Ring Smart Lock Adds Manual Crank Fallback for Dead Batteries

What happened

Ring, the Amazon-owned home security brand, is widening its product line with a new Smart Lock slated for early 2027. Founder Jamie Siminoff described the device to TechRadar, focusing on how it handles the familiar "dead battery" problem, when a smart lock stops working and leaves people outside their own front door.

According to the TechRadar interview, the lock includes a manual, crank-based route back inside for when its battery runs out. Siminoff also said AI played a part in the product's development. The reporting does not detail how AI was used, so the specifics of that process remain unclear.

The announcement is at an early stage. Launch timing, pricing and availability beyond the early 2027 window had not been confirmed in the material available to us.

Why it matters

Smart locks are often judged on their best-case experience: unlocking from a phone, granting access remotely, or logging entry. A failed battery turns that convenience into a service failure at the worst moment. Designing a physical fallback into the product treats the failure state as part of the core experience rather than an edge case, which is a sound service-design choice.

The AI angle matters for a different reason. When AI is used in development rather than marketed as a feature, it shows how a connected-device company can use these tools to test and refine hardware and software behaviour before release. That points to a broader change in how consumer technology is built, with AI sitting inside the design process rather than only on the product's feature list.

The Renascence take

Most coverage of smart home hardware will centre on features and convenience. The more useful question is what happens when the device fails, and whether the customer is ever left stranded. A crank may look old-fashioned, but it reflects a principle that experience designers often overlook: reliability under failure builds more trust than polish under ideal conditions.

The real design test for any connected product is the moment it stops working, not the demo. A visible, low-effort fallback signals that the company has thought about the customer's worst day, and that matters more than a longer feature list. Operators in any sector should audit their own failure states the same way, asking what the customer can do in the next 60 seconds when the digital path is unavailable. If the answer is "call support," the experience is not finished.