A pair of glasses sells for $1,299, and comes with a small charm.
At a developer conference, Meta unveiled a thinner, lighter virtual reality headset and a handheld device. The former is priced at $1,299 and goes on sale next spring. It is the company’s first virtual reality hardware release since 2024; the last update was two years ago. The latter works alongside its smart assistant—just speak aloud to trigger it, without unlocking your phone or opening an app.
Both the pricing and the form factor point to the same conclusion. By using an external computing and battery module to reduce weight, the glasses shift the processing power from your head to your pocket. Meanwhile, the charm moves the input from the screen back to voice—users don’t need to look at any interface to start a task. Removing weight from the head is the key to whether this kind of device can be worn for long periods.
The real contest is over the input. Whoever controls that single moment when a request is initiated determines who will deliver the subsequent service. The hardware is just the carrier—and that is also why it is launching both the hardware and the assistant at the same time.
For consumers, what’s worth waiting for is the price and the ecosystem. Early adopters of expensive devices are usually developers. Whether it can become an everyday product depends on whether there are enough third-party services to take over. Sales in the first year are typically driven by people just eager to try it out.
Selling hardware is the means; grabbing that one spoken moment is the goal.
#可穿戴设备 #Artificial Intelligence
At a developer conference, Meta unveiled a thinner, lighter virtual reality headset and a handheld device. The former is priced at $1,299 and goes on sale next spring. It is the company’s first virtual reality hardware release since 2024; the last update was two years ago. The latter works alongside its smart assistant—just speak aloud to trigger it, without unlocking your phone or opening an app.
Both the pricing and the form factor point to the same conclusion. By using an external computing and battery module to reduce weight, the glasses shift the processing power from your head to your pocket. Meanwhile, the charm moves the input from the screen back to voice—users don’t need to look at any interface to start a task. Removing weight from the head is the key to whether this kind of device can be worn for long periods.
The real contest is over the input. Whoever controls that single moment when a request is initiated determines who will deliver the subsequent service. The hardware is just the carrier—and that is also why it is launching both the hardware and the assistant at the same time.
For consumers, what’s worth waiting for is the price and the ecosystem. Early adopters of expensive devices are usually developers. Whether it can become an everyday product depends on whether there are enough third-party services to take over. Sales in the first year are typically driven by people just eager to try it out.
Selling hardware is the means; grabbing that one spoken moment is the goal.
#可穿戴设备 #Artificial Intelligence
