A recently published patent, US20240078769A1, by the Arizona Board of Regents on behalf of Arizona State University, aims to address the core problem of safety and content regulation in augmented reality (AR) applications. AR technology, which superimposes digital information onto the real world, has gained significant popularity in recent years. However, the lack of regulation and limitations on where and how AR apps can be used has resulted in several issues, including the distribution of inappropriate and malicious content, privacy breaches, and negative user experiences.
The patent introduces a system and associated method for a policy-governed content mediation model for mobile augmented reality applications. It focuses on enforcing authorization constraints and preventing spatial and privacy attacks. By implementing this system, the patent aims to ensure that the content displayed in AR apps is safe, authorized, and respectful of users' privacy.
One major issue that the patent tackles is the unregulated distribution of inappropriate and malicious AR content. Without proper regulations, AR apps can display content in sensitive areas such as memorials or hospitals, leading to unwelcome behavior or disrespectful actions. Instances like the use of Pokemon GO at the 9/11 Memorial in New York City have highlighted the need for better control over AR app operations within specific locations.
Another concern is the potential for digital graffiti and the lack of restrictions on such content. Malicious entities have exploited this vulnerability, placing harmful content that can lead to security threats, robberies, and fights. Additionally, privacy leaks occur when sensitive user information is mishandled or shared without explicit consent. Current regulations fail to address these issues, leaving users vulnerable to privacy breaches.
The patent's system offers several advantages to address these problems. Using attribute catalogs, it provides clear definitions of attributes, enhancing convenience and flexibility for policy makers when specifying authorization needs. Policies can be crafted to meet specific requirements, ensuring better control over the content displayed in AR apps. By leveraging the Space-Sensitive Access Control (SSAC) approach, the system enables Space Owners, entities responsible for sensitive areas, to regulate AR app operations within their respective locations.
After the implementation of this patent, the world of augmented reality will benefit from safer and more regulated experiences. Users can explore and interact with AR content without the fear of encountering inappropriate or malicious material. Sensitive spaces, such as memorials or hospitals, will be protected from unwanted AR app usage or interactions that may disrupt or disrespect their significance.
Real-life examples of how people would use this invention include visiting a memorial and being able to experience AR content that enhances the historical significance of the place, without compromising the sanctity of the location. Users will have better control over their personal space, deciding who can interact with AR objects and avoiding unwanted interchange with others. This system will ensure a safer and more pleasant AR experience for all users.
It is important to note that this patent, while a promising solution to the challenges in AR content mediation, does not guarantee its appearance in the market. The patent's purpose is to protect intellectual property and innovative ideas, but its commercialization depends on various factors, including market demand and implementation feasibility.
In conclusion, the recently published patent, US20240078769A1, presents a groundbreaking system and method for content mediation in mobile augmented reality applications, addressing safety, authorization, and privacy concerns. By implementing this system, the world of augmented reality will benefit from regulated, safe, and respectful experiences for users, ensuring the protection of sensitive spaces and personal information.
P.S. Please note that this article is based on a recently published patent, and there is no certainty regarding its future appearance in the market.