Thursday marked a significant day for Humane, as they finally revealed their much-anticipated AI-powered device, the AI Pin, after a series of speculative demos and hints. However, the unveiling raises as many questions as it answers about the future of wearable AI technology.
The device is engineered for engagement with extensive language models rather than traditional applications, favoring voice interactions over typing. However, its intended practical applications remain somewhat ambiguous.
Priced at $699, the AI Pin is a two-part wearable, consisting of a square device and a battery pack, both attachable to clothing via magnets. An additional monthly fee of $24 is required for a Humane subscription, which includes a phone number and data coverage through T-Mobile’s network. Despite its high cost, the actual functionality of the device remains enigmatic.
The device, powered by an unspecified Snapdragon processor, relies on voice control, a camera, gestures, and a small built-in projector for operation. Weighing approximately 34 grams, with an additional 20 grams for the battery booster, the AI Pin features a 13-megapixel camera, capable of capturing videos post a software update.
Contrary to devices like the Rewind Pendant, the AI Pin does not continuously record or listen for a wake word. Instead, it requires manual activation and signals its data collection through a “Trust Light,” which purportedly informs the user and others around.
Humane’s AI Pin aims to connect to AI models via its AI Mic software, leveraging partnerships with giants like Microsoft and OpenAI. It is touted to be powered primarily by GPT-4, positioning ChatGPT access as a key feature. Its operating system, Cosmos, is designed to automatically route queries, eliminating the need for traditional app management.
Humane’s vision with the AI Pin is ambitious, attempting to simplify user interaction with technology by removing conventional interface elements. However, the practicality and necessity of such a device remain questionable. The promised functionalities — voice messaging, email summarization, nutritional information, and real-time translation — although intriguing, do not seem groundbreaking enough to justify the device’s high cost and subscription model.
While Humane envisions the AI Pin as a pioneering step in wearable AI, its success hinges on the evolution of its underlying AI models and its ability to integrate practical, user-friendly applications. The company plans to expand its capabilities to include navigation and shopping, and open up opportunities for developers, but these remain in the realm of future potential rather than present reality.
In summary, while Humane’s AI Pin represents an interesting foray into wearable AI technology, its current iteration leaves much to be desired. The device’s high price, unclear functionality, and reliance on evolving AI technology pose significant challenges to its widespread adoption and practical application in the everyday lives of consumers.
