Web 3.0 Hosting – The Web Spatial and Web 3.0, Allan V. Cook, Mike Bechtel, Siri Anderson, David R. Novak, Nicole Nodi, Jay Parekh
It seems to be the future, and the early applications of the Web Space, or Web 3.0, have arrived. Now is the time for leaders to understand what this next computing era will look like and how it will transform the business and create new value as it grows.
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The clear line between our digital and physical worlds is beginning to blur. Today we hear about doctors testing holographic diagnostic models during surgery.
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Manufacturing, maintenance and warehouse workers are measuring significant productivity gains using the Internet of Things (IoT) and augmented reality.
Today’s technology applications are just a glimmer of the new world of the Spatial Web, sometimes called Web 3.0 or the 3D Web (see sidebar, “Update: Web 3.0 and the Spatial Web “). It is the next evolution of computer and information technology (IT) along the same lines that started with Web 1.0 and the current Web 2.0. Now we are seeing the Spatial Web (Web 3.0) unfold, erasing the boundary between digital content and physical objects as we know them today. We call it “spatial” because digital information resides in space, integrating it without leaving the physical world. (To read an example of how it works in real life, see the sidebar, “An Overview of the Internet in Healthcare.”)
This vision is reflected in the growth and convergence of enabling technologies including augmented and virtual reality (AR/VR), advanced communications (e.g. 5G), geospatial, IoT devices and sensors, distributed ledger technology (eg, blockchain) and others. artificial intelligence/machine learning (AI/ML). Although estimates predict that the realization of the Internet of Space will take 5 to 10 years, many early applications are creating a significant competitive advantage.
We are witnessing the dispersion of the Spatial Web, blurring the lines between digital content and physical objects as we know them today.
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By dramatically improving intuitive interactions and increasing our ability to deliver highly contextual experiences for businesses and consumers, the Web era opens up new opportunities to improve good, communication, and entertainment in ways that we can only begin to imagine today. For forward-thinking leaders, this creates new opportunities for business benefit and, of course, new risks to monitor.
In this article, we define the vision for the Spatial Web, discuss the technologies behind it, and outline the path to maturity. For most companies, the goal is not to build a site network; but knowing what can help leaders better prepare for the long term, maximize their short-term investments, and contribute to the important conversations happening today it affects businesses and society.
KEY POINTS: WEB 3.0 AND THE SPATIAL WEB “… the world around us is about to be illuminated with layers of rich, entertaining, meaningful, exciting and dynamic information. Data you can see and interact with. This magical future is called the Web Space, and it will change all aspects of our lives, from shopping and advertising to work and education to entertainment and social interaction. -Peter Diamandis5
There is no single definition of Web 3.0, the computer era that follows our current, mobile-based Web 2.0. Many people compare Web 3.0 to the Semantic Web, based on the ability of machines to read and interact with content in a human-like manner.
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More recently, definitions of Web 3.0 have begun to include distributed ledger technologies such as blockchain, which focus on data authentication and decentralization. In theory, this could remove the power of the platform owners over individual users.
Each of these visions begins to describe the nature of the end; starting from different technical areas. We use the term “Spatial Web” because it emphasizes the transformation of the experience for the end user by moving communication interactions away from screens and physical space (figure 1).
Fast forward to the next few years, where connectivity, processing power, digital devices, and our ability to analyze and interpret data have greatly advanced. In today’s world, most of our interactions with digital information come from traditional screens, tablets and phones. Here we meet a heart researcher and a heart health researcher. He starts his day not by checking his phone, but by turning on the silent, smart interface.
This advanced tool manages multiple media channels, from social media and news to job listings, filtering contextual information into its view and protecting patient information. This morning, he used it to call a taxi to take him to the hospital; She participates in a short video conference with her child’s teacher on the way. When the car arrives at the hospital, the device removes notifications from its privacy and changes the settings to provide a safe and rich virtual medical environment.
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In this way, he will soon lead his human and robotic colleagues in the physical and patient control room. It leads the way using “see what I see” features, haptic-enabled devices and custom 3D-printed surgical devices, and passive digital models. But before starting, the team almost assembled a 3D digital snapshot of the patient’s heart.
This digital copy is an important tool to help create the surgical plan; Currently, it has been used to monitor patient condition and personalize surgical interventions.
And helping the patient visualize the process. As the team moves into surgery, this digital tablet provides real-time AI information about the patient’s condition, and prepares to alert the medical team for additional interventions. Fortunately, this process continues as planned; our surgeon successfully completed the operation and our on-site colleagues bandaged the patient for recovery.
Once the order is completed, the data will be collected, analyzed and collected from the system for different purposes according to the needs and security permissions of all the people involved. It is used to support the patient’s post-operative care team; Other parts of the health system can mine a single database using billions of data points to help monitor public health and system efficiency, conduct simulations, and improve outcomes.
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Although the network of connections needed between patient care, R&D, hospital systems, and other supporting institutions may be many years away, we are still seeing early signs of this idea. in the future. However, we see the value of unraveling these new interfaces and digital threads in order to achieve better outcomes for the individual and the system. This physical and digital network is expected to be built over time and will be built on a combination of cutting-edge technologies, as well as security and collaboration.
While we can’t predict exactly when the Web Space will come of age, it looks like this future has been in the making for decades. As the early forces that created Web 1.0 and Web 2.0 are accelerating, today’s leading technologies are informing the evolution of the Web Space as it moves through three phases. of the IT architecture (see figure 2):
Gabriel René, executive director of the Spatial Web Foundation, says, “The underlying benefits of these technological investments are the combined benefits that come when you implement them as part of a larger strategy, rather than separate.This is the way forward to Web 3.0.
“The bottom line of these technological investments are the combined benefits that come when you do them as part of a larger strategy, rather than in isolation. This is the way forward to Web 3.0. — Gabriel René, general manager of the Spatial Web Project
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Communication: AR/VR devices are the main way for people to access the Internet of Things, although they can take different forms from AR glasses and digital contact lenses to wearables and IoT devices , sensors, robots, autonomous vehicles and more. . For the scope of the Spatial Web, AR interfaces need to be more affordable and comfortable to wear for long periods of time.
They are constantly developing and improving AR tools. Facebook, a strong player in the VR space since acquiring Oculus VR for $2 billion in 2014, has made several investments in AR and the AR Cloud, including a project that called Live Maps that promises to create interactive 3D maps. the world.
Is developing its own lightweight AR glasses and applying for several patents that could reduce the size of those AR devices.
Taking a step back to look at the broader technology industry, we see increasing trends in innovation and development of technologies that support the connectivity layer of the Internet Space. For example, the number of AR-related patents filed each year in the United States has more than tripled in the past decade (see figure 3).
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Computing: AI/ML will play an important role in web space computing. Machines and devices can understand the non-digital world, such as computer vision and natural language processing. It also develops contextual, personalized experiences through AI’s ability to self-program, continuously learn, and make decisions.
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