Christian Dior, the well-known luxury fashion brand, recently experienced a cyberattack that may have exposed customer information. The brand, owned by the French company LVMH, announced that an outsider had managed to break into part of its customer database. This has raised concerns about the safety of personal information, especially among shoppers in the UK.
Although no bank or card information was stolen, Dior said the hackers were able to access names, email addresses, phone numbers, mailing addresses, purchase records, and marketing choices of customers. Even though financial details remain safe, experts warn that this kind of personal data could still be used for scams that trick people into giving away more information.
How and When the Breach Happened
The issue was first noticed on May 7, 2025, when Dior’s online system in South Korea detected unusual activity involving customer records. Their technical team quickly responded by shutting down the affected servers to prevent more damage.
A week later, on May 14, French news sources reported the incident, and the following day, Dior publicly confirmed the breach on its websites. The company explained that while no payment data was involved, some customer details were accessed.
What Dior Is Doing Now
Following the European data protection rules, Dior acted quickly by resetting passwords, isolating the impacted systems, and hiring cybersecurity experts to investigate the attack. They also began informing customers where necessary and reassured the public that they are working on making their systems more secure.
Dior says it plans to improve security by increasing the use of two-factor login processes and monitoring accounts more closely for unusual behavior. The company says it takes customer privacy very seriously and is sorry for any trouble this may cause.
Why Luxury Brands Are Often Targeted
High-end brands like Dior are popular targets for cybercriminals because they cater to wealthy customers and run large digital operations. Earlier this month, other UK companies like Marks & Spencer and Co-op also reported customer data issues, showing that online attacks in the retail world are becoming more common.
What Customers Can Do to Stay Safe
If you’re a Dior customer, there are simple steps you can take to protect yourself:
1. Be careful with any messages that claim to be from Dior. Don’t click on links unless you are sure the message is real. Always visit Dior’s website directly.
2. Change your Dior account password to something new and strong. Avoid using the same password on other websites.
3. Turn on two-factor login for extra protection if available.
4. Watch your bank and credit card activity regularly for any unusual charges.
Be wary of fake ads or offers claiming big discounts from Dior, especially on social media.
Taking a few minutes now to secure your account could save you from a lot of problems later.
Satellites play a quiet but essential role in our everyday routines. From helping airplanes land safely to guiding us with GPS, giving us internet access, and helping during emergencies — satellites support many things we rely on. But this system could be at risk due to a new kind of technology: quantum computers.
Quantum computers are not just upgraded versions of the computers we use today. They follow a completely different set of rules, based on quantum physics. Even though they’re still in development, researchers believe that once these machines are fully ready, they will be able to solve problems regular computers can’t handle — at much faster speeds.
For example, some tasks that would take current computers millions of years could be completed in minutes by a quantum computer. While we don’t know exactly when they will become practical, scientists are making real progress in building and improving them.
These powerful machines could bring huge benefits in science, medicine, and climate research. They could help us design better medicines, understand future climate changes, or create new materials. But along with these benefits, there’s also a serious danger — they could break the codes that protect our digital systems.
Right now, things like satellite signals, online banking, and private messages are protected by encryption. These protections are based on difficult math problems that regular computers can't easily solve. But quantum computers could solve them quickly, putting private and secure data at risk.
Satellites might seem untouchable because they’re far above the Earth. But with technology becoming cheaper and more available, skilled hackers or rival nations could try to intercept their signals or send fake instructions. Attacks like these are already possible today.
That’s why experts around the world are working on a new type of digital protection, called post-quantum cryptography. These advanced systems are being developed to resist attacks from quantum computers. Some governments, like in the UK, have already set goals to switch all systems to this stronger security by 2035.
Unlike phones or laptops, satellites can’t be easily updated once they’re in space. That’s why it’s important for all new satellites to be built with quantum-safe protections from the beginning. This will also help as more satellites start working together in groups to support different services.
If we don’t act soon, future quantum computers might be able to read or change the data that satellites send. This could interrupt GPS, affect emergency responses, or even create security threats for entire countries.
To stop this from happening, scientists, engineers, governments, and global organizations must work together. The good news is that steps are already being taken. By preparing now, we can make sure our satellite systems stay secure in the quantum future.
