Apple accelerates production of headphones with camera and launch could occur in September
The Cupertino giant seems ready to surprise the wearable devices market much earlier than the deadline imagined by sector analysts. Recent information indicates that Apple has accelerated the development of an unprecedented version of its wireless headphones, now equipped with optical sensors. Journalist Mark Gurman, from Bloomberg, revealed that the internal schedule underwent significant changes, placing the product on the launch ramp for next month, contrary to previous projections that pointed to a more distant future. The move indicates the manufacturer’s urgency in expanding its hardware ecosystem aimed at real-time data processing.
Historically, the company has maintained a steady pace of updates for its audio line, but the race to integrate more complex virtual assistants has changed the scenario. The current focus is on August 3, 2026, a date that marks a turning point in the company’s engineering projects. The introduction of lenses into an ear accessory represents a considerable technical leap, requiring extreme miniaturization of components and battery management far superior to that found in current generations.
The manufacturer’s strategy involves parallel projects to ensure innovation
Over the past few years, the company’s labs have housed the development of a device codenamed B798, focused on bringing image capture to consumers’ ears. This initiative is part of a larger research and development umbrella focused on artificial intelligence, which also encompasses mixed reality glasses and smart neckwear. The original plan established the year 2026 for the debut of this technology, but production bottlenecks ended up pushing the official schedule for this specific model to the end of 2027.
However, the internal dynamics of creating the company have layers of redundancy. In his weekly Power On newsletter, Gurman explained that a separate team is working on a parallel project called B790. This alternative version of camera headphones quickly gained traction within the company’s headquarters. The practice of having engineering teams compete against each other with different solutions to the same problem is a hallmark of the brand’s hardware management, ensuring that there is always a viable product if the main idea faces unsolvable delays.
Discoveries in the operating system confirm the existence of the new hardware
The advancement of the B790 project is not only based on sources linked to the supply chain, but on concrete evidence left in the manufacturer’s own software. Researcher and developer Sam Henri Gold found direct references to the codename during his analysis of the second beta version of iOS 27, released for testing last month. The presence of these lines of code in the operating system that will equip the brand’s next phones is the strongest indication that the hardware is already in the compatibility and integration testing phase.
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Despite the confirmation of the existence of two work fronts, the exact details that separate the B790 version from the B798 variant remain under lock and key. The market speculates whether the company will launch two distinct categories of smart headphones or whether the faster project simply cannibalized the model that was delayed. The complexity of managing two very similar accessories suggests that only one of them should see the light of day in the short term, assuming the role of a technological showcase for the virtual assistant’s new capabilities.
How optical sensors will transform interaction with the Siri assistant
The inclusion of lenses in headphones raises immediate questions about privacy and usability, but the manufacturer’s objective goes far beyond traditional photography. The optical components were not designed for the user to take selfies or record videos for social media. The primary function of these tiny cameras is to act as Siri’s eyes, providing a constant, real-time readout of the surrounding environment. This allows artificial intelligence to understand the user’s spatial context, identifying objects, translating signs or assisting with urban navigation without the need to take the phone out of your pocket.
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This Visual Intelligence approach puts the accessory on a direct collision course with smart glasses developed by competitors, which already use cameras to feed AI algorithms. For Apple, building this capability into the headphones takes the friction out of daily use, taking advantage of a format that millions of consumers already use for hours on end. Deep integration with the ecosystem will ensure that the processing of these images occurs securely, possibly using the neural chips embedded in the accessory itself.
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Change of nomenclature and impact on the final price for the consumer
The addition of such advanced technologies inevitably changes the cost structure of the product. To accommodate denser cameras, image processors and batteries, engineering had to rethink the internal design, which makes manufacturing more expensive. Given this scenario, the company plans to reposition the brand to justify the necessary investment on the part of buyers.
The structural and commercial changes expected for the launch include the following points:
- Replacement of the traditional commercial name, abandoning the possible AirPods Pro 4 nomenclature in favor of the AirPods Ultra seal, aligning the product with the brand’s line of premium watches.
- Significant increase in retail value, surpassing the current US$249 mark charged for the AirPods Pro 3, positioning the new headset as a luxury item in the audio segment.
- Native integration with generative AI capabilities that will make their official debut in iOS 27, requiring next-generation hardware for seamless local processing.
If the board decides to move forward with the launch of the B790 project later this year, the most likely stage for the announcement will be the traditional September event. This presentation window coincides with the reveal of the new generation of iPhones, creating a highly profitable cross-selling ecosystem for the final quarter. While the market awaits next month’s movements, the team responsible for the B798 project continues its long-term work, with the goal of delivering an even more refined second generation by the end of fiscal year 2027.
