Dyson, a well-known brand in the tech world, has recently introduced a groundbreaking feature that leverages smartphone augmented reality sensors to enhance the vacuuming experience. This innovative feature, known as CleanTrace, utilizes the lidar scanner available on Pro or Pro Max iPhones 12 and newer models. By attaching your phone to the vacuum, you can virtually paint over areas that have been vacuumed to ensure that no spot is missed.
The motivation behind the development of CleanTrace stems from the observation that consumers tend to be haphazard and inefficient in their cleaning habits. According to Dyson, users often cover the same areas multiple times while overlooking other spots altogether. This insight was gleaned from the data collected over the years about users’ cleaning and usage patterns.
While the concept of using AR technology to improve vacuuming accuracy is intriguing, some questions arise regarding its practicality and accessibility. The $1,000 Gen5detect is currently the only Dyson vacuum compatible with the smartphone clamp required for CleanTrace. This additional accessory will be sold separately, prompting speculation about its cost and availability.
Despite the innovative nature of CleanTrace, concerns linger about its compatibility with other Dyson vacuums or those from different brands. Additionally, the functionality of the mobile app in verifying thorough cleaning remains unclear. While the built-in features of the Gen5detect already aid in detecting dust and debris, the added layer of proof offered by CleanTrace may provide peace of mind for users.
The illustrations released by Dyson showcase the precision of AR technology in detecting the vacuum head for accurate cleaning. However, the potential for third-party developers to create similar apps with customizable guides raises the possibility of expanding the use of AR sensors in the cleaning industry. Individuals with 3D printing skills may also have the opportunity to design their own clamps for a personalized cleaning experience.
Dyson’s integration of AR technology in vacuuming represents a significant step towards enhancing cleaning efficiency and accuracy. While the initial rollout may be limited to a specific vacuum model, the potential for broader adoption and customization highlights the versatility of AR sensors in everyday tasks. As technology continues to evolve, the intersection of traditional household chores with cutting-edge innovation offers exciting possibilities for the future of cleaning.
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