Researchers at the University of Exeter have made an exceptional breakthrough in combating the threat of unsettling Asian hornets by developing an artificial intelligence (AI) system. Named VespAI, this automated system boasts the capability to identify Asian hornets with exceptional accuracy, per the findings of the university’s recent study.
Dr. Thomas O'Shea-Wheller, from the Environment and Sustainability Institute from Exter's Penryn Campus in Cornwall, highlighted the system's user-friendly nature, emphasising its potential for widespread adoption, from governmental agencies to individual beekeepers. He described the aim as creating an affordable and adaptable solution to address the pressing issue of invasive species detection.
VespAI operates using a compact processor and remains inactive until its sensors detect an insect within the size range of an Asian hornet. Once triggered, the AI algorithm aanalyses aptured images to determine whether the insect is an Asian hornet (Vespa velutina) or a native European hornet (Vespa crabro). If an Asian hornet is identified, the system sends an image alert to the user for confirmation.
The development of VespAI is a response to a surge in Asian hornet sightings not only across the UK but also in mainland Europe. In 2023, record numbers of these invasive hornets were observed, posing a significant threat to honeybee populations and biodiversity. With just one hornet capable of consuming up to 50 bees per day, the urgency for effective surveillance and response strategies is paramount.
Dr. Peter Kennedy, the mastermind behind VespAI, emphasised the system's ability to mitigate misidentifications, which have been prevalent in previous reports. By providing accurate and automated surveillance, VespAI aims to improve the efficiency of response efforts while minimising environmental impact.
The effectiveness of VespAI was demonstrated through testing in Jersey, an area prone to Asian hornet incursions due to its proximity to mainland Europe. The system's high accuracy ensures that no Asian hornets are overlooked, while also preventing misidentification of other species.
The development of VespAI involved collaboration between biologists and data scientists from various departments within the University of Exeter. This interdisciplinary approach enabled the integration of biological expertise with cutting-edge AI technology, resulting in a versatile and robust solution.
The breakthrough AI system, dubbed VespAI, as detailed in their recent paper titled “VespAI: a deep learning-based system for the detection of invasive hornets,” published in the journal Communications Biology. This publication highlights the notable discovery made by the researchers in confronting the growing danger of invasive species. As we see it, this innovative AI system offers hope for protecting ecosystems and biodiversity from the threats posed by Asian hornets.
EDF, the company responsible for operating multiple nuclear power facilities in the United Kingdom, has come under increased regulatory scrutiny concerning its cybersecurity practices.
This heightened attention signifies an escalation of the regulatory oversight initiated the previous year. According to the annual report from the UK's chief nuclear inspector, EDF failed to fulfill its commitment to deliver a comprehensive and adequately resourced cybersecurity improvement plan.
A spokesperson from EDF acknowledged that cybersecurity is a continually evolving concern for all organizations and emphasized their commitment to ongoing enhancement of their management processes, with the aim of eventually returning to standard regulatory scrutiny. The spokesperson also asserted that EDF's current measures pose no risk to the safety of their power stations, recognizing the significance of information security and the associated risks linked to data loss.
There is currently no concrete evidence of successful cyberattacks on British nuclear power plants. Nonetheless, earlier this year, the Intelligence and Security Committee (ISC) of the UK Parliament issued a warning regarding China's widespread cyber operations, including targeting endeavors in the civil nuclear sector. The ISC revealed that Chinese threat actors had infiltrated the computer networks of energy sector companies, with the primary focus on the non-nuclear segment, driven by China's domestic energy demand.
The specific reasons behind this new wave of regulatory scrutiny, as first reported by The Ferret, have not been disclosed to the public. EDF, a provider of energy to over five million residential and business customers, generated over £8.7 billion in revenue in 2021 but did not provide a comment when requested.
As detailed in the UK's civil nuclear cybersecurity strategy, the National Cyber Security Centre (NCSC) threat assessment highlighted ransomware as the most likely disruptive threat. While a ransomware attack on the IT systems of a nuclear power plant could disrupt its operations, these systems are designed with multiple fail-safes to prevent radiological accidents.
While cyberattacks on the operational technology systems of power plants are uncommon, they are not unprecedented, with the Triton malware in Saudi Arabia in 2017 serving as a notable example. Whether the suspected Russian actors behind such an attack could potentially circumvent the fail-safe mechanisms preventing an explosion remains unknown.
