Oracle Redwood Design System

In a truly e-commerce and on-demand based economy, more than 25 million US workers perform material handling activities: they move our goods and mine our raw materials, construct our buildings, and create the energy needed to power our society. Last year US companies spent $60bn on lifting related injuries, the most expensive cause of injury in the US, most of which is preventable. Most injuries happen due to cumulative trauma on the spine and surrounding muscles, caused by repetitive bad biomechanics when lifting.

Can Metaverse today replace reality? As the global COVID-19 pandemic distanced humans from each other, an expedition for new ways of communication began to rise. The concept of ‘Metaverse’ became widespread as a solution. However, VR interaction methods developed so far are biased toward audiovisual aspects. There should be more elements to reproduce for actual communication. Considering the early concept of VR suggested in Stanley Weinbaum’s 1935 SF novel <Pygmalion Glasses>, which included vision, hearing, touch, heat, and smell, humanity is still half as successful.

Advances in new materials will lead to disruptive changes in product design within the coming years. We believe this will also lead to new kinds of object-human interactions and thereby new forms of experiences and usage. We see particularly high potential in the control of object properties by the user, which has not yet been fully explored.

Behind the glamour and entertainment of live events there is always a production crew working fast to manage multiple people and data points in an often linear and disconnected environment. Seeing the big picture is difficult, and a lot of hours of manual labor are required to keep track of everything. Balls get dropped, errors get made, and work that needs to be accurate, fast, and on time, eventually turns into a debacle.

Hackaball is a connected object that brings together the imagination of children, game creation and the basic mechanics of programming. The project is designed to allow children to create games together, fostering an environment that shows children that coding can be fun, social and creative.

Medical imaging is the backbone of clinical medicine, informing diagnostic and patient management decisions across the healthcare system. The ever-growing number of medical examinations and worldwide decrease in staff challenges radiologists and healthcare providers to read more complex scans with decreasing resources while maintaining high standards of clinical excellence. Because of this, even well-resourced healthcare systems face significant imaging backlogs. Under-resourced healthcare systems with low clinician-to-patient ratios may miss opportunities for early disease detection due to long patient wait times.

The Cleveland Museum of Art challenged Local Projects to transform the art museum experience, utilizing technology without diminishing the traditional gallery design. Given this, our studio created a suite of new interactives for Gallery One, including six “Lens” interactives that allow visitors to connect with art in new ways. One features a facial recognition experience that connects visitors’ facial expressions with masterworks from the collection, while another allows visitors to search the collection by drawing different shapes. The Collection Wall is a 40-foot wide multi-touch screen that features over 3,600 artworks in curated layouts, inviting visitors to explore and create their own tours. An iPad application, ArtLens, features these tours through wayfinding, image recognition, and curated content. The main concern was how to make the technology merge with the traditional gallery environment, keeping the main emphasis on the curated artwork and space, while still prompting visitor engagement with the interactives. It was a serious challenge to find the right balance between learning, contextual understanding and fun.

Filling out a form is one of life’s little hassles. Whether it’s a paper permission slip or a health questionnaire found online, the task of filling in the same fields over and over is time-consuming and error-prone.

ANNA is a breathing assistant for children, helping them through the scary process of sedation before surgery. The device combines light and sound into a fascinating game.

Sudden Cardiac Arrest (SCA) kills over 350,000 people every single year in the U.S. alone. It is the leading cause of death for adults over the age of 40 and also leads to the loss of nearly 23,000 youth annually. Despite being a massive public health issue, survival rates have unfortunately remained dismal at around 10% for decades. Fortunately, there’s a treatment for Sudden Cardiac Arrest (SCA) – a life-saving shock from an Automated External Defibrillator (AED). If used quickly, an AED can be highly effective. However, the problem is that AEDs are not readily accessible, and too often don’t get to the people who need them. Avive is on a mission to change that. With each passing minute prior to treatment reducing a victim’s chance of survival by 7%, an AED’s accessibility, design, and usability make the difference between life and death. Our strategic design collaboration with Avive focused on developing a first-of-its-kind connected AED system. In addition to a standard AED’s capabilities, the Avive Connect AED™ is a portable device that, when spread across a community, acts as a mesh-network of coverage enabling support to any individual within the radius of that network. When activated, the network of AEDs and local responders are alerted to find the closest AED to the victim. Once an AED is activated, it provides diagnosis and instruction to both professional and pedestrian users supporting a victim of sudden cardiac arrest.