Tech News by InClicks

▲ Samsung silicon photonics chip roadmap 2028 Silicon photonics is a next-generation semiconductor technology that uses light instead of electrical signals to transfer data between chips. Samsung has just revealed a detailed roadmap to bring this technology to mass production by 2028 , positioning itself to challenge TSMC in one of the most critical battlegrounds of the AI era. If you invest in tech stocks or work in the chip industry, this shift could reshape the competitive landscape within the next three years. Why Silicon Photonics Matters for AI Chips Traditional chips rely on copper wiring to move data, but copper has physical limits - it generates heat, wastes energy, and slows down as chips shrink. Silicon photonics solves this by routing data as pulses of light. The result is up to 100x faster data transfer and roughly 70% lower power consumption between chip components. For AI workloads that process massive volumes of data, this is not a minor upgrade - it is a fund...

▲ Hyundai NVIDIA AI robotics transformation announcement Hyundai's AI robotics pivot is a historic decision by a 50-year-old automaker to redefine its entire identity. On March 26, 2026, CEO Jose Munoz told shareholders that Hyundai is no longer just a car company - it is now an "intelligent systems company." Why Did Hyundai Kill Its Own Chip Program? Hyundai had been developing its own NPU (Neural Processing Unit - a specialized chip for AI computations) for autonomous driving. But with NVIDIA's DRIVE platform already dominating the self-driving stack, building in-house no longer made strategic sense. At the annual shareholder meeting, Hyundai confirmed it would adopt NVIDIA's DRIVE Hyperion architecture across its full vehicle lineup and receive 260,000 GPUs . The turning point was a private dinner in Seoul, where Hyundai Chairman Chung Euisun, NVIDIA CEO Jensen Huang, and Samsung Chairman Jay Y. Lee sat down to hammer out the partnership details. ▲ Hyun...

▲ Eli Lilly bets $2.75B on AI drug discovery AI drug discovery is the process of using artificial intelligence to identify, design, and optimize new drug candidates - replacing years of manual lab work with algorithms that can simulate molecular interactions in hours. Eli Lilly just made the biggest bet in history on this technology, agreeing to acquire Insilico Medicine for up to $2.75 billion . If you take any prescription medication, this deal could eventually affect how your next treatment gets developed. Why Eli Lilly Chose Insilico Medicine for AI Drug Discovery Insilico Medicine is a Hong Kong-listed biotech company that has built an end-to-end AI platform for drug design. Unlike companies that use AI only for screening existing compounds, Insilico generates entirely new molecular structures from scratch. The company has produced 28 AI-designed drug candidates , and roughly half have already advanced to human clinical trials. Eli Lilly, currently the world's most val...

▲ Google TurboQuant shakes AI memory chip market TurboQuant is a new quantization algorithm developed by Google Research that compresses AI model memory usage to just 1/6 of the original size while running inference 8x faster . Within hours of its publication, memory chip stocks across Asia plummeted - raising a fundamental question about the future of the AI hardware market. What Is TurboQuant and Why Does It Matter? AI models like GPT-4 and Gemini require enormous amounts of HBM (High Bandwidth Memory) - the most expensive component in modern AI servers. A single large language model can consume over 100GB of memory. TurboQuant changes this equation by applying advanced quantization techniques that reduce that footprint to approximately 17GB , a 6x compression ratio , without meaningful loss in accuracy. For the AI industry, this is a potential game-changer: less memory means cheaper servers, faster inference, and lower operating costs. ▲ TurboQuant key metrics: 6x compress...

▲ AI bot traffic overtakes human internet usage AI bot traffic is the volume of internet activity generated by automated software - including AI models, crawlers, and autonomous agents - rather than real people. According to cybersecurity firm HUMAN Security's March 2026 report, AI bot traffic has officially surpassed human traffic for the first time. The report analyzed over 1 trillion internet interactions , revealing automation is growing 8x faster than human traffic. Why Is AI Bot Traffic Growing So Fast? The surge is driven by rapid adoption of large language models (LLMs) like ChatGPT, Gemini, and Claude. LLM-based AI traffic increased 187% in one year. The bigger story: AI agents - autonomous bots that browse, compare prices, and complete purchases without human input - surged 7,851% , a category that barely existed in 2024. The "Dead Internet Theory" now has Fortune 500-level data backing it up. ▲ Key AI bot traffic statistics and market share Who Con...

▲ Figure 03 at the White House — first humanoid robot at an official US event A humanoid robot is a machine designed to resemble the human body in shape and movement, capable of performing tasks in environments built for people. On March 25, 2026, a humanoid robot walked into the White House for the first time in history. Figure AI's Figure 03 entered alongside First Lady Melania Trump, capturing global attention as the first humanoid robot to appear at an official US government event. What Is Figure 03 — Specs and AI Technology Figure 03 is Figure AI's third-generation humanoid robot, unveiled in October 2025. Standing 5'6" (168 cm) tall and weighing 135 lbs (61 kg) , the robot is designed to perform everyday household tasks — laundry, cleaning, dishes — replacing manual chores in the home. At the White House summit, Figure 03 greeted attendees in 11 different languages and waved naturally during conversations. At the core of Figure 03 is Figure AI's ...

