Maker Faire Yearbook 2023
Projects
Found 62 Results
MusicHArt – L’esperienza nella musica visiva
Faire: Rome
Maker: B.P.S. Business Performance Services S.r.l.
The MusicHArt project was started in 2018 by the innovative start-up B.P.S. and its evolved version was launched in 2022 after years of experimentation. In the team Gianmarco Merlini represents the creator. It is inspired by research carried out in the field of synesthesia between music and color to allow artists and composers to transform their musical works into forms of abstract art through software that analyzes the melody and reproduces its relative abstract design. The result is a digital abstract canvas as well as the audio-video recording of the creation of the work.
LibraryMed
Faire: Rome
Maker: Epitomea
Clients & problems:
Healthcare professionals and students. Busy schedules, statistical illiteracy and information saturation make it difficult for them to stay up-to-date. “In the biomedical field alone, more than 1 million articles pour into the PubMed database each year […]” (Nature). The problems are known, but hard to quantify in net terms. Our clients difficulties lies in that periodic and in-depth professional updating activity is a work in itself. Sacrificing patient hours for studying is sometimes not possible. Among the most unpleasant consequences, the discovery that a patient has been treated with an outdated therapy. Such an eventuality would be preferable not to be turned turn into a "necessary evil", a painful trade-off between the number of patients who require treatment and the quality of the treatment that can be administered. In addition to the suffering on a strictly human level, another problem that is becoming more acute is that of lawsuits for "malpractice". Growing, they discourage doctors from riskier practices for patients, as well as young people from embarking on a medical career.
Our solution:
it can be described as a search engine which, because of an AI algorithm, is able to:
- Search for scientific articles related to a specific query and summarize their content;
- Classify the results on the basis of various parameters (e.g. methodological value, citations, impact factor), assigning them a qualitative value, thus identifying the most solid research;
- Aggregate the results based on the aforementioned parameters;
- Produce an output that can be consulted quickly, listing the sources on which the analysis was conducted to draw up an effective overview on which to plan an update;
- Assisting researcher in scientific writing & data production;
- Automatic meta-analysis.
Innovation:
First, we will move away from the DSS (Decision Support System) approach of our main competitor, Uptodate.com, to embrace a full AI paradigm. Then, we will find a niche in the scientific publication sector, by creating a set of tool for many scientists willing to publish high quality research. By doing to, our analytic efficiency will further increase. We already have a registered trademark and an industrial patent.
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.
SPOCH – Smart Protection of Cultural Heritage
Faire: Rome
Maker: Fondazione ITS BACT
Human – Machine Collaboration - Industry 5.0, Hi-Tech modular system composed of glove, drone, microscope and APP enhanced with IoT devices and ML Artificial Intelligence to identify the type of degradation and material in the Restoration of Cultural Heritage. Smart Hand (Glove) with carbon frame, digital/electronic camera and microscope, air quality sensor, laser scanner to safely enhance the efficiency and effectiveness of the data collection process in the non-invasive preliminary and diagnostic investigation of Architectural Restoration; through Cloud APPs and ML Machine Learning models.
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
SASA – Sapienza Technology Team
Faire: Rome
Maker: Sasa-sapienza aerospace student association
ERA is a planetary rover that participated in the European Rover Challenge, which simulates a Martian mission. Thanks to its robotic arm, it is capable of manipulating panels and collecting soil samples, while AI algorithms allow for autonomous execution of each operation. Additionally, the rover that will participate in the 2023 edition of the competition is presented, which in addition requires drilling and the use of a drone. Various prototypes developed internally by the team are also presented, including a group of sumobots: small rovers that compete to push others out of the ring.
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.
Storykube
Faire: Rome
Maker: STORYKUBE S.R.L.
Storykube is the Safe AI assistant for professionals.
With its advanced writing capabilities, it revolutionizes the content creation process, enabling greater productivity and efficiency to impress customers with a high-quality product.
It elevates visual brand identity through sophisticated image generation technology, as well as creating eye-catching graphics to stand out from the competition.
It streamlines workflow and obtains valuable information with the powerful document analysis tool, allowing you to make informed decisions and stay ahead of the curve.
Increase your productivity with Storykube.
C-Eyes
Faire: Rome
Maker: IT Archimede
C-Eyes is an innovative assistive technology designed to empower visually impaired individuals. Through the use of artificial intelligence and computer vision, C-Eyes captures real-time images and converts them into detailed audio descriptions, essentially enabling users to 'see' through hearing. Our device comes in two models. The 'Pro' model integrates a personal AI assistant powered by OpenAI GPT-4, providing advanced functionality and interactive voice recognition. The 'Lite' model, an economical and lightweight alternative, focuses on core functions of scene recognition and audio synthesis. Both models serve our mission to enhance independence, safety, and quality of life for visually impaired individuals. C-Eyes demonstrates the transformative potential of AI technology in tackling societal challenges and promoting inclusivity.
