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    Samsung seeks AI expansion and innovation in next-gen Galaxy devices

    • Company is testing new application processors for S26, considering both its proprietary Exynos 2600 and chips from longtime partner Qualcomm.

    Samsung Electronics is stepping up its artificial intelligence (AI) ambitions for the next generation of Galaxy smartphones.

    The tech titan is actively negotiating with AI leaders like OpenAI and Perplexity AI to bring a fresh wave of intelligent features to the upcoming Galaxy S26 series, expected to launch next year.

    This push marks a significant move beyond Samsung’s existing partnership with Google and its Gemini model, reflecting a desire to give users greater choice and a richer AI experience.

    Choi Won-Joon, President and COO of Samsung’s mobile division, offered a glimpse behind the scenes during an interview at the company’s Suwon headquarters.

    “We are talking to multiple vendors. As long as these AI agents are competitive and can provide the best user experiences, we are open to any AI agent out there.” His statement signals Samsung’s appetite for diversity—and perhaps a bit of friendly competition—in the phone AI landscape.

    Smartphone race is heating up

    June reports indicated Samsung was close to striking an investment deal with Perplexity AI, planning to blend its software and assistant into Galaxy devices. Like its chief competitor Apple, the company is on the lookout for AI partnerships that can bolster in-house development and deliver meaningful upgrades for customers.

    Beyond AI, Samsung is also weighing its options for what will power the next Galaxy S26. The company is testing new application processors, considering both its proprietary Exynos 2600 and chips from longtime partner Qualcomm.

    The evaluation comes after the debut of the Exynos chipset—in a foldable device—for the first time in the latest Galaxy Z Flip 7. Samsung’s persistent effort to prove Exynos’ efficiency and thermal advantages shows its drive to control more of its tech stack, while gradually reducing reliance on outside suppliers.

    The smartphone race is heating up in more ways than one. According to recent industry chatter, Apple is readying its first folding iPhone—drawing on Samsung’s innovations and even using foldable OLED screens from Samsung Display.

    The competition doesn’t rattle Samsung’s executive team. “This is just the beginning of making these phones go mainstream,” Choi remarked about the new Galaxy foldables. Another global player in the foldable game would be a positive force for advancement across the industry, he added.

    With expanded AI partnerships and ongoing hardware innovation, Samsung is doubling down on its mission: to push boundaries and keep its devices at the forefront of what’s possible in mobile technology.

    Nasscom to host first “Tech Developer Confluence” to shape India’s future

    • Aims to supercharge the nation’s developer community by offering them a national platform to innovate, experiment, and thrive.
    • Event aims to be a launchpad—inviting students, working developers, and technology leaders to join forces.

    India’s technology workforce may be vast—boasting more than five million technologists—but Nasscom President Rajesh Nambiar made an impassioned call for a new generation of builders.

    “What we need now are creators who dream beyond lines of code and build for real-world scale,” he emphasised, speaking ahead of a landmark industry event.

    Nasscom has unveiled plans for its inaugural ‘Tech Developer Confluence,’ set for August 8 in Bengaluru. With this initiative, India’s premier tech industry association aims to supercharge the nation’s developer community by offering them a national platform to innovate, experiment, and thrive.

    Billed as the first of its kind, the gathering will shine a spotlight on game-changing technologies—think Generative AI, quantum computing, advanced cybersecurity, and more. Attendees can immerse themselves in hands-on workshops, deep-dive masterclasses, and spirited hackathons designed to turn raw potential into cutting-edge products and solutions.

    Nambiar views the event as a fundamental reimagining of how India nurtures and inspires its tech talent. “The confluence is about rewiring the way we recognize and elevate developer minds,” he said.

    The mission

    More than just an educational forum, the event aims to be a launchpad—inviting students, working developers, and technology leaders to join forces.

    The mission? To transform capability into innovation, turning local talent into a force capable of global impact.