▲ SK Hynix US ADR listing announced March 2026 An ADR (American Depositary Receipt) is a US-traded certificate representing shares in a foreign company, allowing American investors to buy international stocks directly on US exchanges. On March 25, 2026 , SK Hynix — the world's leading HBM (High Bandwidth Memory) chipmaker — confidentially submitted Form F-1 to the U.S. Securities and Exchange Commission (SEC), formally initiating its US ADR listing process. This marks a historic step for Korea's semiconductor industry and signals SK Hynix's ambition to compete for global capital on equal footing with US chip rivals. Why Is SK Hynix Pursuing a US ADR Listing Now? The answer lies in a stark valuation gap. SK Hynix currently trades at a P/E (price-to-earnings) ratio of approximately 5.9× on the Korea Stock Exchange (KOSPI). Micron Technology, its closest US competitor, trades at over 18× — despite SK Hynix holding an acknowledged lead in HBM3E and HBM4 technology for...

▲ SK hynix EUV $8 billion investment announcement EUV (Extreme Ultraviolet) lithography is an advanced semiconductor manufacturing technology that uses 13.5nm wavelength light to etch ultra-fine circuit patterns on silicon wafers. SK hynix has committed $7.97 billion (11.95 trillion KRW) to purchase EUV equipment from ASML, making this one of the largest single equipment orders in memory chip history. The deal signals a decisive push to dominate the AI memory semiconductor market. Why Is SK hynix Investing $8 Billion in EUV Equipment? AI data centers are expanding rapidly worldwide, driving explosive demand for high-performance memory chips. Next-generation products like HBM (High Bandwidth Memory), DDR5, and LPDDR6 can only be efficiently produced on the 1c-node (6th generation) DRAM process. This advanced process is impossible without extreme ultraviolet lithography tools. SK hynix's massive investment is a preemptive move to secure production capacity before competitors...

▲ Autonomous drone swarm concept A drone swarm is a fleet of multiple drones that communicate with each other and carry out missions autonomously — without any central control tower. On March 23, 2026, U.S.-based AI company Palladyne AI and drone manufacturer Draganfly announced they had achieved a key integration milestone for autonomous drone swarm technology. They successfully loaded Palladyne AI's SwarmOS platform onto Draganfly's mission-ready drones and completed flight simulation validation. Why Traditional Drone Systems Hit a Wall Until now, most drone systems relied on a central server to control every flight path and command. This works fine when communications are stable, but has a critical weakness: if the signal is jammed or disrupted, the drones become instantly useless. This is especially problematic in military operations where communications are frequently contested. That's exactly why the U.S. Air Force Special Operations Command (AFSOC) and other ...

▲ OpenClaw AI agent revolution An AI agent is software that makes decisions and takes action on its own — without needing step-by-step instructions from a human. In March 2026, an AI agent framework called OpenClaw became the fastest-growing open-source project in history, reaching 250,000 GitHub stars in just 4 months . NVIDIA CEO Jensen Huang called it "probably the single most important release of software… probably ever." What Is OpenClaw and Why Did It Grow So Fast? OpenClaw is an AI agent framework built by Austrian developer Peter Steinberger in late 2025. It sits on top of AI models like GPT or Claude and enables them to actually do things — write code, manage files, browse the web, and complete tasks autonomously. Originally called "Clawdbot" then "Moltbot," it was renamed OpenClaw in January 2026 and immediately went viral. It surpassed React (the JavaScript library that powers most of the modern web) and even outpaced Linux's 30-year...

▲ SK Hynix HBM4E TSMC 3nm overview HBM4E is the next evolution of High Bandwidth Memory (HBM), designed to push data throughput and power efficiency beyond the current HBM4 standard. SK Hynix is now reportedly evaluating TSMC's 3nm (N3P) process for the HBM4E logic die — the computational chip at the base of every HBM stack. This represents a direct challenge to Samsung, which manufactures its HBM4 logic dies using its own 4nm foundry process. Why Does the HBM Logic Die Process Matter? HBM works by stacking multiple DRAM layers vertically and connecting them through tiny wires called TSVs (Through-Silicon Vias). At the bottom of this stack sits the logic die — essentially the "brain" that routes data between the DRAM layers and the processor. The more advanced the logic die's manufacturing process, the lower its power consumption and the faster its data processing. SK Hynix currently uses TSMC's 12nm process for HBM4 logic dies, but is considering a lea...

▲ China targets 100K humanoid robots in 2026 A humanoid robot is a robot designed to resemble the human body — walking on two legs and performing tasks with two arms. China's humanoid robot industry is entering mass production at an unprecedented scale in 2026, targeting 100,000 units and fundamentally reshaping global manufacturing. Western giants including GM and Airbus are already adopting Chinese-made humanoid robots, signaling a major shift in the competitive landscape. Why Did China's Humanoid Robot Shipments Surge 650%? In 2025, China shipped 18,000 humanoid robots — a 650% increase over the previous year. The primary driver is price competitiveness. Per-unit costs plummeted from roughly $21,000 to $14,000 (¥150K to ¥100K) in just 12 months — a 33% drop. Government-backed industrial policies, massive investment, and localized supply chains have made this possible. Companies like Guchi Robotics, UBTech, and Galbot are rapidly scaling production capacity. ▲ Key...