German Grocer Opens Checkout-Free Store in Hanover

Shopping just got easier in Hanover, Germany, where customers can now grab what they need and walk right out without waiting in line.

REWE, one of Germany's largest grocery chains, opened a new Pick & Go store in Hanover's Lister Meile district this week. The autonomous store uses technology from Israeli company Trigo to track what shoppers select and automatically charge them when they leave.

No checkout lines. No scanning items. Just shop and go.

The technology uses ceiling-mounted cameras and sensors to monitor what customers pick up or put back. Shoppers download an app, enter the store, grab their items, and walk out. Their account gets charged automatically for exactly what they took.

Daniel Gabay, CEO of Trigo, says each new store helps them improve the experience. "We are continuously tweaking the setup and the technology together to find exactly what works best for the shoppers on the ground," he shared on LinkedIn.

REWE's Alina Maria Klueger celebrated the opening as a team effort. "Your commitment, from the initial idea to implementation on site, has shown what is possible when everyone pulls together," she said.

The Ripple Effect

The Hanover store is part of a bigger shift in how Germans shop for groceries. REWE also launched Drive & Go this week, a service where customers order online and pick up their groceries in three minutes without leaving their car.

Clemens Uwe Bauer, REWE's Director of E-commerce, says customers who use online channels alongside physical stores show greater loyalty. The company is testing these new services in pilot locations before expanding across Germany.

The checkout-free technology could save millions of hours spent waiting in grocery lines each year. For parents with restless kids, workers on lunch breaks, or anyone who values their time, these innovations make daily life a little smoother.

Germany joins a growing list of countries where autonomous stores are becoming normal, proving that the future of shopping is already here.