Maker Faire Yearbook 2023

Projects

Found 118 Results

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APICULTURA MX

Faire: CDMX (Mexico City)

Maker: ALFONSO CESTELOS SANZ

Home: Álvaro Obregón, Mexico

En nuestro stand ofreceremos un kit en el que los asistentes podrán elaborar un labial con cera y otros ingredientes, observarán abejas en el microscopio, llenarán un frasco de miel e iluminarán una abeja en papel mientras hablamos de abejas.

lit

Faire: Rome

Maker: Helios Domotics S.r.l.

lit has developed a user-friendly product that allows you to monitor domestic and commercial electricity. Using a plug and play device, which works through AI and Machine Learning, lit allows you to reduce energy waste and CO2 emissions. The solution is made up of two parts: the litbox (the hardware component), which is installed on the phase or life-saving cable, and the litapp (the software component), which translates the user's consumption in terms of energy used, money spent and CO2 emitted, for each device.

Genesis team

Faire: CDMX (Mexico City)

Maker: Génesis team

Home: Cdmx, Mexico

Somos Génesis, un equipo de estudiantes pertenecientes a las mejores universidades del país como el IPN, la UNAM y la UAM, estamos armando un ROVER capaz de detectar vida con una muestra de tierra, manejarse autónomamente y con un brazo robótico

Nonscriptum LLC

Faire: Orange County

Maker: Nonscriptum LLC

Home: California, United States

Meet the authors of the books Make:Geometry and Make:Calculus, and see how to use 3D prints, paper, and construction toys to teach these subjects.

AGRISKY Remove Carbon. Save Water.

Faire: Rome

Maker: Agrisky s.r.l.

We provide a cutting-edge B2B platform that connects environmentally impactful companies with indoor farmers. Our unique approach leverages the controlled environment and reliable data provided by indoor farms. This ensures that businesses can offset their carbon emissions and water footprint through credible and traceable projects. With Agrisky, companies can make a meaningful impact on the environment while fostering sustainable partnerships.

Algorithmic Art: Make a Single Line Selfie

Faire: Eindhoven

Maker: Roland Blok

Home: Nederland

Laat een enkel lijn selfie maken. We nemen een foto and geven dit aan de creative code. Deze zal de foto converteren naar een enkele lijn selfie. Deze zal dan met een tekenrobot getekend worden en je kan hem dan mee naar huis nemen!

Make: Magazine

Faire: Bay Area

Maker: Make:

Home: California, United States

Meet the Makers behind Make: and get a subscription to Make: magazine at a special event price! Sign up at the Make: Booth, in the Maker Shed or the Maker Faire Merch Tent. Join the Maker Movement and dive into the first magazine devoted to DIY technology projects.

FishAI&EcoEater

Faire: Rome

Maker: ITI Galileo Ferraris Scampia Napoli

Automa, eco-sustainable and ecological that aims to combat the pollution of marine ecosystems through the use of artificial intelligence and a cutting-edge telecommunications network.

R.O.B.

Faire: Bay Area

Maker: OrbitusRobotics

Home: California, United States

ROB is the first droid with all Mac hardware. Using only Apple sdk's and api's I am able to create magic between components. Thanks to the new networking.framework, I am able to auto connect with bonjour services between my droid, the controllers, and even other bots. I wanted to make the simplest and most affordable Droid, I wanted to bring all of our imaginations to life and I wanted to push the boundaries of technology just a bit further and beyond reach. ROB is a Droid with toddler level neural network intelligence. His chat server was built with a python CakeChat neural emotion engine which gives him lots of interesting things to say! R.O.B. runs on OSX and has LiFePO4 80 Ah batteries for hours mobility with the finest BLDC motors that Shenzhen, China has to offer.

El futuro de los Dinosaurios

Faire: CDMX (Mexico City)

Maker: Héctor Munive

Home: Coahuila, Mexico

Splintersaurus es una iniciativa creada para crear modelos de dinosaurios científicamente correctos mediante el uso De las tecnologías como la impresión 3D etc.

Solution for real-time pedestrian traffic monitoring

Faire: Rome

Maker: DROPPER SRL

Introducing Dropper's Cutting-Edge Urban Pedestrian Traffic Monitoring System: Utilizing advanced radar technology and 5G connectivity, it offers real-time data for enhanced safety and urban planning in dynamic city environments.

