Information follows the gaze
During the visit to INMO in Shenzhen on October 19, 2026, the conversation about artificial intelligence took physical form: glasses able to place information in the field of view. The portfolio presentation and encounter with devices in the showroom connected translation, guidance and presentation support with everyday situations.
What makes this interface interesting is where it sits. Looking up information on a phone means taking your eyes away from a conversation or activity. With glasses, the proposition is to keep content close to what someone is doing. That opens possibilities while changing the product challenge: information needs to arrive at the right moment, remain legible and take up an appropriate share of attention.
The visit offered a way to examine this combination of hardware and software through concrete uses. A device can have a camera, microphone, sound and a display and still provide very different experiences depending on the task. The discussion explored those choices and the work of turning a technical capability into something people want to use regularly.
AIR, GO and X address different propositions
The team organized its portfolio into three families. AIR was presented as a platform with its own Android system, intended for apps and experiences with a color display. GO was highlighted as the main line at that time, focusing on translation and textual information on a green monochrome display. X was described as a family for different formats and applications, including photography and audio.
| Family | Emphasis in the presentation | Relevant distinction |
|---|---|---|
| AIR | Apps, work and experiences with a color display. | Android running on the device, according to the team’s explanation. |
| GO | Translation and information in front of the eyes. | Textual content and a connection with the smartphone experience. |
| X | Photography, audio and formats for specific uses. | The proposition varies by product and application. |
INMO’s company overview also separates AIR for work and entertainment, GO for translation and X for photography. These are product families with differences between generations. This organization helps explain the visit without assigning the capabilities of one model to every pair of glasses.
Translation puts a recognizable need at the center
International business and travel were discussed as uses for the GO line. The proposition was to follow another person’s speech through text in the field of view. In a visit that brought Mandarin and Portuguese together, with interpretation between speakers, the problem the product aims to address was present in the conversation itself.
A change of interface can matter to the continuity of an encounter. A person tries to follow the speaker, consult the content and formulate the next question. Its usefulness depends on how those actions fit together: the text needs to be understandable, keep pace with the conversation and allow uncertainty to be clarified.
There is also a difference between grasping the general meaning and relying on it for a decision. Names, numbers and sector terminology may need confirmation. A translation experience should be assessed in the language and context where it will be used. The encounter introduced this form of communication support without independently measuring its accuracy or response time.
The operating system shapes what the glasses can become
A question about app stores led to an important distinction. The team explained that AIR has an architecture with Android on the glasses and the ability to install apps, using connectivity such as Wi-Fi. Other products were described in relation to Android or iOS smartphones. A display worn on the face does not mean that every device runs software in the same way.
For someone developing a solution, this difference determines where the work happens. An app may depend on the phone, the device or services reached through the network. Installation, updates and support need to follow that architecture. An apparently simple user experience requires decisions about connectivity, availability and continuity of use.
In current public material, GO3 provides an example of a product accompanied by an iOS and Android app. This reference helps place the company’s ecosystem in context, but does not identify the model tried by the group or establish that every function works without a phone or internet connection.
Teleprompter and navigation show how context changes the function
Beyond translation, the presentation mentioned an AI assistant, navigation and a teleprompter. The last of these places a prepared script in the speaker’s field of view. It is a bounded use case: the content already exists, and the device helps someone follow it while presenting.
For navigation, the value lies in offering guidance while moving. The subsequent conversation included a future update involving Google Maps. It was discussed as a software development, without evidence that it was available at the time. Distinguishing a ready feature from a planned one matters when assessing any connected product.
As external context, the official GO3 page describes translation, a teleprompter, an assistant and HERE Maps navigation. The current catalog is a reference for features advertised by the manufacturer. The visit was not a comparative test of those functions or confirmation that each integration works in Brazil.
Battery and comfort are part of the AI experience
When the group asked about differentiators, the team highlighted hardware design and the ability to swap the battery. A removable component changes how a device can stay in use: someone can charge another unit and organize a replacement instead of relying only on recharging the entire set.
This choice also shows why assessing an AI product needs to include the physical object. A useful function loses ground if the equipment is uncomfortable, requires frequent adjustment or interrupts an activity at an important moment. Fit, controls and ease of maintenance shape the experience alongside the software’s response.
Seeing and wearing devices in the showroom brought their form closer to the group. Extended wear, battery life in different modes and comfort over a whole day would require a different kind of assessment. A swappable battery was a differentiator presented by the team, without a runtime measurement during the visit.
Education and accessibility broaden the application questions
The discussion moved beyond individual consumption when questions about education and work arose. The team described universities using the equipment to develop apps and the possibility of a guide that helps explain what someone is observing in a place. The interest lay in combining an available device with software adapted to a need.
Another scenario mentioned was support for people with hearing disabilities by displaying speech as text on the glasses. The proposition of making a conversation more accessible is tangible and deserves development with the people who experience that need. During the visit it appeared as a possible application; no clinical assessment or user outcome study was presented.
These examples help determine where to begin a project. A guide, captions and a work-support app require different content, controls and success criteria. Involving the people who will use a solution helps establish whether information appears usefully and whether the device fits their activity, environment and routine.
The operating environment belongs in the assessment
Heat, dust, humidity and overheating came up in the group’s questions. The response placed the products under discussion in everyday use and treated applications in extreme conditions as a direction requiring specific development. An office or showroom demonstration does not establish suitability for industrial operations.
There is specific public context concerning temperature: the CPSC notice dated September 24, 2026 addresses overheating in the left temple of the AIR3 model and specifies a system-update repair. The notice concerns that model. It does not establish that a device present during the visit was affected or extend the condition to GO3 or the entire portfolio.
The question of operating conditions remains useful for any project. Its owner needs to check the model, software version and documented limits for the intended environment.
Brazil entered the conversation through communication across languages
International expansion was discussed alongside applications. The team emphasized Japan and demand for translation. When asked about Brazil, it returned to the potential to connect people who need to converse in different languages. This was a discussion of a market opportunity, without an announcement of Brazilian operations or an agreement with NewHack.
To bring a reference like this to Brazil, the first step is to choose a sufficiently clear situation. A conversation with a supplier, a technical visit and following a presentation have different rhythms and requirements. The value hypothesis becomes more concrete when it is clear who needs help, how often and what difficulty they face today.
The ability to build the equipment is one part of that path. Language, configuration, support and software adaptation need to reach the user as a coherent experience. The INMO conversation showed how internationalizing hardware also depends on understanding people’s work and habits in each market.
The next question is which task improves with this interface
Smart glasses raise an interesting question for product builders: which information becomes more valuable when it appears close to what someone is seeing? The answer may be a translation, a script or a brief direction. It may also reveal that another interface remains better suited to a particular task.
The learning from the visit lies in connecting technology with its context of use. A team can start with a task, observe how it is performed today and test the new experience with real people. Assessment needs to include the outcome of the activity and the effort of using the equipment, including when connectivity fails or information needs correcting.