Hiroshi Ishiguro And The Robot In His Likeness At Maker Faire Rome
Faire: Rome
Maker: Hiroshi Ishiguro
Home: Osaka, Japan
Geminoid HI-1 is an exact robotic replica of Hiroshi Ishiguro himself. It shares the same hairstyle, clothing, face, and demeanor. A star of conferences, presentations, and talks, Geminoid HI-1 is made of silicone rubber, has facial muscles, the actual hair of the Japanese professor, and can engage in articulate conversations in all languages. Ishiguro remotely controls his robot through a computer, a microphone, and a camera. Geminoid HI-1 is designed to replicate his gestures: speaking, blinking, and mimicking expressions.
“Hello, everyone, and welcome to this conference. Actually, I am a copy of Professor Ishiguro; I am an android. I am made of silicone, and inside me, there’s a computer. If I wanted, I could present this conference myself. Unfortunately, today he is here, so I will let him speak.”
These were the words of Geminoid HI-1 introducing its creator during one of its visits to Italy at the “Humanlike Robots And Future Society” conference held at the MACRO in Rome. However, despite its brilliance, Geminoid HI-1 cannot emulate all human behaviors. It is essential to remember why it was created, to explore the interaction between humans and machines, particularly understanding how our brains respond to the visual stimulus of a robot identical to a human being.
Shadow Project
Faire: Rome
Maker: Agnello Pepe
Shadow Project is a program made in Python that thanks to the A.I. of Opencv, analyzes the movements of a video and converts them into an excel file, accessible from various libraries. The file can be used to replicate and save the movement. The project is totally Opensource and accessible from the web. Shadow Project is a great starter project for A.I-based projects.
Chewing: sei come mangi
Faire: Rome
Maker: Alessia Riente
Chewing is a process of vital importance for our well-being and to ensure proper digestion of food. In addition to its primary function of breaking down food into smaller pieces, chewing plays a crucial role in promoting optimal assimilation of nutrients and promoting the overall health of our digestive system. From the beginning of the digestive process, chewing plays a significant role in preparing food for the subsequent action of digestive enzymes present in the gastrointestinal tract. By properly chewing food, we break it down into smaller particles, allowing digestive enzymes to act more efficiently on them. Furthermore, chewing favors the interaction of food with saliva, which contains enzymes capable of starting the decomposition of carbohydrates. This process facilitates the digestion and absorption of nutrients as they pass through the digestive system.
Slow and thorough chewing allows our brain to receive satiety signals in a timely manner, thus reducing the risk of overeating. This is particularly important for those who wish to manage their body weight or adopt healthier eating habits.
Several factors can influence the functionality of chewing. For example, some conditions such as temporomandibular dysfunction (TMD) or dental malocclusions can impair the ability to chew properly. Additionally, habits such as smoking can have a negative impact on oral health and masticatory function.
In the scientific literature, several techniques have been described that use electromyography (EMG) technology to analyze mastication. However, these techniques are mainly aimed at detecting the presence of the masticatory act or at classifying foods based on the electrical signals generated during chewing. To date, there is no electromyographic device that is able to provide a complete assessment of an individual's chewing performance, in order to define a personalized chewing profile that allows the user to become aware of their chewing habits and, possibly, make of the changes.
In this context, "Chewing" is presented, an innovative device that represents a solution for evaluating chewing style in a non-invasive way. Chewing analyzes chewing considering different aspects of the process, such as the time dedicated to chewing, the number of chews performed, the energy used, the time of a chewing cycle and the pace of work. Thanks to this detailed analysis, it is possible to evaluate the chewing process itself, taking various aspects into consideration, and to define chewing profiles.
Intellibreria
Faire: Rome
Maker: Francesco Onorati
Intellibreria is an innovative smart book storage solution that combines the beauty of wooden shelves with advanced technology. With its built-in RFID detection system, it effortlessly tracks and organizes your book collection. Simply place your books in the specially designed Portalibri containers, which come in various colors for easy genre categorization. The microcontroller manages the RFID system, while the user interface includes a touch monitor and voice control for precise book location identification. Whether you're a book enthusiast or a library owner, Intellibreria offers a seamless and convenient way to manage and access your books with just a few taps or voice commands. Say goodbye to time-consuming searches and enjoy the pleasure of a perfectly organized and intelligent library.
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.
Mind Room Lab
Faire: Rome
Maker: LDB consulting di Livio di Bartolomeo
Mind Room Lab, the company that has developed a series of scientific tools and a comprehensive and innovative program of assessment and training of sport-specific cognitive abilities, using the most recent contributions from neuroscience.
Never Alone
Faire: Rome
Maker: Agata Aurilio
Therefore, it was decided to design two devices that would allow an early diagnosis of a possible heart attack in progress and the presence of breast lumps.
The device’s aim is to be a proposal for change for the development of
territorial assistance in the National Health System. The "house", our home, becomes the first place of treatment, where we provide for an early diagnosis of certain pathologies.
The first device function is to analyze the possible symptoms of a heart attack in progress. The second allows constant and autonomous cancer screening.