    Nasscom believes India’s IT community—including both current employees and aspiring professionals—can play a pivotal role in shaping the frontiers of AI, cloud computing, quantum technologies, cybersecurity, and advanced product engineering.

    This conference also strives to future-proof the nation’s education and skilling systems, encouraging grassroots participation and broadening access to the deep-tech economy.

    Over the course of a single action-packed day, coders, architects, researchers, and student innovators will roll up their sleeves for explorations that go beyond the textbook.

    From GenAI-powered DevOps and synthetic data modeling, to the mechanics of multi-agent systems and new frontiers in space-tech, participants are invited to grapple with real-world challenges and unlock tangible impact.

    High-profile hackathons

    Among the highlights: masterclasses delving into cutting-edge topics like building multi-agent AI applications, generating synthetic data for GenAI models, and leveraging AI-driven code assistants for rapid development.

    Meanwhile, focused discussions will tackle practical issues such as cybersecurity strategies powered by agentic AI, implementing responsible AI principles end-to-end, and compliance with India’s new data privacy laws under the DPDP Act.

    Notably, Nasscom will host two high-profile hackathons during the event, challenging teams to develop meaningful solutions addressing urgent industry needs.

    It’s all part of the association’s commitment to nurturing India’s $284 billion technology sector and empowering developers to be the architects of tomorrow.

    Despite US curbs, $1b in Nvidia AI chips smuggled into China

    • Some sellers are already taking preorders for the B300, Nvidia’s yet-to-launch model, promising quick delivery as soon as it officially debuts later this year
    • Demand has soared following the H20 ban, making the market around these chips resemble a frenzied seafood bazaar—buyers can even scroll through Douyin or Xiaohongshu, China’s top social media platforms, to find everything from RTX 5090s to plug-and-play B200 servers.

    The United States has been actively working to restrict China’s access to high-end AI chips from companies like Nvidia and AMD, but these efforts haven’t fully succeeded.

    Despite sweeping bans, including an April 2025 crackdown targeting Nvidia’s H20 series and AMD’s MI308, Chinese firms continue to lay their hands on cutting-edge hardware, especially Nvidia’s flagship B200 chips.

    According to a detailed Financial Times investigation, at least a billion dollars’ worth of restricted Nvidia and AMD chips have reached China since the ban went into effect. The report draws on sales contracts, corporate documents, and first-hand accounts of individuals involved in these clandestine deals.

    While US law bans the sale of these chips to China, Chinese regulations don’t prohibit such trades, allowing importers to purchase them so long as taxes are paid.

    The Nvidia B200 has emerged as the crown jewel of this underground trade. Demand has soared following the H20 ban, making the market around these chips resemble a frenzied seafood bazaar—buyers can even scroll through Douyin or Xiaohongshu, China’s top social media platforms, to find everything from RTX 5090s to plug-and-play B200 servers.

    In fact, some sellers are already taking preorders for the B300, Nvidia’s yet-to-launch model, promising quick delivery as soon as it officially debuts later this year.

    It’s important to note that Nvidia and its official partners do not supply these chips directly to China. Still, complicated global distribution chains and a world of intermediaries make it quite feasible for the hardware to flow into the country.

    Nvidia itself admitted that it does not offer services or support for these unauthorised chips. Yet, many Chinese buyers, enticed by the sheer computing power, are ready to accept the risks and handle support themselves.

    Nvidia’s CEO, Jensen Huang, continues to publicly deny any large-scale black-market activity, dismissing concerns at events like Computex 2025 and labeling worries about chip diversion as unfounded.

    He’s even gone so far as to call the US export controls a failed strategy, arguing they only push China to accelerate its homegrown hardware efforts—a sentiment echoed by former Commerce Secretary Gina Raimondo, who described strict controls as futile in the long run.

    The underground market for these AI chips is not just thriving—it’s extraordinarily profitable. As of now, a standard rack featuring eight Nvidia B200 AI chips can fetch between $420,000 and $490,000, reflecting a massive 50 per cent markup over American prices. Some distributors rake in more than $100,000 profit on a single order.

