Scientists have developed GROVER, an AI model trained to decode human DNA. This innovative tool, created by a team at the Biotechnology Center of Dresden University of Technology, treats DNA as a text, learning its rules and context to draw out functional information from sequences. Published in Nature Machine Intelligence, GROVER has the potential to revolutionise genomics and accelerate personalised medicine.
Understanding DNA’s complex language has been a longstanding challenge. While only 1–2% of the genome consists of genes that code for proteins, the rest contains sequences with multiple functions, many of which remain a mystery. Dr. Anna Poetsch and her team believe AI can help unravel these non-coding regions. GROVER, trained on a reference human genome, has shown the ability to predict DNA sequences and extract contextual information, such as identifying gene promoters and protein binding sites.
GROVER’s development involved creating a DNA dictionary. Using a method inspired by compression algorithms, the team analysed the genome to find common multi-letter combinations, fragmenting the DNA into ‘words’ that improved GROVER’s predictive accuracy. This approach distinguishes GROVER from previous attempts and enhances its ability to decode the genetic language.
Dr. Poetsch and her colleagues are optimistic about GROVER’s impact on genomics. By understanding the rules of DNA through a language model, they hope to uncover deeper biological meanings, advancing both genomics and personalised medicine. GROVER promises to unlock the layers of genetic code, revealing crucial information about human biology, disease predispositions, and treatment responses.
Oxford Dynamics, based in Harwell, Oxfordshire, is developing a robot named Strider to operate in hazardous environments, such as chemical, biological, or nuclear incidents. The company has secured a £1m contract with the Ministry of Defence to design and supply this advanced robot by September.
Strider is equipped to handle tasks that are dangerous for humans, like retrieving contaminated objects and performing semi-autonomous activities. The robot is designed to navigate difficult terrains using infra-red, radar, and lidar systems, making it highly versatile in various scenarios, including those similar to the Novichok attack in Salisbury.
Mike Lawton, a director at Oxford Dynamics, envisions building thousands of Strider robots to benefit global safety. He emphasizes the importance of deploying machines instead of humans in life-threatening situations. The company also plans to enhance Strider with AVIS AI software, inspired by JARVIS from the Iron Man films, to further improve its capabilities.
Founder Shefali Sharma sees potential for adapting the technology to submarines and fighter jets, aiming to get these innovations into the hands of those who need them most. The initiative has been praised by Defra, highlighting the rapid progress from concept to a highly capable platform.
Beachgoers in the UK can now access the SeaCheck app for real-time updates on sea conditions at Boscombe Beach in Dorset. Created by the Bournemouth, Christchurch and Poole (BCP) Council, the app delivers details on sea temperature, wind speed, and wave height. Utilising AI, it provides the latest data to help users make informed choices about swimming, paddling, or surfing.
Currently in a pilot phase until September, the app’s effectiveness will be assessed for a potential wider release. Additionally, AI will soon be able to detect harmful bacteria levels using information from buoys near Bournemouth and Boscombe piers.
Millie Earl, leader of the BCP Council, highlighted the app’s innovation, noting its use of AI and real-time data to give the public valuable insights into sea conditions and water quality.
Why does this matter?
The innovation exemplifies how technology can be leveraged to improve public services and safety. It allows individuals to make informed decisions about activities like swimming, paddling, or surfing, potentially reducing risks associated with adverse weather or water conditions. The app’s future capability to detect harmful bacteria levels can further protect public health.
The Isle of Man, a self-governing British Crown dependency in the Irish Sea between England and Ireland, has launched a programme to upskill its residents on the use of AI. By tapping on the ‘enhanced productivity’ of the workers, the government intends to improve its GDP by 10%. Chief executive of Digital Isle of Man, Lyle Wraxell, explained how the program and a public roadshow accompanying it will help ensure that people ‘keep up with the rapidly evolving technology’.
The initiative, ‘Activate AI,’ will unfold in three stages: the first will focus on education, the second will enable the island to establish a global positioning, and the final stage will be acceleration. A new platform will launch by the end of August, providing 200 hours of complimentary training for businesses and individuals.
The programme’s applied AI service will help companies pair up with experienced firms to explore AI-driven solutions for their business challenges. Given that this facility will be provided free of cost, board member Jason Bissell highlighted how this approach will enable the creation of a partner ecosystem, allowing local businesses to experiment and understand the technology’s potential value.
Brazil has announced a 23 billion reais ($4.07 billion) investment plan for AI development. The initiative aims to foster sustainable and socially-oriented technologies within the nation, enhancing its technological autonomy and competitiveness in the global AI market.
The investment plan includes immediate impact initiatives targeting key sectors such as public health, agriculture, environment, business, and education. These initiatives focus on developing AI systems to streamline customer service and operational procedures.
A significant portion of the funds, nearly 14 billion reais, will be allocated to business innovation projects over the next four years. More than 5 billion reais will be invested in AI infrastructure and development, with the remaining resources dedicated to training, public service improvements, and AI regulation support.
President Luiz Inácio Lula da Silva emphasised the importance of Brazil developing its own AI technologies rather than relying on imports. He highlighted the potential of AI to generate income and employment within the country.
