在Meta、Google等科技巨头持续推动AI眼镜发展的背景下，一家名为Raven Resonance的初创企业推出了一款与众不同的智能眼镜产品。该公司最新展示的Raven Prism并未选择依赖智能手机或封闭生态系统，而是将产品定位为一台能够佩戴在脸上的完整Linux电脑，希望为开发者、创作者以及重视隐私的用户提供另一种智能穿戴设备选择。
Raven Resonance将Raven Prism称为全球首款“环境计算机（Ambient Computer）”。与市面上大量依赖手机连接运行的智能眼镜不同，该设备能够独立完成运算任务，无需持续连接智能手机即可正常使用。公司认为，未来计算设备不应局限于桌面、口袋或背包之中，而应该在需要时随时出现，又不会持续干扰用户的现实生活。
从外观上看，Raven Prism与普通处方眼镜相似，但内部集成了一套完整计算平台。产品搭载四核心64位ARM处理器，配备最高4GB内存以及至少32GB存储空间，运行基于Linux开发的RavenOS操作系统。用户不仅可以运行原生Linux ARM64应用程序，还能够获得SSH访问权限以及较高程度的系统自定义能力。
显示部分采用单眼设计，一块全彩LCoS显示器通过波导技术将信息投射至用户右眼视野之中。官方表示，其效果相当于在手臂长度距离观看一块16英寸显示器。由于显示区域位于视野边缘，用户能够同时观察现实环境与数字信息，从而实现更加自然的交互体验。
操控方式也是Raven Prism的重要特点之一。设备内置眼动追踪系统，用户可以通过眼神完成导航和选择操作，同时支持语音控制。相比频繁掏出手机或使用触控界面，这种设计能够在双手被占用时提供更高的便利性，例如查看导航信息、浏览工作资料、查看菜单、显示登机牌或跟踪待办事项等。
续航设计则是该产品最受关注的创新之一。Raven Prism采用名为“Raven Wings”的模块化电池系统，用户可以直接拆下电量耗尽的电池并安装新的电池模块，而设备无需关机重启。应用程序状态和工作内容能够保持连续运行。公司认为，这种热插拔方案能够有效解决智能眼镜续航时间长期不足的问题。
除了作为供电模块之外，Raven Wings未来还计划扩展更多功能。官方透露，后续可能推出包含蜂窝网络通信、GPS定位以及大容量电池等不同模块，为设备提供更丰富的扩展能力。
隐私保护也是Raven Resonance重点宣传的方向。公司表示，大部分数据处理尽量在本地设备完成。眼动数据不会默认上传云端，语音识别也优先在本地执行。设备内置1300万像素前置摄像头，但采用机械式镜头遮挡结构，用户必须手动打开镜头盖才能启用拍摄功能。同时，当摄像头运行时，镜框上的指示灯会明显亮起，提醒周围人员设备正在录像。
Raven Resonance强调，公司反对依赖用户数据进行商业化运营的监控式商业模式，并将隐私视为产品设计的核心原则。用户可以决定何时启用摄像头、何时向云端发送数据以及哪些功能允许访问个人信息。
在软件生态方面，Raven Prism计划预装超过25款应用程序，并向开发者开放底层系统访问权限。与主流智能眼镜需要通过封闭应用商店审核不同，Raven希望吸引开发者直接在平台上创建和部署应用程序，从而打造更加开放的生态环境。
不过，这种开放理念也意味着产品面临更多挑战。当前市场上的主流智能眼镜大多依附于大型科技公司的软件生态，而Raven Prism选择独立路线，需要自行建立开发者社区和应用生态。能否吸引足够多的软件支持，将成为产品未来能否获得广泛采用的重要因素。
目前Raven Prism已经启动预订并公开展示原型机。虽然最终市场表现仍有待验证，但在AI眼镜普遍依赖手机和云端服务的行业趋势下，这款可独立运行Linux系统、支持热插拔电池并强调本地隐私保护的智能眼镜，无疑为快速发展的智能穿戴市场提供了一种截然不同的发展思路。
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In the context of the continuing development of AI eyeglasses by technology giants such as Meta and Google, a start-up company called Raven Resonance has launched a different smart eyeglass product. The company ' s latest demonstration, Raven Prism, did not choose to rely on smartphones or closed ecosystems, but instead positioned the product as a complete Linux computer that could be worn on its face, hoping to provide developers, creators and privacy-sensitive users with another option for smart wear.
