Sustainable development

AI research project aims to improve drug-resistant epilepsy outcomes

A research collaboration between Swansea University and King’s College London has secured a prestigious Medical Research Council project grant to tackle drug-resistant epilepsy.

The project brings together clinicians, data scientists, AI specialists, and individuals with lived experience from the Epilepsy Research Institute’s Shape Network to advance understanding and treatment of the condition.

Drug-resistant epilepsy affects around 30% of the 600,000 people living with epilepsy in the UK, leading to ongoing seizures, memory issues, and mood disorders.

Researchers will use advanced natural language processing, AI, and anonymised healthcare data to better predict who will develop resistance to medications and how treatments can be prioritised.

Project lead Dr Owen Pickrell from Swansea University highlighted the unique opportunity to combine real-world clinical data with cutting-edge AI to benefit people living with the condition.

Annee Amjad from the Epilepsy Research Institute also welcomed the project, noting that it addresses several of the UK’s top research priorities for epilepsy.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

SK Telecom begins SIM card replacement after data breach

South Korea’s largest carrier, SK Telecom, began replacing SIM cards for its 23 million customers on Monday following a serious data breach.

Instead of revealing the full extent of the damage or the perpetrators, the company has apologised and offered free USIM chip replacements at 2,600 stores nationwide, urging users to either change their chips or enrol in an information protection service.

The breach, caused by malicious code, compromised personal information and prompted a government-led review of South Korea’s data protection systems.

However, SK Telecom has secured less than five percent of the USIM chips required, planning to procure an additional five million by the end of May instead of having enough stock ready for immediate replacement.

Frustrated customers, like 30-year-old Jang waiting in line in Seoul, criticised the company for failing to be transparent about the amount of data leaked and the number of users affected.

Instead of providing clear answers, SK Telecom has focused on encouraging users to seek chip replacements or protective measures.

South Korea, often regarded as one of the most connected countries globally, has faced repeated cyberattacks, many attributed to North Korea.

Just last year, police confirmed that North Korean hackers had stolen over a gigabyte of sensitive financial data from a South Korean court system over a two-year span.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

Japanese startup Craif raises funds to expand urine-based cancer test

Cancer remains one of the leading causes of death worldwide, with nearly 20 million new cases and 9.7 million deaths recorded in 2022.

In response, Japanese startup Craif, spun off from Nagoya University in 2018, is developing an AI-powered early cancer detection software using microRNA (miRNA) instead of relying on traditional methods.

The company has just raised $22 million in Series C funding, bringing its total to $57 million, with plans to expand into the US market and strengthen its research and development efforts.

Craif was founded after co-founder and CEO Ryuichi Onose experienced the impact of cancer within his own family. Partnering with associate professor Takao Yasui, who had discovered a new technique for early cancer detection using urinary biomarkers, the company created a non-invasive urine-based test.

Instead of invasive blood tests, Craif’s technology allows patients to detect cancers as early as Stage 1 from the comfort of their own homes, making regular screening more accessible and less daunting.

Unlike competitors who depend on cell-free DNA (cfDNA), Craif uses microRNA, a biomarker known for its strong link to early cancer biology. Urine is chosen instead of blood because it contains fewer impurities, offering clearer signals and reducing measurement errors.

Craif’s first product, miSignal, which tests for seven different types of cancers, is already on the market in Japan and has attracted around 20,000 users through clinics, pharmacies, direct sales, and corporate wellness programmes.

The new funding will enable Craif to enter the US market, complete clinical trials by 2029, and seek FDA approval. It also plans to expand its detection capabilities to cover ten types of cancers this year and explore applications for other conditions like dementia instead of limiting its technology to cancer alone.

With a growing presence in California and partnerships with dozens of US medical institutions, Craif is positioning itself as a major player in the future of early disease detection.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

AI educational race between China and USA brings some hope

The AI race between China and the USA shifts to classrooms. As AI governance expert Jovan Kurbalija highlights in his analysis of global AI strategies, two countries see AI literacy as a ‘strategic imperative’. From President Trump’s executive order to advance AI education to China’s new AI education strategy, both superpowers are betting big on nurturing homegrown AI talent.

Kurbalija sees focus on AI education as a rare bright spot in increasingly fractured tech geopolitics: ‘When students in Shanghai debug code alongside peers in Silicon Valley via open-source platforms, they’re not just building algorithms—they’re building trust.’

This grassroots collaboration, he argues, could soften the edges of emerging AI nationalism and support new types of digital and AI diplomacy.

He concludes that the latest AI education initiatives are ‘not just about who wins the AI race but, even more importantly, how we prepare humanity for the forthcoming AI transformation and coexistence with advanced technologies.’

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot! 

Quantum encryption achieves new milestone without cryogenics

Computer scientists at Toshiba Europe have set a new record by distributing quantum encryption keys across 158 miles using standard computer equipment and existing fibre-optic infrastructure.

Instead of relying on expensive cryogenic cooling, which is often required in quantum computing, the team achieved this feat at room temperature, marking a significant breakthrough in the field.

Experts believe this development could lead to the arrival of metropolitan-scale quantum encryption networks within a decade.

David Awschalom, a professor at the University of Chicago, expressed optimism that quantum encryption would soon become commonplace, reflecting a growing confidence in the potential of quantum technologies instead of viewing them as distant possibilities.

Quantum encryption differs sharply from modern encryption, which depends on mathematical algorithms to scramble data. Instead of mathematical calculations, quantum encryption uses the principles of quantum mechanics to secure data through Quantum Key Distribution (QKD).

