Immersive Search’s Post

In the short stories set in the "Ender-verse" (yes, that Ender's Game", Ender ends up having a digital companion that accompanies him. Here is a rendition of an AI agent sitting in a watch form. Note again, this is a generated artifact. For such a device to be possible, there would have to continual improvements in electronics, that would make processing less energy intensive and yet still useful enough. And for the harder question: what kind of world would it be like, if digital agents would be common place - if everyone had digital agent(s) to help us organise and record our lives. Would we want it? How might it come about? Are our mobile devices already the digital agents we want? Would customisable digital agents be possible for everyone? Would you want it? Love to hear your thoughts. #mundanefutureseveryday #wearables #electronics

🚀 Project Showcase: Interactive MP3 Player with Keypad Control 🎵 I'm thrilled to share my latest project, where I've combined the power of Arduino, a DFPlayer Mini, and a keypad to create an interactive MP3 player system. This project showcases the following features: 🔢 Keypad Input: Users can input numbers using a 4x4 keypad. 🎶 Dynamic Track Playback: Upon pressing the 'D' button, the system plays an announcement followed by the sequence of entered numbers, turning them into audible tracks. 🔄 Reset Functionality: The '*' button allows users to clear the entered number sequence, ensuring a smooth user experience. This project was a fantastic learning experience, allowing me to delve deeper into hardware-software integration and real-time audio processing. A special thanks to OpenAI's ChatGPT for providing invaluable support throughout the development process! Check out the video and code snippets in the comments below! 👇 #Arduino #DFPlayerMini #EmbeddedSystems #IoT #Innovation #TechProjects #Hardware #SoftwareIntegration #Makers #Electronics #DIY

Did you know? 🤔 #Oniro now runs seamlessly on a Raspberry Pi 4b, bringing advanced capabilities to one of the most versatile and accessible platforms out there! 🍓💻 Whether you’re a developer, hobbyist, or just curious about #IoT, you can now replicate this setup yourself. We've created detailed documentation to guide you through the process step-by-step. Check it out and see how easy it is to bring your ideas to life on the #RaspberryPi 🔗 https://hubs.la/Q02SWfG50 Give it a try, and let us know what you build! 🚀 #RaspberryPi #IoT #TechInnovation #DIY #Documentation #OpenSource #TechCommunity #Innovation

Nanopower Semiconductor’s nPZero PMIC redefines low-power design with control capabilities at 20 nA At embedded world Exhibition&Conference 2024, ipXchange met William Xavier from Nanopower, a truly disruptive company that has created a way for engineers to no longer have to choose between a high performance MCU and power consumption so low that a device can run on harvested ambient energy. The answer is an ultra-low-power co-host that can power-cycle everything in your design so that every last drop of energy is used only when needed. Keep designing! #EW24 #EW2024 #embedded #energyharvesting #microcontroller #PMIC #ambientIoT #medicalelectronics #medicalimplants #smarthome #smartbuilding #electronics #electronicsengineering #semiconductor #disruptivetechnology #batterylessIoT #IoT 

Hi everyone. This post describes the Cache. Please note that this post is my personal opinion. My posts are registered on the following website, so please visit it. Please refer to the site for cache attention points. https://lnkd.in/dp35rQez MCU cache is a function that stores addresses and Read/Write values (variables, constants, MCU function registers, and instruction codes) accessed by the CPU in cache memory in order to shorten the access time to CPU variables, constants, instruction codes, and MCU function registers. When the address is accessed, the value in the cache memory is returned to the CPU. I would be happy if it would be helpful to all of you. Best regards,Mitsuaki. #MCU #embedded #program #software #automotive #robot #IoT #consumer #autosar

🚀 The Most Produced Artificial Product in History – And You Use It Every Day! 🤯 Can you guess what it is? It’s not cars, smartphones, or even microchips. It’s the MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) – the tiny device that powers nearly ALL the tech we rely on today! 💡 With over 13 sextillion MOSFETs produced (yes, that’s 13 followed by 21 zeros! 😮), this small yet mighty transistor has revolutionized modern electronics since its invention in 1959. From powering your smartphone to the AI systems shaping the future, MOSFETs are EVERYWHERE. Why is it so special? ⚡️ • It’s incredibly scalable – allowing us to shrink devices while boosting power. • It’s extremely energy efficient, helping tech go green. • And it’s really versatile, supporting everything from computers to electric cars, and even space exploration. 🚗💻🚀 Next time you charge your phone or boot up your laptop, think about the billions of MOSFETs working tirelessly behind the scenes! Curious about how this humble transistor continues to shape our future? Let’s connect and explore the world of semiconductors together! 🌍🔧 #TechInnovation #Semiconductors #Engineering #AI #IOT #SustainableTech #MOSFET #FutureOfTech #TechTrends #Innovation