LaboCiencias STEAM 😉

Faire: CDMX (Mexico City)

Maker: Gabriel Vigueras Ramírez

Home: Iztapalapa, Mexico

LaboCiencias STEAM 😉 es un taller de una familia entusiasta del movimiento Maker, que desarrolla proyectos relacionados con las Ciencias Naturales e Ingeniería, hemos hecho impresoras 3D, robots, biorreactores y experimentos de ciencia y tecnología

21980 FTC Bread Pandas

Faire: Orange County

Maker: 21980 Bread Pandas

Home: California, United States

Hello, we are FTC team 21980 Bread Pandas, a community team in Fountain Valley. We strive to break barriers in STEM and create a community where STEM is accessible and fun. Come by our booth to learn more about us and win a free toy!

Sociedad Astronómica de México

Faire: CDMX (Mexico City)

Maker: Rubén Becerril

Home: Benito Juárez, Mexico

La Sociedad Astronómica de México es la segunda más antigua del mundo que se dedica a la difusión del conocimiento astronómico. En el stand daremos información de las actividades que desarrollamos y de los cursos que organizamos. Funciones de planeta

Brainventure

Faire: CDMX (Mexico City)

Maker: Diego Baigts

Home: Cuajimalpa, Mexico

Videojuego que promueve el aprendizaje de ingles a través de actividades programadas.

Internet of Production Alliance, World Manufacturing Map.

Faire: CDMX (Mexico City)

Home: Chiapas, Mexico

Dada la tecnología actual y emergente, ¿cómo sería la producción si la reconfiguráramos desde cero? Creemos que la respuesta está en la fabricación local, sostenible y globalmente conectada. Únete a nosotros y sé parte del futuro de la fabricación.

ECO GoKart (IA) Tecology

Faire: Rome

Maker: I.I.S.S. F. PETRUCCELLI G. PARISI MOLITERNO

ECO GoKart (IA) Tecology is based on the culture of recycling and eco-sustainability, thanks to the technology of brushless motors electrically powered by lithium ion batteries, recycled from old computers, we have gone from the combustion engine to a very clean electric motor , with the help of Upgrade IA the kart is equipped with a helmet through a road sign recognition system which with artificial intelligence (AI) allows the system to recognize and interpret the road signs present along the traffic routes and transmit this information to the rider to help him steer.

PhyzAI – Fully AI Interactive Children’s Education Robot

Faire: Orange County

Maker: Victor Ciccarelli

Home: California, United States

Join Phyz the AI powered interactive galactic exploring robot in an exploration of all things science. Do your best to stump the intergalactic super brain with your toughest scientific inquiries.

BirdWatch AI – Embedded Bird Watching Solution with TensorFlow

Faire: Rome

Maker: Enrico Stulin

BirdWatch AI is an innovative project that combines a passion for bird watching with the power of artificial intelligence. Our birdhouse with automatic recognition leverages TensorFlow to offer an unprecedented birdwatching experience. The BirdWatch AI project encompasses the mechanical design of a bird feeder equipped with a Full HD camera (a 12-megapixel IMX708 sensor with HDR), with the primary aim to capture images and videos of visiting birds. Using TensorFlow's automatic recognition algorithm and image manipulation with OpenCV, BirdWatch AI accurately identifies the bird species present, providing detailed and engaging information for birdwatching enthusiasts. As an open-source project, BirdWatch AI invites developers, enthusiasts, and the curious to collaborate, make modifications, and improvements. This open and collaborative aspect of the project encourages the sharing of knowledge and skills and contributes to the growth of artificial intelligence and birdwatching. BirdWatch AI not only offers the opportunity to observe and learn more about local avian wildlife but also makes a significant impact in several areas: Environmental education and awareness: Through our project, we aim to educate the public about bird species and their ecological importance. By presenting our sighting records and relevant information about bird behaviors, we strive to promote environmental awareness and care for biodiversity. Contribution to scientific research: In collaboration with ornithologists and researchers, we share data collected via BirdWatch AI to contribute to understanding migratory habits, distribution patterns, and bird population dynamics. Our technology provides a novel approach for efficient and effective data collection. Technological innovation: BirdWatch AI represents an interesting integration of nature observation and artificial intelligence. We are proud to demonstrate how the application of TensorFlow has enabled the automatic recognition of bird species, opening new perspectives for the use of AI in wildlife conservation and observation. At Maker Faire Rome, we will present a working prototype of our birdhouse, illustrating how we use TensorFlow for automatic bird recognition. We will also display a selection of recordings that demonstrate the effectiveness of our technology. We are excited to share our project with the audience at Maker Faire Rome, inspiring others to explore the universe of birds through technological innovation.