Thanks to the laws of quantum physics, any attempt to intercept quantum-encrypted data would immediately alert the original sender, offering security that may prove virtually unbreakable.

Until recently, the challenge was distributing quantum keys over long distances because traditional fibre-optic lines distort delicate quantum signals. However, Toshiba’s team found a cost-effective solution using twin-field quantum key distribution (TF-QKD) instead of resorting to expensive new infrastructure.

Their success could pave the way for a quantum internet within decades, transforming what was once considered purely theoretical into a real-world possibility.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

OpenAI to tweak GPT-4o after user concerns

OpenAI CEO Sam Altman announced that the company would work on reversing recent changes made to its GPT-4o model after users complained about the chatbot’s overly appeasing behaviour. The update, rolled out on 26 April, had been intended to enhance the intelligence and personality of the AI.

Instead of achieving balance, however, users felt the model became sycophantic and unreliable, raising concerns about its objectivity and its weakened guardrails for unsafe content.

Mr Altman acknowledged the feedback on X, admitting that the latest updates had made the AI’s personality ‘too sycophant-y and annoying,’ despite some positive elements. He added that immediate fixes were underway, with further adjustments expected throughout the week.

Instead of sticking with a one-size-fits-all approach, OpenAI plans to eventually offer users a choice of different AI personalities to better suit individual preferences.

Some users suggested the chatbot would be far more effective if it simply focused on answering questions in a scientific, straightforward manner instead of trying to please.

Venture capitalist Debarghya Das also warned that making the AI overly flattering could harm users’ mental resilience, pointing out that chasing user retention metrics might turn the chatbot into a ‘slot machine for the human brain.’

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

Russian governor proposes gas-powered Bitcoin mining solution

A Russian provincial governor has proposed a solution to Bitcoin mining-related energy shortages. He suggested that associated gas from oil drilling sites could power mining operations.

Irkutsk Governor Igor Kobzev suggested that crypto miners collaborate with oil and gas companies to build data centres powered by alternative fuels. The suggestion comes amidst mounting energy concerns, especially after the recent year-round ban on Bitcoin mining in southern Irkutsk.

Governor Kobzev stated that the regional government supports Bitcoin mining but is committed to ensuring reliable electricity for residents and businesses.

He pointed out that mining operations should address the region’s electricity shortages. The government is ready to facilitate partnerships between miners and the oil and gas sectors.

Russian companies like BitRiver and Gazprom Neft have already experimented with using associated gas to power crypto mining facilities.

The Ministry of Energy is reportedly considering additional regional mining bans due to the strain on electricity networks.

Despite concerns, Governor Kobzev supports associated gas-powered mining, viewing it as a solution to reduce flaring and the environmental impact.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot! 

AI tool aims to improve early lung cancer detection

A new AI tool developed by Amsterdam UMC could help GPs detect lung cancer up to four months earlier than current methods, significantly improving survival rates and reducing treatment costs.

The algorithm, which uses data from over 500,000 patients, analyses both structured medical records and unstructured notes made by GPs during regular visits.

By identifying subtle clues like recurring mild symptoms or patterns in appointments, the tool spots signs of cancer before patients would typically be referred for testing.

The AI system was tested on data from general practices across the Netherlands, successfully predicting lung cancer diagnoses months before traditional methods. However, this early detection could have a profound impact, as early-stage lung cancer is often more treatable and can improve survival chances.

Unlike national screening programmes, this tool can be used during a GP consultation without requiring additional tests, and it appears to produce fewer false positives.

While the findings are promising, further research is needed to refine the tool and ensure its effectiveness in different healthcare systems. The researchers also believe the technology could be adapted to detect other hard-to-diagnose cancers, such as pancreatic or ovarian cancer.

If successful, it could revolutionise how GPs identify cancers early, offering a significant leap forward in improving patient outcomes.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

Auto Shanghai 2025 showcases cutting-edge AI robots

At Auto Shanghai 2025, running from April 23 to May 2, nearly 1,000 companies from 26 countries showcase their innovations.

A major highlight of the event has been the introduction of AI humanoid robots.

Among the most talked-about innovations is Mornine Gen-1, an AI humanoid robot developed by Chinese automaker Chery.

Designed to resemble a young woman, Mornine is set for various roles, from auto sales consultation to retail guidance and entertainment performances.

Also drawing attention is AgiBot’s A2 interactive service robot. Serving as a ‘sales consultant,’ the A2’s smart, interactive features have made it a standout at the event.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!

Microsoft’s Surface ad uses generative AI without anyone noticing

Microsoft recently revealed that it created a minute-long ad for its Surface Pro and Surface Laptop using generative AI, but the twist is that no one seemed to notice the AI elements, even though the ad has been online for nearly three months.

Released on January 30th, the ad features a mix of real footage and AI-generated content, with some AI-generated visuals corrected and integrated with live shots.

The AI tools were first used to generate the script, storyboards, and pitch deck for the ad. From there, a combination of text prompts and sample images helped generate visuals, which were iterated on and refined with image and video generators like Hailuo and Kling.

Creative director Cisco McCarthy explained that it took thousands of prompts to achieve the desired results, although the process ultimately saved the team around 90% of the time and cost typically needed for such a production.

Despite the AI involvement, most viewers didn’t notice the difference. The ad has received over 40,000 views on YouTube, but none of the top comments suggest AI was used. The quick-cut editing style helped mask the AI output’s flaws, demonstrating how powerful generative AI has become in the right hands.

Would you like to learn more about AI, tech and digital diplomacy? If so, ask our Diplo chatbot!