    Gate of the Era, a Chinese distributor highlighted in the report, reportedly moved several hundred racks, grossing nearly $400 million in just a few months.

    New Intel boss sparks sweeping changes ahead of key decisions

    • Tan to authorise new fabs construction only when demand is already present, leading to delays in ongoing work in Ohio and putting expansion plans in Poland and Germany on ice.
    • Tan warns that if Intel can’t land a major outside customer for the 14A process, it may be forced to exit advanced chip manufacturing altogether.

    Intel’s new CEO, Lip-Bu Tan, has wasted no time shaking up the company’s long-standing operations. Intel announced it would finish this year with a workforce 22 per cent smaller than in 2024, marking one of the largest reductions in its history.

    The majority of these cuts have already been executed, as Tan aggressively pursues a leaner, more focused Intel.

    Since stepping in this March, Tan has initiated the divestment of side businesses, continued significant layoffs, and redirected resources in a bid to remedy years of declining fortunes.

    Intel has slipped badly in areas that now define the semiconductor landscape: its presence in the booming artificial intelligence (AI) chip market is practically nonexistent, ceding ground to Nvidia.

    At the same time, archrival AMD has chipped away at Intel’s dominance in both PC and server markets. Meanwhile, Intel’s big bet on entering chip manufacturing for other firms—staking claims against powerhouse TSMC—has not delivered the hoped-for results.

    In an internal memo, Tan made it clear he is calling time on the old ways. “There are no more blank checks,” he told employees.

    “Every investment must make sense, and we’ll only build what our customers actually need, when they need it.”

    This cost-discipline is expected to filter through every part of the company. Notably, finance chief David Zinsner said they have eliminated about half of Intel’s management layers, aiming for a simpler, faster organisation.

    Headcount to drop to 75,000 by year-end

    From a hiring perspective, Intel’s headcount will drop from 96,400 at June’s end to about 75,000 by year-end—a planned 22 per cent reduction compared to last year. Most of this will happen through attrition and various staff optimizations.

    Tan is also changing strategy on capital-heavy projects. For decades, Intel built new fabs ahead of anticipated demand, sometimes constructing facilities the market didn’t need.

    Now, Tan will authorise new construction only when demand is already present, leading to delays in ongoing work in Ohio and putting expansion plans in Poland and Germany on ice.

    Chip packaging activities in Costa Rica will be merged with Intel operations in Vietnam and Malaysia to further consolidate operations.

    The technological pivot centers on two advanced manufacturing processes: 18A and 14A. Under Tan, 18A will only serve Intel’s own products, as economic returns for foundry work have proven elusive. The next-generation 14A process is at a crossroads.

    Third-quarter projections

    The company’s latest financial filings openly state: if Intel can’t land a major outside customer for the 14A process, it may be forced to exit advanced chip manufacturing altogether.

    Looking ahead, Intel has projected a third-quarter loss of $0.24 per share, which is noticeably deeper than the consensus forecast of a $0.18 per share loss.

    Despite this, the company remains optimistic about its revenue, expecting it to land between $12.6 billion and $13.6 billion. The midpoint of that range—$13.1 billion—comfortably beats the average analyst estimate of $12.65 billion, offering a sliver of reassurance to investors.

    For the second quarter, which concluded on June 28, Intel reported flat revenues at $12.9 billion. This ended a four-quarter slide in sales and exceeded analyst expectations, which were set at $11.92 billion.

    Adjusted losses for the June quarter came in at $0.10 per share; this was significantly under the estimated $0.01 per share profit. On an unadjusted basis, losses reached $0.67 per share, much steeper than the anticipated $0.26 per share loss.

    A major factor behind these numbers was Intel’s continued investment in expanding manufacturing capacity and research. These actions reflect the company’s strategic play to reclaim ground in the fiercely contested semiconductor market.

    On top of these investments, Intel absorbed restructuring charges of $1.9 billion in the second quarter, the result of broad job cuts as part of its ongoing cost-saving efforts.

