Once configured, the system allows the elderly person to say “Alexa, call for help,” if they’re ever in need of emergency assistance. A trained agent on the other end will then be able to dispatch the police, the fire department or an ambulance to their location, much like what’s possible with some home security systems. However, the Alexa Together system can also work with third-party devices from Assistive Technology Service (ATS) and Vayyar to detect if the customer may be in need of emergency assistance from a fall and proactively help.
Vayyar Care is a wall-mounted sensor that is able to identify when a fall has happened, while SkyAngelCare by ATS is a fall-detection pendant that aging customers wear around their neck. Both can detect a fall — the latter if the customer presses a help button on their pendant. Amazon says more device makers will be added to Alexa Together in time.
The subscription service is offering an expansive six-month free trial to allow customers to determine if the solution is a good fit for them. And existing Alexa Care Hub customers will also now receive a free year of Alexa Together starting today until December 7, 2022.
... While there are an unlimited number of ways to use an NFT (non-fungible token), four general use case categories have emerged: Digital Collectibles, Gaming, Digital Identities, and Tokenization of Physical Goods and Services. The underlying technologies, smart contracts and distributed ledgers (AKA blockchains), are common to each use case. But each is inspiring innovation in slightly different ways. ...
... Zimmer Biomet, a Warsaw, Indiana-based medical device company, recently unveiled its OptiVu Mixed Reality Solutions platform, which employs HoloLens devices and three applications — one using MR in manufacturing surgical tools, another that collects and stores data to track patient progress before and after surgery, and a third that allows clinicians to share a MR experience with patients ahead of a procedure. ...
In real-world applications of AR medical technology, Johns Hopkins neurosurgeons performed the institution’s first-ever AR surgeries on living patients in June. During the initial procedure, physicians placed six screws in a patient’s spine during a spinal fusion. Two days later, a separate team of surgeons removed a cancerous tumor from the spine of a patient. Both teams donned headsets made by Augmedics, an Israeli firm, equipped with a see-through eye display that projects images of a patient’s internal anatomy, such as bones and other tissue, based on CT scans. “It’s like having a GPS navigator in front of your eyes,” said Timothy Witham, M.D., director of the Johns Hopkins Neurosurgery Spinal Fusion Laboratory.
...Ultimately, the metaverse will enable amazing applications that enrich our lives, expanding what it means to be human. At the same time, there are very real dangers we need to avoid. The best way to enable the magic while preventing the dangers is to aggressively regulate the space. And we need to do it now, before the problems become so deeply embedded in the infrastructure and business models they’re impossible to unwind.ADVERTISEMENT
The alternative is to end up living in a metaverse that looks and feels natural, while behind the scenes, powerful corporations are manipulating our experiences for the highest bidder without us even realizing it. ...
...According to crypto data site Dapp, land worth more than $100 million has sold in the past week across the four largest metaverse sites, The Sandbox, Decentraland, CryptoVoxels, and Somnium Space.
...And while it may be some time before these sites operate as true metaverses, transporting us elsewhere with VR goggles, digital land is already functioning as an asset just like real land, said Hackl.
"They can build on it, they can rent it out, they can sell it," she said.
...Ultimately the value of the land investments depends on whether people start flocking to these sites. ...
...The gallery features spatial designs created by ZHA that focus on user experience, social interaction, and "dramaturgical" compositions, combined with MMO (massively multiplayer online game) and interaction technological services. ...
The project focuses on cyberspaces that enable human-to-human communication via computer networks. MMO videogame technologies, along with high-speed networks and clouds have allowed cyberspaces to be immersive, interactive, and socially engaging 3-dimensional universes that can be accessible via multiple and diverse devices. ...
Communication professor Jeremy Bailenson has formatted his class COMM 166/266: “Virtual People” to take place in virtual reality (VR) after 20 years of teaching the subject and seeing the technology develop. It is the first class set entirely in VR in Stanford’s history.
“We live in a time where virtual reality is rapidly expanding its roles in how we work, play and communicate,” said music professor Ge Wang when he introduced Bailenson and first-year communication Ph.D. student Cyan DeVeaux as this month’s presenters at the Art and Tech Salon, a speaker series devoted to bringing together students and professors from across campus disciplines.
When planning the class, Bailenson took a gamble on whether VR software and technology would be advanced enough in time for him to teach it as a summer course. The software the class ended up using, ENGAGE, became ready in late May, just in time to run the course in the Summer. ENGAGE is a virtual meeting platform that provides tools for students and teachers to build and interact in virtual environments.
... VR allows people to imagine the impossible, adding that the teaching team tried to incorporate that tenet into the curriculum. ...
... Class sessions were also limited to 30 minutes to avoid simulator sickness, a subset of motion sickness that can be caused by VR devices. ...
To assess when VR is the appropriate medium to use as a teaching tool, ... “Dangerous, Impossible, Counterproductive and Expensive” (D.I.C.E.).
Zoe's easy-to-use, cross-platform no-code 3D world creator toolset allows anyone, from novice to expert, to create and share interactive immersive experiences -- a skill previously reserved for those with extensive knowledge of game engines or visual effects programs. Dreamscape will leverage the Zoe technology to build cutting-edge collaborative VR experiences, such as virtual classrooms, immersive training exercises, and remote conferencing capabilities. Now, everyone -- including educators, students, and executives -- will be able to create multi-user interactive experiences, built on Dreamscape's revolutionary VR platform. By merging motion capture with body mapping and advanced kinematics, Dreamscape experiences allow large groups to interact with each other with a level of immersion never before achieved in the industry.