Raven Resonance describes Raven Prism as the global flagship Environmental Computer. Unlike smart glasses, which rely heavily on mobile phone connections on the market, the device is able to perform the computing tasks independently and is operational without a continuous connection to a smartphone. In the company ' s view, future computing devices should not be limited to desktops, pockets or backpacks, but should be readily available when needed without continuously disrupting the real life of users.
In terms of appearance, Raven Prism resembles normal prescription glasses, but is internalized into a complete computing platform. The product carries 64-bit ARM processors with up to 4GB memory and at least 32GB storage space to operate the RavenOS operating system based on Linux. Users not only run original Linux ARM64 applications, but also have access to permission and a higher degree of system definition capability.
The display is partially designed with a single eye, with a full colour LCOS monitor projecting the information into the user ' s right eye view using wave guidance technology. Officially, it had the effect of watching a 16-inch monitor at the length of the arm. By showing areas on the edge of the horizon, users are able to observe both the real environment and digital information, thus achieving more natural interactions.
Control is also one of the important features of Raven Prism. An eye tracking system is built in the equipment, which allows users to complete navigation and selection operations in the eye while supporting voice control. This design provides greater ease of access to navigation information, browsing of work materials, viewing of menus, display of boarding plates or tracking of to-dos when hands are occupied than is the case with frequent extraction of mobile phones or the use of touch interfaces.
The continuation design is one of the most interesting innovations in the product. Raven Prism uses a modular battery system called “Raven Wings”, which allows users to remove power-depleted batteries and install new battery modules without having to turn the equipment off and restart. Application status and work content can be kept running continuously. The company believes that this heat-plugging programme can be an effective solution to the chronic shortage of smart glasses.
In addition to being an electricity module, Raven Wings plans to expand its functionality in the future. Officially, different modules, including cellular network communications, GPS positioning and large-capacity batteries, may be introduced in follow-up to provide more extensive extension capabilities for equipment.
Privacy protection is also the focus of Raven Resonance. According to the company, most of the data processing was done locally, as far as possible. Eyed data will not be uploaded by default and voice recognition will be given priority locally. The equipment contains 13 million pixel pre-assembly cameras, but a mechanical shot mask is used, and the user must manually open the shot cap to enable the filming function. At the same time, when the camera is running, the light on the frame will be visible, reminding the surrounding personnel that the equipment is being recorded.
Raven Resonance emphasizes that companies oppose a controlled business model that relies on user data for commercialization and regards privacy as a core principle in product design. Users can decide when to access the camera, when to send data to the cloud and what functions allow access to personal information.
In terms of software ecology, Raven Prism plans to pre-assemble more than 25 applications and to open access to permission to the developers. Unlike mainstream smart glasses, which require clearance through closed application shops, Raven hopes to attract developers to create and deploy applications directly on the platform, thus creating a more open ecological environment.
However, this concept of openness also means that products face additional challenges. Most of the prevailing smart glasses in the current market are dependent on the software ecology of large technology companies, while Raven Prism chooses an independent route that requires the establishment of its own developers community and applied ecology. The ability to attract sufficient software support will be an important factor in the future availability of products for wider adoption.
Raven Prism has now started booking and public display of the prototype. While the final market performance remains to be validated, in the light of the trend in the industry, where AI glasses are generally dependent on mobile phones and cloud-based services, the smart glasses that operate the Linux system independently, support heat-plug batteries and emphasize local privacy protection undoubtedly provide a very different approach to the fast-growing smart-dressing market.
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