OpenAI has begun rolling out an advanced voice mode to a select group of ChatGPT Plus users, according to a post on X by the Microsoft-backed AI startup. Initially slated for a late June release, the launch was delayed to July to ensure the new feature met the company’s standards. This voice mode enables users to engage in real-time conversations with ChatGPT, including the ability to interrupt the AI while it is speaking, enhancing the realism of interactions.
The new audio capabilities address a common challenge for AI assistants, making conversations more fluid and responsive. In preparation for this release, OpenAI has been refining the model’s ability to detect and reject certain types of content while also enhancing the overall user experience and ensuring its infrastructure can support the new feature at scale.
We’re starting to roll out advanced Voice Mode to a small group of ChatGPT Plus users. Advanced Voice Mode offers more natural, real-time conversations, allows you to interrupt anytime, and senses and responds to your emotions. pic.twitter.com/64O94EhhXK
The following development is part of OpenAI’s broader strategy to introduce innovative generative AI products, as the company aims to stay ahead in the competitive AI market. Businesses are rapidly adopting AI technology, and OpenAI’s efforts to improve and expand its offerings are crucial to maintaining its leadership position in this fast-growing field.
Ericsson and Turkcell have embarked on a strategic partnership to enhance mobile backhaul capacity, which is essential for advancing 5G and upcoming 6G technologies. The collaboration centres around the successful trial of a W-Band solution, which significantly expands the available spectrum by incorporating frequencies beyond the conventional E-band. This enhancement doubles the high-performance backhaul spectrum, enabling transport capacities of up to 100 Gbps.
The deployment of the W-Band (92 – 114.5 GHz) marks a significant technological milestone in the realm of millimetre Wave (mmWave) bands. This addresses the increasing demand for high-speed data transmission and positions Turkcell to deliver superior services, optimise costs, and create new business growth opportunities.
Additionally, the W-Band solution contributes to improved energy efficiency and a reduced carbon footprint, aligning with broader sustainability goals. As part of their long-standing partnership, Ericsson will provide the necessary equipment, conduct test demonstrations, and evaluate the performance of this innovative solution. This collaboration underscores both companies’ commitment to pioneering technologies that meet evolving business and technical requirements, ultimately enhancing the customer experience in an increasingly data-driven world.
Shares of New York-listed cryptocurrency companies surged on Monday following Donald Trump’s endorsement of bitcoin and his promise of more favourable regulations if elected.
Coinbase shares climbed 3.7%, while Bitfarms, Riot Platforms, and CleanSpark saw gains ranging from 3.4% to 4.5%. Analysts at Bernstein noted that the crypto market is optimistic about a potential Trump victory, especially compared to the current Biden administration’s stricter regulatory stance.
Crypto executives have frequently criticised the Biden administration’s oversight, although SEC Chair Gary Gensler defends it due to bitcoin’s volatility and speculative nature. Despite these regulatory hurdles, cryptocurrency has gained mainstream acceptance, with support from institutional investors and ETFs linked to bitcoin and ether prices.
Why does it matter?
A Trump victory could provide a further boost to the industry. He recently suggested creating a national bitcoin stockpile and expressed interest in mining all remaining bitcoin in the US. Bitcoin rose by up to 2.4%, hitting its highest level since mid-June.
Shanghai has announced a massive $13.8 billion investment to bolster its integrated circuit, biomedicine, and AI industries. The biggest city in China is making a significant push to solidify its position as a global tech leader.
The AI sector will benefit significantly, with investments directed towards intelligent chips, software, autonomous driving, and intelligent robots. The following initiative is part of Shanghai’s broader strategy to foster innovation and build a competitive edge in the global market.
Funds will support original innovation, enhancing Shanghai’s technological capabilities. This move is expected to accelerate the development of globally competitive enterprises within the city, driving growth and attracting talent.
By focusing on these key sectors, Shanghai aims to solidify its reputation as a leading commercial hub. The strategic investment underscores the city’s commitment to advancing technological innovation and economic development.
The launch of spot Ether exchange-traded funds (ETFs) in the US on 23 July 2024 marked a significant milestone. On their first day, Ether ETFs attracted about $106 million in net inflows, with BlackRock iShares Ethereum Trust leading at $266.5 million. However, these figures are modest compared to the nearly $7 billion inflows seen by Bitcoin ETFs in their first three weeks. Analysts predict Ether ETFs may capture only 20-25% of Bitcoin ETF inflows, with some estimates as low as 10%, reflecting market complexities and investor sentiment.
Investor reactions to the ether ETF launch are varied, with many experts expressing cautious optimism. Nathan Gauvin, CEO of Gray Digital, suggests that the launch might not have the transformative impact some anticipated, describing it as ‘less of an event than people are making it seem to be.’
A significant concern among investors is the US Securities and Exchange Commission’s decision to exclude staking from these ETFs. Staking allows Ethereum holders to earn rewards by locking up their ether, enhancing potential returns. The current ETF structure only permits holding unstaked ether, leading some investors to compare this to owning a bond without receiving interest payments. Chanchal Samadder from ETC Group echoed this sentiment, likening holding an unstaked ether ETF to owning a stock without the right to dividends.
Why does this matter?
The exclusion of staking options is a major point of contention within the industry. Many experts, including CoinShares’ Steven McClurg, believe that investors may continue to stake their ether outside the ETF framework to earn yields, potentially diminishing the attractiveness of the ETFs. This situation highlights the challenges of regulatory constraints and the need for a more comprehensive approach to integrating staking into these investment vehicles.
