Google is testing an AI-driven feature for YouTube Shorts, allowing creators to alter licensed audio tracks to fit different styles or genres. Part of YouTube’s Dream Track experiment, the feature lets select creators customise songs by simply describing their desired transformation, such as changing the music genre. YouTube’s AI then generates a 30-second soundtrack for the creator’s short video, maintaining the original vocals and lyrics.
The experimental tool has clear attribution rules, ensuring viewers can see that the song has been restyled with AI. Videos featuring these AI-enhanced tracks will display the original song information and note that AI was used to alter the sound. This setup helps protect the rights of original music creators while giving video makers new artistic possibilities.
The Dream Track experiment has been in testing since last year, initially giving creators access to AI-generated artist voices with approved songs. This latest feature now expands to allow broader soundtrack customisation within Shorts, aiming to boost creator flexibility and viewer engagement.
Separately, YouTube is testing a swipe-up feature for its Android app, making it easier to navigate between videos. Available to a limited number of users, the swipe-up gesture now brings a navigation method similar to Instagram Reels, potentially signalling an interface shift across YouTube’s mobile platform.
Sales of AI-capable PCs surged to 13.3 million units in Q3 2024, making up 20 per cent of total PC shipments, according to Canalys. Defined by features like dedicated AI chipsets, these devices gained traction as more users explore on-device AI functions. Windows PCs led this segment, with a 53 per cent market share, marking the first time Windows devices dominated AI-capable PC shipments.
The expansion of Windows 11 and processor advancements are expected to fuel further adoption, although challenges remain. Convincing consumers to invest in AI-enabled PCs is essential as applications for on-device AI evolve. Canalys noted the introduction of Snapdragon X-series chips, AMD’s Ryzen AI products, and Intel’s Lunar Lake processors, all aligning with this trend.
However, support for Microsoft’s AI-driven Copilot+ on x86 chipsets is awaited. Although new devices show promise, many channel partners remain cautious. A recent survey indicated 31 per cent of partners are not planning to offer Copilot+ PCs in 2025, with another 34 per cent forecasting minimal sales of these premium models.
With Windows 10 nearing end-of-support, upcoming quarters present a pivotal moment to encourage upgrades. Moving users to AI-enabled PCs could modernise an ageing PC base, opening new pathways for AI use on personal devices.
India’s technology workforce is expected to expand significantly by 2028, creating an estimated 2.73 million new tech jobs, according to a ServiceNow report. As AI transforms industries nationwide, the overall workforce in India is projected to increase by 33.89 million, rising from 423.73 million in 2023 to 457.62 million. This growth is anticipated to bring a wave of new opportunities for professionals, particularly in tech-focused roles.
The retail sector is expected to drive the bulk of new employment, requiring nearly seven million additional workers as it adapts to tech innovations. Job opportunities in retail will increasingly demand skills in software development and data engineering, aligning with a broader shift towards a tech-enabled workforce. Other sectors set for growth include manufacturing, which anticipates 1.5 million new roles, as well as education and healthcare, each expected to see hundreds of thousands of new job openings.
ServiceNow’s research underscores the need for upskilling initiatives to support this tech-driven transition. Companies and policymakers are urged to work together in facilitating training efforts, ensuring a seamless shift for professionals moving into technical roles. Strategic investments in tech skills will also provide pathways for individuals to pursue advanced digital careers across various industries.
Demand for tech roles such as Software Application Developers, Systems Software Developers, and Data Engineers is expected to soar, with tens of thousands of new positions in these fields. Other high-demand roles include Web Developers, Data Analysts, and Software Testers, reflecting a growing need for skilled professionals to support expanding digital economy in India.
In a significant rise, over 5 million Koreans used the ChatGPT app in October, a sevenfold jump from the previous year, according to data from WiseappㆍRetailㆍGoods. This surge marks a milestone, with around 10 percent of smartphone users in Korea, totalling 51.2 million, now engaging with ChatGPT regularly.
Reports reveal that Korean users are also spending more time on the app, averaging 51.6 minutes each month—an increase of 20 minutes compared to last year. Frequency of use has similarly grown, with users logging into ChatGPT around 5.7 days a month, up from 3.2 days last year.
The increase in Korea is part of a larger global trend, with ChatGPT visits worldwide reaching 3.1 billion in September, a dramatic 112 percent increase year-on-year. This global growth underscores the rising appeal and practicality of AI applications like ChatGPT.
Analysts attribute this trend to ChatGPT’s expanding capabilities, making it a versatile tool for both personal and professional use. As more people discover its potential, ChatGPT’s popularity is expected to continue climbing globally and within Korea.
Japan’s government will not impose any tax increases to finance its ambitious 10 trillion yen ($65 billion) plan aimed at bolstering the country’s semiconductor and AI sectors, Industry Minister Yoji Muto announced on Tuesday. The statement followed Prime Minister Shigeru Ishiba’s unveiling of the substantial aid package to strengthen Japan‘s technology industry.
Prime Minister Ishiba clarified that deficit-covering bonds would not be issued to fund the initiative. The government’s approach to supporting high-tech projects is intended to enhance Japan’s global competitiveness without burdening taxpayers or adding to the national debt.
