The UK government prioritises adopting innovative technologies through its draft industrial strategy, ‘Invest 2035.’ The comprehensive plan aims to accelerate the integration and scaling of new technologies across eight key growth sectors, including cybersecurity solutions and ensuring that all emerging technologies are secure by design.
To support this technological advancement, the strategy focuses on strengthening cyber resilience by enhancing supply chain resilience to mitigate vulnerabilities that could impede long-term growth. Implementing strengthened cyber resilience measures is essential for safeguarding growth-driving sectors against potential digital threats, thereby reinforcing the overall security of the economy.
Additionally, a crucial element of the strategy is the investment in skills and workforce development, as the UK government acknowledges the need to prepare the workforce for future challenges through substantial investments in skills and training. Promoting cybersecurity education is vital, empowering individuals and organisations to protect themselves better and leverage technological advancements.
Furthermore, the draft strategy emphasises public consultation and stakeholder engagement, inviting input from businesses, experts, unions, and other stakeholders to refine the plan before its final publication in spring 2025. The government also highlights the importance of collaboration between itself and the cyber industry, as these partnerships are essential for addressing existing challenges, such as the skills gap and outdated cyber laws. Ultimately, this strategy aims to support the growth of a secure and resilient economy, fostering an environment where organisations can thrive safely in an increasingly digital world.
T-Mobile customers impacted by hurricanes in Florida can now send SMS texts via Starlink satellites. SpaceX confirmed that the service is available on a ‘best-effort basis’ and at no cost.
Users with T-Mobile phones can send texts, including messages to emergency services and 911, using Starlink satellites. Phones connected to the satellite service will display ‘T-Mobile SpaceX’ and may show 1 to 2 bars of service.
SpaceX advises that the service works best outdoors but can sometimes function near windows indoors. There may be occasional issues requiring users to retry sending texts.
Internet Initiative Japan Inc. (IIJ) and JSC Uzbektelecom have forged a significant collaboration to strengthen network security services in Uzbekistan and throughout the Central Asian region. Central to this partnership is the integration of IIJ Safous, a sophisticated zero-trust access service that IIJ will provide to empower Uzbektelecom to launch its own security offerings.
The initiative builds upon a previous partnership established through the Telecommunication Infrastructure Development Project awarded in January 2023, which includes prominent players such as Toyota Tsusho, NEC Corporation, and NTT Communication Corporation. Together, they aim to address the growing demand for enhanced cybersecurity solutions in a rapidly evolving digital landscape.
That collaboration aligns closely with Uzbekistan’s ‘Digital Uzbekistan 2030‘ strategy, which aims to enhance the country’s digital infrastructure while highlighting the importance of cybersecurity. As the ICT market continues to expand, the partnership between IIJ and Uzbektelecom is set to foster innovations in managed security services and cloud solutions.
With the outsourcing services sector projected to grow by an annual rate of 12.53% from 2024 to 2029, this initiative strengthens Uzbekistan’s digital security landscape. It also serves as a model for similar partnerships that drive regional digital transformation.
Fortum, Finland’s largest power utility, is dealing with a wave of cyber threats and security incidents targeting its energy facilities, CEO Markus Rauramo revealed. The utility, which manages hydro, wind, solar, nuclear, and combined heat and power plants, faces daily denial-of-service attacks, disruptions to satellite communications, drone sightings, and suspicious individuals around its sites. Fortum has sought assistance from Finnish authorities to investigate the incidents, which have also impacted its operations in Sweden.
Finnish and Swedish intelligence services have declined to comment on the cyber attacks or identify any potential perpetrators. Fortum’s head of security, Jari Stenius, noted an uptick in the frequency of such incidents but emphasised that their impact on operations has been minimal so far. To strengthen its defences, the company has enforced strict access controls, employed private security, set up backup systems, and conducted regular drills with authorities.
The Finnish National Bureau of Investigation (KRP) confirmed that police are currently conducting several investigations into activities near critical infrastructure sites.
Duos Technologies Group, through its subsidiary Duos Edge AI, has entered a strategic partnership with Accu-Tech to expand the deployment of edge data centres across the US. This collaboration aims to meet the rising demand for faster data processing and improved connectivity in underserved areas.
With Accu-Tech’s established distribution network, Duos Edge AI plans to accelerate the rollout of its advanced computing solutions. President Doug Recker sees this as a key moment in providing critical technology to local communities. The growing edge computing market, expected to reach $43.4 billion by 2027, highlights the importance of this venture.
CEO Chuck Ferry emphasises the alignment between Duos’ vision and the need for innovative infrastructure to support local businesses. By partnering with Accu-Tech, Duos ensures both reliable installation and efficient operation of its edge data centres.
The first edge data centres are expected to be operational by Q4 2024. The collaboration is set to improve connectivity and optimise performance, bringing advanced technology to underserved regions across the country.
Vodafone has announced a significant development in its Giga TV service, as part of a renewed billion-dollar partnership with Google Cloud. Over the next ten years, Google’s artificial intelligence capabilities will be integrated into the platform to enhance personalisation and content discovery for its users.
The companies plan to leverage Google Cloud’s AI to improve Vodafone’s Android-based TV system in Germany. New features will help users find content more easily and deliver a more tailored viewing experience. Additionally, Google Ad Manager will be integrated into Giga TV, enhancing the advertising landscape within the platform.
