The EU hopes that this partnership will inject much-needed funding into Europe’s tech industry, encouraging faster growth and helping the region keep pace with global competitors.
Russian government spending on iPhones between January and September was four times higher than during the same period last year, according to Vedomosti. Security warnings and restrictions on some officials have not prevented these purchases.
The Federal Security Service (FSB) last year accused the US of using spyware to compromise thousands of iPhones. Although Apple rejected the claim, officials preparing for the 2024 presidential election were instructed to avoid iPhones over espionage concerns.
Contracts for iPhones totalled 6.9 million roubles for the first nine months of 2024, compared to 1.6 million the previous year. Despite the digital ministry banning iPhones for work purposes, officials and institutions continue to procure them.
Demand for the latest iPhone 16 remains strong, with consumers relying on grey-market imports after Apple halted direct exports due to the conflict in Ukraine. Even with higher prices, interest in Apple products across Russia shows no signs of slowing.
