Read Varun Chirravuri's work in technology.
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Zero-Knowledge Proof (ZKP) hardware accelerators enable distributed privacy. ASIC and FPGA accelerators democratize verifiable compute as cryptographic privacy smart contracts, decentralized identity, and zk-rollups proliferate across…
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The proliferation of agentic AI systems, autonomous physical robotics, and generative multimodal models represent the latest iteration of one of the oldest debates in modern economics: namely, whether the process of technological…
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As artificial intelligence rapidly transitions from static, text-generating chatbots to autonomous digital workers, the corporate cybersecurity landscape is confronting a fundamental shift.
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The fundamental challenge of controlling autonomous microrobots down to the sub-gram scale lies in the paradox of both needing fast millisecond-level responses to stabilize against aerodynamic turbulence and limiting payload to avoid…
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SpaceX took a major regulatory step in its efforts to conquer dead zones on mobile networks across the globe. The U.S. Federal Communications Commission on Thursday gave SpaceX the go-ahead to operate a international telecommunications…
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Deploying industrial Internet of Things (IoT) sensor nodes in off-grid, harsh, or hard-to-reach environments presents a severe operational bottleneck: lithium-ion batteries suffer from degradation, thermal sensitivity, and costly manual…
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Enterprise software saw another blockbuster artificial intelligence deal this month as Salesforce announced it is in advanced talks to acquire customer research startup Listen Labs for ~$2B.
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In a move to accelerate their challenge to proprietary robotics architectures, Qualcomm Technologies announced an agreement to acquire PickNik Robotics, the primary commercial steward / developer of MoveIt, the world's most widely…
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As the semiconductor industry moves towards high-numerical-aperture () Extreme Ultraviolet (EUV) lithography to print sub- logic nodes, traditional polymeric photoresists reach fundamental physical limits.
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The growing demand from distributed AI clusters, cloud providers, and video platforms for bandwidth-hungry transcontinental data centers has strained current infrastructures of information exchange to their physical limits.
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High-Altitude Pseudo-Satellites (HAPS)—unmanned solar-electric aircraft designed to operate at 60,000–70,000 feet—can provide persistent telecommunication, Earth observation, and emergency response services at a small fraction of the…
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Semiconductor fabrication plants (fabs) and ultra-clean environments require some of the most energy-intensive infrastructures in the modern industrial landscape.
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With tens of thousands of interconnected GPUs forming a single AI cluster, traditional copper interconnects are proving to be a significant power and thermal barrier as the bandwidth needs grow exponentially.
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The field of artificial intelligence witnessed a significant advancement this month with the OpenAI team posting their latest achievement – the GPT-6 Astra model.
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The home entertainment and smart living device space is seeing rapid progress as manufacturers unveil new generation display panels capable of generating extreme contrast and brightness while using less energy, along with late-summer…
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Traditional robotic vision systems utilize frame-based CMOS image sensors that sample complete pixel arrays at regular intervals (e.g., 30–120 FPS), generating excessive volumes of redundant static data that overwhelms edge processors…
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The field of micro-robotics was advanced by researchers at the Massachusetts Institute of Technology who developed a two-part artificial intelligence control framework.
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Solving the physical and economic limits of multi-patterning photolithography has become a critical priority for the semiconductor industry as physical scaling approaches sub-2nm process geometries.
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The boundary between artificial intelligence and quantum computing moved significantly closer this month. In an industry milestone, IonQ announced that its sixth-generation Superion 256 quantum processing unit (QPU) will be the first…
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The field of biological sciences witnessed a major milestone this month, as Google DeepMind announced the creation of the AlphaGenome Atlas.
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The exponential growth of high-density AI compute clusters driven by megawatt-scale accelerator deployments presents new challenges to data center power delivery networks.
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Modern enterprise software ecosystems face an asymmetric threat landscape: malicious actors exploit automated tools to scan code surfaces for zero-day vulnerabilities in minutes, while defender teams face manual code audits, triage, and…
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The federal government is home to the largest financial ecosystem in the world with over 175 credit programs across 20 different agencies with a portfolio worth nearly $5 trillion.
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The shift toward decentralized intermittent renewables and electrification has created significant volatility within transmission and distribution networks, with standard centralized power dispatch mechanisms ill-suited to manage…
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As the quantum computing industry shifts from Noisy Intermediate-Scale Quantum (NISQ) devices towards fault-tolerant processing, the physical overhead of logical qubit construction using existing surface code error-correction models…
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As EV manufacturing accelerates, traditional lithium extraction methods—such as month solar evaporation ponds and energy-intensive hard-rock mining—fail to meet rapidly expanding global supply timelines.
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Commercial deep-sea shipping and maritime logistics face increasing pressures to improve operational safety, reduce fuel emissions, and streamline crew requirements.
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Apple officially announced their massive autumn lineup of hardware at their annual September keynote event at the Steve Jobs Theater.
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The semiconductor design automation space witnessed a historic achievement this week as electronic design automation (EDA) software giant Synopsys and foundry behemoth Taiwan Semiconductor Manufacturing Co.
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With increasing compute density demands in advanced AI workloads, 3D IC stacking of chiplets has become the dominant methodology to overcome physical limitations of 2D planar chipscale packaging.
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