💡❗ You probably remember me raving about how important #OverTheAir (OTA) #DeviceFirmwareUpdate (DFU) process is, and how usually it's the very first thing you should be investing your engineering efforts into? I haven't changed my mind on this, but I'm here to show you an interesting contrarian case. 🧨 Few days ago it's been announced that famous #YubiKey got hacked -it's vulnerable a cloning attack. In fact while this vulnerability is confirmed however it requires so many stars to align for the potential attacker it's nearly negligible for Yubikey users. What I wanted you to notice is: 1️⃣ The root cause of the attack is #ECDSA (Elliptic curve Digital Signature Algorithm) implementation of Infineon 9, a chip inside a YubiKey that's responsible for crypto on any security microcontroller from Infineon. 2️⃣ The folks at Infineon have shipped the updated firmware that goes into newly manufactured chips after May 6th 2024 3️⃣ ❗❗❗ However you won't be able to update any Yubikey manufactured before that, because 𝘁𝗵𝗲𝘀𝗲 𝗱𝗲𝘃𝗶𝗰𝗲𝘀 𝗮𝗿𝗲 𝗻𝗼𝘁 𝗳𝗶𝗲𝗹𝗱 𝘂𝗽𝗴𝗿𝗮𝗱𝗲𝗮𝗯𝗹𝗲. Their firmware doesn't reside in flash, but in ROM. In fact, a masked ROM, which is being imprinted onto the silicon wafer by photolithographic mask. ❓Why didn't they give themselves a way to do an over the air update? Well, because it opens a whole new, very dangerous attack vector, which in these kinds of devices could be much more dangerous than the demonstrated RAMBO attack, which isn't likely at all to happen in real world. ➡️This shows that there isn't really a silver bullet set of best practices to have in IoT projects, each product needs to be treated individually based on the risk it'll be exposed to.  

Using Arduino Nano to recreate the T-Rex Chrome Dino game is a perfect example of how microcontrollers can drive innovation in small-scale tech projects. A fun, creative approach to exploring embedded systems and interactive technology. 🚀🦖 . . . Follow Stemulators for more . . . . . . . . . . . . tags🏷 #ArduinoNano #Microcontrollers #ChromeDino #TechInnovation #EngineeringSolutions #EmbeddedSystems #HardwareDevelopment #IoT #DIYTech #ProjectManagement #TechProjects #InnovationInTech #DigitalSolutions #STEM #Automation #GamingTechnology #TechIntegration #ElectronicsDesign #Stemulators

xyz-mIoT w. #BG96 (4 variants) #ARM #shields are products of the week! https://lnkd.in/dFj7z-8 #LTE #CATM and #NBIoT #shield w. down to 7uA deep sleep current. #Arduino #programming. Couple days typical delivery time via DHL Express. Grab it now, the stock will not last. #Designed and #manufactured in the #EU. Distributors and #systemintegrators wanted. #temperature #humidity #pressure #gas #AI #sensor #sensortechnology #arduinoproject #raspberrypi4 #quectel #lowpower #highspeed #lte #modems #rpi4 #rpi5 #raspberrypi5 #raspberrypi, #iot #nodes #programmable #development #kits #sensortech #sensorsolutions #SAMD21G and #BG96, #BG95M2 #BG95M3 #lte #catm #nbiot #modem, #gnss #gsm #embedded #antenna #wifi, #lora, #wifi #antennas #cables #connectors

The Wall Street Journal features Ambient Photonics in this in-depth article about dye-sensitized solar cells and their unprecedented potential to power billions of internet-connected sensors in the IoT industry. These solar cells can harvest 10 times more energy than the original silicon cells found in pocket calculators. As Christopher Mims explains, the technology originated in the 1980s but only recently became commercially viable, with companies like Ambient Photonics rising to the challenge. Ambient Photonics just announced during #CES2024 a partnership with Google for the launch of a new energy-harvesting device in 2024. Powering IoT devices with solar cells not only displaces disposable batteries but opens up new kinds of possibilities. Starting with remote controls, electronic shelf labels, and consumer electronics that are less power-hungry is a logical first step for the tech to hit scale and gradually bring energy-harvesting capabilities to the core of the IoT industry. #consumerclimatech #insetting #energyharvesting https://lnkd.in/exY6FRui