SENTINEL
Faire: Rome
Maker: Feel-ING SRL
The SENTINEL project aims to promote wellness in the workplace providing an ad-hoc platform to monitor psychophysics pitfalls that could threaten workers’ and teams’ security. Being in the context of Internet of Things (IoT), it exploits wearable and comfortable devices (such as smartwatches, smart clothes or sports bands) and emotive artificial intelligence algorithms.
Bubo-2T
Faire: Rome
Maker: Kevin McAleer
WHAT IS BUBO-2T
Bubo-2T is a robotic owl made in the Steampunk style.
INSPIRATION
Bubo was the name of the clockwork owl in the 1981 movie Clash of the Titans. It was animated by Ray Harryhousen.
I’ve taken inspiration from other movie characters such as the Nautilus from the movie 20,000 Leagues under the Sea.
I was also inspired by Tick Tock - the clockwork tin man from the movie Return to Oz.
My other inspirations are creators of companion robots, such as Alex Glow and her Archie robot, Jorvon Moss, and also creators of wearable tech, such as Naomi Wu and Sophy Wong.
Bubo-2T features advanced AI and machine learning and can detect hand gestures made in front of it.
FEATURES
2 large eyes that open and close using 2 servers, one per eye
Opening and closing mouth
Each eye contains an Neopixel ring that is animated via a Raspberry Pi Pico
The Pico is also connected via UART to a Raspberry Pi 4 2Gb
One of the eyes also contains a Raspberry Pi Camera 3 Wide module
The camera module enables the user to strike a pose, the hand gestures are detected and the camera will take a picture and tweet it to Twitter or Toot it to Mastodon (thats what the 2T or tooty means).
For more information about Bubo-2T visit www.kevsrobots.com/bubo
E-Horizon Project
Faire: Rome
Maker: Ass.ne Italiana Makers Automotive
E-Horizon Project is a project that encourages young people to be creative and take control of their future. Starting from a "Crazy Idea", the project has created a community of young motor enthusiasts with a common dream: to become part of the world of world motorsports. Through the new technologies of industry 4.0, all high school students, willing to test themselves and learn, can express their creativity and their technical knowledge, creating models of racing cars in 1:10 scale through the use of CAD software, 3D printing, microcontroller programming. Eventually they can compete with other makers, competing with the cars they create.
The project includes different categories of cars to be built:
- MKRS: Formula 1-style cars, electrically powered, designed and driven by school kids
- Hypercar: project similar to MKRS but with cars with covered wheels
- Driverless: self-driving Hypercar-style cars.
At Maker Faire Rome we will bring the 2023 prototypes of the various projects plus other models we have previously made and we will hold small shows to show the capabilities of our cars and the potential of our project.
The sustainability through the student Teams of the Politecnico of Turin
Faire: Rome
Maker: Politecnico di Torino
The Politecnico di Torino presents the most important students Teams involved in sustainability, ecological aspect, low consumption, mobility, recycle, reducing environmental impact and promoting circular economy.
The Politecnico of Torino involves the students in Teams with a mission: “learning by doing” with the goal to grow up a new generation of engineers able to accept challenges and solve problems.
The main goal of the teams is a practical training of the future engineer: to design means to compromise between an idea and what is actually buildable.
The Politecnico would like to present 10 teams that from 15 years make innovation participating to international competitions and events.
The Politecnico would like to have a big space to expose theire prototype; cars, bicycle, motorcycle, boats, mobile robot, scaled airplane, recycling computer and more other.
I Can Feel My Legs
Faire: Rome
Maker: Gaetano Carlino
I Can Feel My Legs is a lower limb prosthesis whose purpose is to help people who have disabilities and/or difficulties in walking.
What we present is the first working prototype showing toe movement that is done through the use of a wearable sock, for the initial acquisition of movement that will then be implemented through a self-learning neural network in order to improve its efficiency and responsiveness, which will be able to simulate toe movement.
Social and Autonomous robots: the MARRtino family
Faire: Rome
Maker: Fabio Ferrarin
Innovators by vocation, making use of the collaboration with the Department of Automatic and Management Computer Engineering of the La Sapienza University of Rome, we work for the growth of the MARRtino family. In the space of a few years the family has expanded and perfected it by creating prototypes of educational and "useful" robots. Everything is open source (hardware and software) so it can be extended in any direction without constraints, an evolutionary robot as we usually define it. Based on ROS, a professional software (ROS) used in the best MARRtino research centers has been implemented and tested to perform many typical Robotics and Artificial Intelligence tasks, such as intelligent navigation, human-robot spoken interaction, image analysis.
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.
PARKINSON DETECTOR: intelligenza artificiale e medicina
Faire: Rome
Maker: I.T.I. OMAR Novara
Nowadays, Artificial Intelligence and Machine Learning are increasingly being used in medical diagnosis. Parkinson Detector is an Artificial Intelligence system capable of recognizing the typical motor impairments of Parkinson's disease. In particular, it identifies abnormalities in the oscillation of the upper limbs, such as symmetry and amplitude, which are currently of interest to clinicians as possible early indicators of the disease. The markerless system is non-invasive for the patient and easy to use, consisting of a PC, two cameras, and two specifically developed AI software.
