Google’s Google Glass project has been rolling out to new users over the last few months via the Google Glass Explorer competition, and is expected to hit retail status sometime next year. Now, a few Google Glass early prototypes have been revealed, offering a fascinating glimpse into the development process of this innovative technology.
However, the sleek design of the Google Glass eyewear had to start somewhere. During part of the 7 Techmakers and a Microphone panel at Google I/O, a few Google Glass early prototypes were unveiled, showcasing the evolution of the device from its rudimentary beginnings to its more polished current form.
The Evolution of Google Glass Prototypes
Jean Wang, Project Glass Staff Hardware Engineer, arrived to explain and revealed a little more about the design process behind the new Google Glass eyewear. She commented on the Google Glass early prototypes, providing insights into the challenges and breakthroughs that occurred during development.
The images above reveal the process from strapping a smartphone to the side of a pair of goggles to later, more refined designs using 3D printed components. This iterative process highlights the importance of prototyping in hardware development, where each version builds upon the lessons learned from its predecessors. The initial prototypes were bulky and impractical, but they served as crucial stepping stones toward the sleek, lightweight design that Google Glass is known for today.
Technical Insights and Design Challenges
One of the significant challenges faced by the Google Glass team was integrating all the necessary technology into a compact and wearable form factor. Early prototypes often involved attaching existing devices, like smartphones, to headgear to test the concept. These early models were far from the final product but were essential for understanding the feasibility and user experience of wearable technology.
As the design evolved, the team began using 3D printing to create custom components that could house the necessary electronics while maintaining a comfortable and stylish appearance. This transition to 3D printed parts marked a significant milestone in the development process, allowing for greater flexibility and precision in design.
The video below is a copy of the live-streamed technical sessions from Google I/O, brought to you by Google Developers Live. It provides a deeper dive into the technical aspects of Google Glass, including discussions on hardware engineering, software integration, and user interface design. Watching this video offers a comprehensive understanding of the complexities involved in bringing such an innovative product to market.
The journey from the initial concept to the final product is a testament to the ingenuity and perseverance of the Google Glass team. Each prototype, no matter how rudimentary, played a crucial role in refining the technology and ensuring that the final product met the high standards expected by consumers.
As Google Glass continues to evolve, it will be exciting to see how the technology is adopted and integrated into various industries. From healthcare to manufacturing, the potential applications for wearable technology like Google Glass are vast and varied. The early prototypes serve as a reminder of the innovative spirit that drives technological advancement and the importance of embracing the iterative process in product development.
Source: Engadget : Google : Google Developers
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