Schlageโs UWB-enabled smart lock launches this month
It's been more than a year since Schlage announced its first smart lock to support ultra wideband technology (UWB), but now it's finally almost available to purchase. Starting June 29th, the Schlage โฆ
The Verge โ 16 June 2026
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It's been more than a year since Schlage announced its first smart lock to support ultra wideband technology (UWB), but now it's finally almost availa
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The launch of Schlageโs UWB-enabled smart lock signals more than just a product releaseโit marks a potential inflection point in the smart home market, where precision and security finally converge in a way that could redefine how consumers interact with their living spaces. Ultra wideband technology, long touted in industrial and automotive applications, has struggled to gain traction in consumer devices due to cost and complexity. But with Appleโs push into UWB with its U1 chip and now Schlage adopting it for keyless entry, the technology may soon shed its niche status. UWBโs ability to pinpoint location within centimetersโunlike Bluetoothโs room-level accuracyโcould eliminate the frustration of accidental lockouts or unauthorized access, offering a seamless yet secure experience.
What makes this launch particularly noteworthy is the timing. Smart locks have proliferated, but many still rely on less precise methods like Bluetooth or traditional key codes, leaving gaps in both convenience and security. UWBโs promise of "digital key" functionality, where a phone automatically unlocks a door as the user approaches, addresses a longstanding pain point. Yet the technologyโs adoption hinges on ecosystem support. Appleโs AirTag and HomeKit already leverage UWB, but Google and Amazon have been slower to integrate it into their smart home platforms. Schlageโs move could pressure competitors to follow suit, creating a domino effect that accelerates UWB adoption across the industry.
Still, questions linger. Will consumers prioritize the premium price tag of UWB-enabled locks over simpler, cheaper alternatives? And how will the technology evolve to prevent potential security vulnerabilities, given UWBโs reliance on radio waves? The broader trend here is the growing demand for ambient computingโwhere devices anticipate needs without explicit commandsโraising ethical questions about data privacy and the balance between convenience and control. As Schlageโs lock hits the market, itโs not just a product debut; itโs a test case for whether UWB can bridge the gap between futuristic promises and everyday usability.
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