Further collaboration will see YouTube become more deeply embedded in Vodafone’s TV devices, providing a richer video experience. These improvements are set to bring significant advancements in how viewers engage with television content, both in entertainment and beyond.
Margherita Della Valle, Vodafone Group CEO, expressed excitement about the partnership, emphasising how these AI-driven innovations will transform communication and learning. She highlighted the unprecedented scale on which the new content and services will be delivered to millions of users.
The Federal Communications Commission (FCC) has granted permission to SpaceX and T-Mobile to activate Starlink’s direct-to-cell capability for hurricane-hit regions in North Carolina. This emergency measure aims to restore communication services in areas heavily impacted by Hurricane Helene, where over 74% of cell towers were initially knocked out.
SpaceX’s satellites have already begun transmitting emergency alerts to mobile networks across the state. Basic texting on T-Mobile’s network is also under testing as part of efforts to reconnect people in affected areas. According to the FCC, only 17% of cell towers now remain offline as restoration teams work to bring the infrastructure back online.
T-Mobile noted that, while the full deployment of Starlink’s direct-to-cell constellation has not yet occurred, even early access to the system is aiding first responders in their rescue missions. Their network is almost fully restored, with minimal disruptions persisting in some remote areas.
Although Starlink’s full capabilities are still under development, FCC Commissioner Brendan Carr emphasised the critical need to manage expectations. The system is offering partial but vital assistance to communities as recovery efforts continue.
Chinese hackers reportedly accessed US broadband networks, compromising systems used for government-authorised wiretapping. The Wall Street Journal revealed that major telecom providers, including Verizon, AT&T, and Lumen Technologies, were affected by the breach.
Hackers are believed to have maintained access for months, enabling them to intercept internet traffic and sensitive communications data. US investigators, who labelled the hacking group ‘Salt Typhoon’, indicated that the breach was intelligence-focused.
China’s foreign ministry responded to the accusations, denying knowledge of the incident and condemning the US for what they called ‘a false narrative’. Beijing had previously denied involvement in similar cyber-espionage claims.
Lumen Technologies declined to comment, while Verizon and AT&T did not respond immediately. The breach follows the exposure of another Chinese hacking group earlier this year, as part of a broader campaign by US law enforcement.
In partnership with Romania’s National Authority for Communications Administration and Regulation (ANCOM) and the Ministry of National Defence, Starlink is conducting an innovative real-world test to assess whether its non-geostationary satellite (NGSO) systems can operate without interfering with geostationary satellite (GSO) networks. The test aims to investigate relaxed power flux density (EPFD) limits, which, if successful, could enable Starlink satellites to operate at up to eight times the current capacity allowed by the International Telecommunication Union (ITU) while ensuring the protection of GSO networks.
Moreover, the existing EPFD limits, established 25 years ago, were designed to prevent unacceptable interference with GSO Fixed Satellite Service (FSS) and Broadcasting Satellite Service (BSS) networks. However, many experts contend that these limits may no longer be relevant. Consequently, ANCOM has initiated this testing campaign to contribute valuable insights to ongoing ITU studies regarding EPFD limits and their implications for GSO networks.
Furthermore, the test includes installing equipment to monitor signal and interference levels, with specific protection criteria set at a 10% aggregate increase in service unavailability and a 3% increase in individual service unavailability. Over the course of at least six months, SpaceX will exceed the current EPFD limits in a designated area to collect essential operational data.
The findings will subsequently be presented at ITU meetings to demonstrate that efficient NGSO operations can coexist harmoniously with GSO networks. Additionally, Romania underscores the importance of establishing a regulatory framework that balances the protection of geostationary networks with the potential of NGSO networks to enhance connectivity. As a result, ITU is set to review EPFD limits at the upcoming World Radiocommunication Conference (WRC-27), where Romania will advocate for a collaborative approach to harness both types of satellites effectively.
The US Department of Homeland Security (DHS) and the Polish Ministry of Digital Affairs (MDA) have signed a Memorandum of Understanding (MOU) to bolster their collaboration in cybersecurity and emerging technology. This MOU strengthens the longstanding partnership between the United States and Poland, providing a structured framework for coordinated efforts in addressing global security challenges, including cyber threats and responsible technology development.
By focusing on key areas such as cyber policy, Secure by Design practices, information sharing, incident response, human capital development, and the safe deployment of AI and the Internet of Things (IoT), both nations demonstrate a shared commitment to transatlantic security. The timing of this MOU, which coincides with the Fourth Counter Ransomware Initiative Summit, reflects a united stance against the growing ransomware threat, as nearly 70 countries gathered to reinforce global resilience against cybercrime.
Various agencies will spearhead the implementation of the MOU as part of the agreement. In the United States, DHS entities like the Cybersecurity and Infrastructure Security Agency (CISA), the Office of Strategy, Policy, and Plans, and the Science and Technology Directorate will drive projects that enhance cybersecurity and support critical infrastructure. On the Polish side, the National Research Institute (NASK) will be instrumental in coordinating these efforts, positioning Poland for its upcoming EU Council presidency in 2025, where it aims to strengthen US-EU relations and prioritise European information security.
Why does it matter?
Together, these agencies will focus on collaborative initiatives that ensure safe technology practices, build critical skills, and enable a proactive response to digital threats, securing a stronger digital future for both nations.
