Electronics
Universal IR Remote Dongle: The Last Remote You’ll Ever Need
Tired of juggling multiple remotes that always seem to disappear right when you need them? The Universal IR Remote Dongle solves this everyday frustration with a powerful, affordable, and truly open-source solution.This palm-sized ESP32 device functions as both an IR learner and blaster.
Evacudoor is a tech-driven fire safety business that offers a smart evacuation system for buildings. It combines IoT sensors, real-time alerts, and mobile navigation to help people safely exit during emergencies like fires.
Evacudoor targets commercial buildings, residential complexes, hospitals, schools, hotels, malls, and industrial sites, helping them meet safety regulations, reduce liability, and protect lives.
Bioelectronic devices are being increasingly used to study, diagnose, and treat various physiological processes and conditions. However, a mechanical mismatch between rigid and dry materials of conventional electronics and soft and hydrated biological components limits interfacial surface area between the device and biological components and can even cause a foreign body response to implantable devices.
GuardEdge GE28 is a 6G edge-awareness chiplet that turns the base station from a data pipe into a real-time sensor. Future factories, smart streets, autonomous robots, private networks, and safety systems need the same thing. They must communicate, sense, and react inside an ultra-reliable low-latency loop. Today, that loop is split across radios, radar modules,
AI accelerator GPUs used in data center training and inference routinely throttle under sustained compute bursts, losing 5–15% of effective compute time to thermal limits even when adequate liquid cooling infrastructure is present. This occurs because conventional cooling solutions — thermal interface materials, liquid cold plates, and vapor chambers — are all designed to move heat away faster,
As vehicles evolve into software-defined, connected environments, engineers face increasing challenges in optimizing the occupant experience delivered by advanced audio, communication, and acoustic control systems. Conventional measurement microphones accurately capture sound pressure but do not account for how sound is modified by the human head, torso, and outer ear before reaching the listener.
Spectral machine vision enables the identification of objects and materials through their wavelength-dependent optical signatures, with broad applications including, e.g., agriculture, chemical sensing and autonomous systems. However, conventional approaches collect dense spectral-spatial data, which is orders of magnitude larger in volume compared to normal camera videos, and digitally process it into scene recognition.
Traditional soil analysis requires collecting samples and sending them to a lab, often causing delays of up to two weeks before farmers get results — by which time the optimal planting window may have passed. Our IoT Soil Analysis Device eliminates this delay by delivering real-time soil health data and crop recommendations directly in the field.
Modern AI inference is bottlenecked by the energy cost of multiply-accumulate (MAC) operations performed on digital, transistor-based hardware. As AI models grow, so does the power draw of the hardware needed to run them — a barrier that keeps advanced inference out of reach for cost- and power-constrained users, from students to developing-world engineers.
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