According to the UK government's National Risk Register, a cyberattack targeting the computer systems controlling a nuclear reactor might necessitate a controlled shutdown as a protective measure. While the register did not cite a risk of radiological contamination, the disruption to energy production could be protracted due to the stringent regulatory controls in place for nuclear safety and security.
As US tech giants threaten to sever their links with the UK, a significant fear has emerged among the technology sector in recent days. This upheaval is a result of the UK's proposed privacy bill, which has shocked the IT industry. The bill, which aims to strengthen user privacy and data protection rights, has unintentionally sparked a wave of uncertainty that has US IT companies considering leaving.
The UK's plans to enact strict privacy laws, which according to business executives, could obstruct the free movement of information across borders, are at the core of the issue. Users would be able to request that their personal data be removed from company databases thanks to the unprecedented power over their data that the new privacy regulation would give them. Although the objective is noble, major figures in the tech industry contend that such actions may limit their capacity to offer effective services and innovate on a worldwide scale.
According to Ian Hogarth, a tech entrepreneur and AI investor, it was “inevitable” that more jobs would turn increasing automated.
He further urged businesses and individuals the need to reconsider how they work. "There will be winners or losers on a global basis in terms of where the jobs are as a result of AI," he said.
There have already been numerous reports of jobs that are losing their status of being ‘manual’, as companies are now increasing adopting AI tools rather than recruiting individuals. One recent instance was when BT stated “it will shed around 10,000 staff by the end of the decade as a result of the tech.”
However, some experts believe that these advancements in the job sector will also result in the emergence of new job options that do exist currently, similar to the time when the internet was newly introduced.
Validating this point is a report released by Goldman Sachs earlier this year, which noted 60% of the jobs we aware of today did not exist in 1940.
According to Hogarth, the aim of the newly assigned taskforce was to help government "to better understand the risks associated with these frontier AI systems" and to hold the companies accountable.
Apparently, he was concerned about the possibility of AI posing harm, such as wrongful detention if applied to law enforcement or the creation of dangerous software that encourages cybercrime.
He said that, “expert warnings of AI's potential to become an existential threat should not be dismissed, even though this divides opinion in the community itself.”
However, he did not dismiss the benefits that comes with these technologies. One of them being the advancements in the healthcare sector. AI tools are not all set to identify new antibiotics, helping patients with brain damage regain movements and aiding medical professional by identifying early symptoms of diseases.
According to Mr. Hogarth, he developed a tool that could spot breast cancer symptoms in a scan.
To monitor AI safety research, the group he will head has been handed an initial £100 million. Although he declined to reveal how he planned to use the funds, he did declare that he would know he had succeeded in the job if "the average person in the UK starts to feel a benefit from AI."
UK’s Prime Minister Rishi Sunak has set AI as a key priority, wanting to make UK to become a global hub for the sector.
Following this revelation, OpenAI, the company behind the very famous chatbot ChatGPT is all set to build its first international office in London. Also, data firm Palantir has also confirmed that they will open their headquarters in London.
But for the UK to establish itself as a major force in this profitable and constantly growing sector of technology, there are a number of obstacles it will have to tackle.
One instance comes from an AI start-up run by Emma McClenaghan and her partner Matt in Northern Ireland. They have created an AI tool named ‘Wally,’ which generates websites. The developers aspire to turn Wally into a more general digital assistance.
While the company – Gensys Engine – has received several awards and recognition, it still struggle getting the specialized processors, or GPUs (graphics processing units). They need to continue developing the product further.
In regards to this, Emma says, "I think there is a lack of hardware access for start-ups, and a lack of expertise and lack of funding.”
She said they waited five months for a grant to buy a single GPU - at a time when in the US Elon Musk was reported to have purchased 10,000.
"That's the difference between us and them because it's going to take us, you know, four to seven days to train a model and if he's [able to] do it in minutes, then you know, we're never going to catch up," she added.
In an email chat, McClenaghan noted that she thinks the best outcome for her company would be if it gets acquired by some US tech giant, something commonly heard from a UK startup.
This marks another challenge for the UK: to refocus on keeping prosperous companies in the UK and fostering their expansion.