    Minimising risk

    As the only American company capable of producing advanced chips in-house, Intel’s possible withdrawal from leading-edge manufacturing would mark a historic pivot.

    Such a move would shift Intel’s reliance to external foundries like TSMC, narrowing strategic options and leaving it at a disadvantage to competitors like AMD, which have deep, proven relationships with those foundries.

    Additionally, Intel’s heavy investment in chipmaking equipment—valued at around $100 billion—would take a massive hit if the 14A line is halted, likely resulting in enormous write-downs.

    Tan insists that things are different this time, especially with 14A’s development occurring in close collaboration with potential customers—something he felt was lacking for the 18A process. This new customer-centric focus aims to minimise risk and better match technology development with actual market demand.

    “We learn from our mistakes,” Tan said in a post-earnings call. “We can learn quicker and get a better result.”

    Netrasemi raises Rs107cr in Series A funding round

    • Investment round led by Zoho Corporation and Unicorn India Ventures.

    Netrasemi, a promising semiconductor technology startup based in Kerala, India, has raised Rs107 Crore in its Series A funding round.

    The significant investment was led by Zoho Corporation Ltd and Unicorn India Ventures, reflecting strong confidence in Netrasemi’s innovative potential.

    Established in 2020 by Jyothis Indirabhai, Sreejith Varma, and Deepa Geetha, the company specialises in developing advanced system-on-chips (SoCs) tailored for smart Internet of Things (IoT) applications, particularly those requiring complex video processing.

    Netrasemi’s SoCs integrate a proprietary deep-neural AI acceleration core (NPU), enabling efficient on-device AI analytics without the dependency on cloud or server infrastructures. The  energy-efficient design addresses contemporary demands for real-time processing and enhanced data privacy.

    The firm’s comprehensive silicon intellectual property portfolio underpins three SoC families—Netra-R1000, Netra-A2000, and Netra-A4000—all featuring machine learning capabilities based on Netrasemi’s unique graph-stream hardware acceleration architecture.

    Having previously secured Rs10 crore in a Pre-Series A round and Rs8.3 crore through seed funding, Netrasemi plans to utilise the latest capital infusion to accelerate research and development, expand manufacturing capacities, and bolster marketing strategies.

    The financial backing positions Netrasemi to advance semiconductor innovation in India, contributing significantly to the country’s growing technology ecosystem.

    InMobi targets $1b in IPO to value it at $10b

    InMobi, the Bengaluru-based mobile advertising platform backed by SoftBank Group, is poised to make a significant entry into India’s public markets with an initial public offering (IPO) targeting up to $1 billion.

    The company plans to engage arrangers for its Mumbai IPO, as reported by Bloomberg, and aims to file its draft prospectus with regulators within the current year, with the submission expected in the second half of 2025.

    Reports suggest InMobi is seeking a valuation of around $10 billion for its market debut, a marked increase from its $1.5 billion valuation in 2014.

    A pivotal factor supporting this IPO is InMobi’s strategic decision to relocate its corporate headquarters from Singapore back to India. The company operates a global mobile advertising business and holds a majority stake in Glance, an AI-powered lock screen content platform.

    The IPO will reflect the financial and growth prospects of both its core advertising operations and its investment in Glance.

    Robust Indian IPO landscape

    Recent financial maneuvres include raising $100 million in conventional debt financing in September 2024, intended to advance InMobi’s artificial intelligence initiatives and potential acquisitions in this domain.

    The company’s heavy investment in generative AI aims to enhance its advertising solutions and expand AI commerce platforms, underscoring its commitment to innovation.

    InMobi’s decision aligns with a broader trend of Indian tech startups choosing domestic markets for public listings. The robust Indian IPO landscape, having raised over $7 billion so far this year and building upon a record $21 billion in the previous year, offers a conducive environment for InMobi’s ambitious public market venture.

    The move not only signifies confidence in India’s capital markets but also highlights the growing prominence of AI-driven tech enterprises emerging from the region.