PantryChef: AI and Raspberry Pi Recipe Suggestion App

Faire: Bay Area

Maker: Mizan Rupan-Tompkins

Home: California, United States

Machine Learning app uses Tensorflow, Python, & Raspberry Pi to scan pantry & suggest best, healthy recipes based on ingredients. Helps save money, prevent food waste, & combat climate change by providing alternative grocery options. Contact: Mizan@safetouchprohandle.com

Cultivate in space!

Faire: Rome

Maker: Università degli Studi di Genova

Space V is a spin-off of the University of Genoa; it owns the international patents of the “Adaptive Vertical Farm” architecture, which holds the promise of greatest efficiency in producing fresh vegetable food in space settlements. The distinctive feature of the adaptive greenhouse is its capability of progressively moving the distance between the cultivation shelves of the vertical farm according to the level of plants growth, maintaining distinct microclimates for each shelf, thus maximizing the production yield per unit volume and unit time, reducing the overall energy usage.

REACT – Heartbeat dynamic monitor

Faire: Rome

Maker: Marco De Spirito

VO2 is a commonly used index to notify users of their fitness level, which, when measured with wearable devices, can, however, provide inaccurate assessments due to the low quantity and quality of recorded data. To overcome this problem, we have developed REACT, a biosignal processing method based on artificial intelligence algorithms, to characterize heart rate dynamics in real time while providing a personalized tool to support training and cardiovascular risk reduction.

SANITRON, SANIFICATORE AUTOMATICO PER CARRELLI DELLA SPESA

Faire: Rome

Maker: Cristian Vendra

Innovate is an innovative start-up operational since 2020, one of the projects created is sanitron, a device that automatically sanitizes the shopping trolleys used in supermarkets, warehouses, shopping centers and all points of sale that use trolleys to make purchases. The handles of shopping trolleys, in use at points of sale, are a real receptacle for germs and bacteria, this is because they are touched by many people every day, and are rarely cleaned, all this is ascertained by numerous scientific studies which highlight the danger. Today there are systems where the operator manually inserts the trolley inside a box, sanitizing it entirely; alternatively, we proceed through manual sanitization with disinfectant products by an operator. Sanitron is the effective solution for sanitizing trolley handles, an easy-to-apply system that will be positioned in the areas where shopping trolleys are stored in warehouses, on the separation structures of the various rows of trolleys, with height-adjustable supports. The device is composed of an external aluminum casing in which the sanitization units are contained and a panel, inside which the logic control (PLC) and all the electrical, electronic and hydraulic components are contained. The device is applied directly where each user places the trolley together with the others, having a sanitization unit for each available trolley; when the user puts the trolley away and hooks it with the chain, a sensor, through the logic control (PLC) will detect the continuous presence (for more than 20 seconds) of the trolley handle, the continuous presence and the timer serve to avoid accidentally starting a sanitization in the event of a simple passage in front of the sensor; once a continuous presence has been detected, sanitisation will be activated by spraying the disinfectant solution precisely on the handle of the trolley for approximately 3 seconds. Once sanitisation is completed, a green LED will light up to indicate that the ready-to-use trolley is disinfected , the trolley handle will also be dry in a few seconds; this procedure is repeated for each trolley available in the area and will be activated through the consent of a safety sensor, detecting that there are no people in the sanitization area, in case there is the presence of one or more people who should keeping trolleys in the area will disable the operation of the sanitization cycle (in order to avoid accidental spraying in the presence of customers and operators); This device has undergone numerous safety and durability tests with positive results, and is also close to CE marking. Customers of supermarkets and sales outlets are the protagonists of this idea, and will be very satisfied to see how one of the objects in common use most contaminated by germs and bacteria can finally be disinfected in the most effective way on the market.

SMART MAINTENANCE AT HIGH ALTITUDE

Faire: Rome

Maker: I.T.T. A. PACINOTTI

Our project main goal is to maintain in a great state the wind turbine’s blades The project is divided in four separate part: 1. verify the integrity of the external structure using a drone with a 3D scanner 2. Verify the integrity of the internal structure using a rail robot with a scanner 3. Internal cleaning of the structure is divided in two sections: for the tower a robot with magnetic tracks is used, for the blades a system with rotating brushes is used. 4. Maintenance of the surfaces with a system of smoothing and painting

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