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Why replace a broken clock, when you can just get a robot to push the hands for you?

Remote-controlled watercraft delivers drinks and snacks for the ultimate pool experience..

Chase Madison's phonebot takes a 3D printer and turns It into a crossword-solving beast..

Using a repurposed NFC badge reader and a MicrochipTech PIC18F45K50, can now open his garage door with a tap of his mountain bike helmet!

Sybil is a solar-powered, TensorFlow Lite-equipped smart garden robot

If anyone tries out the idea posted here, please do send it to us.. We will be happy to post it here.. !!

👉 A new artificial neuron uses ions, like the human brain 👉 The brain's ultra-high efficiency is contingent upon a base unit we know and love as the neuron, which consists of a neuron with nanometric pores called ion channels. 👉 These channels alternatively close and open depending on the stimuli, but the ion flows resulting from this process generate an electric current, one that emits action potentials, which are the crucial signals that let neurons communicate betwixt one another. 👉 Artificial intelligence (AI) can do it, too. But AI takes a lot more energy — tens of thousands of times more, to be precise. This is why the modern challenge for researchers in the field is to design and build electronic systems that rival the energy efficiency of the human brain. 👉 The new study showed how an electric field could assemble the single layer of water molecules into elongated clusters, which develop a key property called the memristor effect: When clusters retain a portion of the stimuli they've received in the recent past. Much like the human brain, the researcher's design saw graphene slits reproduce the ion channels, in addition to ion flows, and clusters. 👉 Additionally, with the help of digital and theoretical tools, scientists discovered a way to assemble these special clusters so they'd reproduce the physical mechanism of emitting action potentials.

Scientists Created an Artificial Neuron That Actually Retains Electronic Memories Instead of electrons, it uses ions, just like the brain.

Like mini desktop JARVIS, the Robotic Helping Hand is an ATmega328-based automated soldering tool..

TinyPhoto is a rotating photobook made using a 128x64 OLED display and an ATtiny85..

A motion-responsive shirt made with LED fabric..

Fibonacci 64 Nano v2 with capacitive touch pads and SMD pads for adafruit QT Py..

IoTIZER installed on a range of products, including consumer appliances and devices as well as various items around the home, including a recliner and a door lock.

IoT-ize Your Old Gadgets With a Mechanical Hijacking Device This tiny connected manipulator can make any device smart IoTIZER is a prototype of a mechanical hijacking device (MHD), designed to replace human manipulation of existing products. As the name suggests, it can IoT-ize just about anything designed to be operated by a human, potentially giving a new connected life to your stuff.

The nRF52832 sits on a custom PCB with an attachable probe suited for most pots. It packs an LED, a VEML6040 optical sensor, a small tact button, and a CR2032 battery holder, all housed inside a 3D-printed enclosure. Additionally, the system features a USB-powered ESP32 device for receiving the data from each sensor and running the Telegram bot. Communicating soil and environmental data (soil moisture, sunlight) is done via the bot using several preprogrammed phrases, such as “water level is super, and watering interval is good!” Each probe can be programmed with a unique name and can answer simple questions, but each can send detailed information if requested.