The funding strategy underscores Japan’s commitment to advancing domestic technology sectors while maintaining fiscal responsibility. The measures reflect a broader effort to secure the nation’s position in critical technology fields, vital for economic growth and national security.
Ben Peters, known for his work in autonomous vehicles, is shifting gears with Cogna, a UK-based AI startup that just secured $15M in Series A funding led by Notion Capital. Hoxton Ventures and Chalfen Ventures also joined the round, which follows an earlier $4.75M seed investment. Cogna’s mission is to revolutionise enterprise resource planning (ERP) by using AI to develop custom software tailored to businesses’ specific workflows.
Cogna’s AI-driven platform claims to streamline the traditionally cumbersome and expensive ERP processes used for managing procurement, supply chains, finance, and more. Customers like Cadent Gas and Network Plus have already adopted Cogna’s solutions, which deliver bespoke software experiences through a seamless SaaS interface. Peters emphasises that the platform enables non-technical teams to articulate their needs in natural language, letting the AI handle the rest.
Leveraging tools from providers like OpenAI and Anthropic, UK based Cogna combines generative AI with specialised engineering to write code that meets unique enterprise requirements. This approach positions Cogna to compete with established IT consulting giants while carving a niche in the lucrative enterprise AI market. Peters, drawing on his expertise from FiveAI, is confident in his ability to adapt and innovate as Cogna scales its groundbreaking solutions.
Bitcoin has overtaken silver in market capitalisation, reaching $1.75 trillion after briefly crossing $89,000 before retracing slightly. The achievement positions Bitcoin as the eighth-largest global asset, surpassing silver, which fell to $1.732 trillion. The cryptocurrency has risen by 30% over the past week, while silver declined by over 6%.
This marks the second time Bitcoin has flipped silver in 2023, signalling a growing shift in perception among traditional investors. Increasing institutional demand and enthusiasm for spot Bitcoin ETFs have driven its rise, while silver, often viewed as a stable store of value, has struggled.
Broader market optimism, spurred by recent political shifts in the US elections, has played a role in Bitcoin’s surge. Pro-crypto lawmakers gaining power have boosted investor sentiment, with the “Bitcoin Industrial Complex” index seeing record trading volumes. Stocks like Coinbase and MicroStrategy hit multi-year highs, reflecting the growing adoption of Bitcoin as a hedge against market uncertainties.
Elon Musk’s social media platform X is testing a free version of its AI chatbot, Grok, which was previously exclusive to premium subscribers. Over the weekend, reports surfaced from users and researchers indicating that some free accounts in regions like New Zealand now have access to the AI tool. While usage is capped to 10 queries every two hours for the Grok-2 model, this marks a significant expansion of the technology’s reach.
Grok, developed by Musk’s company xAI, launched earlier this year with advanced features like image generation and understanding, powered by Black Forest Labs’ FLUX.1 model. Previously available only to paying users, the decision to extend limited access to free users may reflect xAI’s strategy to grow its user base and improve feedback for refining its technology.
To use Grok for free, accounts must be at least seven days old and linked to a phone number. This move positions xAI to compete with AI giants like OpenAI’s ChatGPT and Google’s Gemini, while also potentially bolstering its valuation, which reportedly reached $40B in recent funding discussions. This test of free access could accelerate Grok’s development cycle and further establish xAI in the competitive AI market.
Japan is set to send 200 engineers and students to the United States over the next five years as part of an ambitious effort to revitalise its semiconductor industry. The trainees will join US-based chip venture Tenstorrent to specialise in the design of chips for AI, according to the Leading-edge Semiconductor Technology Center. This research organisation was established in 2022 to spearhead advanced chip development.
The program aims to restore Japan’s standing in the semiconductor market, which has waned in recent decades with the rise of competitors like South Korea and Taiwan. Training periods will last up to 18 months and are intended to develop the technical expertise needed to produce state-of-the-art semiconductors.
Supported by government funding of 7.5B yen (approximately $49M) over five years, the initiative is part of a state-backed project led by the New Energy and Industrial Technology Development Organization. Key collaborators include Japanese tech giant SoftBank Corp and the University of Tokyo, with applications opening by March next year. This strategic move underscores Japan’s commitment to reclaiming a leading role in global chip production as demand for advanced technologies continues to surge.
Universities across the EU and UK are set to introduce metaverse-based courses, where students can attend classes in digital replicas of their campuses. Meta, the company behind Facebook and Instagram, announced the launch of Europe’s first ‘metaversities,’ immersive digital twins of real university campuses. With the help of Meta’s VR partner VictoryXR, students can explore campus grounds, work on projects, and participate in simulations from their VR headsets or PCs, offering a more interactive experience than traditional video calls.
Several institutions are embracing the metaverse: the UK’s University of Leeds started metaverse courses in theater this fall, while Spain’s University of the Basque Country will introduce virtual physiotherapy and anatomy classes by February 2025. In Germany, schools in Hannover will launch immersive classes by the start of the 2025 school year. VictoryXR, which has collaborated with over 130 campuses worldwide, sees these “digital twin” campuses as ideal for field trips, group experiments, and real-time assignments.
Meta has provided VR headsets to educators at numerous universities in the US and UK, including Imperial College London, to encourage innovative teaching in fields such as science and language arts. According to Meta, these metaversities mark a ‘significant leap forward’ in education, creating interactive and engaging learning environments.
