Autonomous store developer Sensei partners with HPE

Sensei, the Amazon rival developing autonomous stores in Europe, has chosen Hewlett Packard Enterprise (HPE) as its original equipment manufacturer.

The company said that HPE’s ProLiant servers will give retailers access to real-time insights, daily store management and invoicing, and support queue-free shopping experiences through “state-of-the-art” computing technology.

Sensei opened its first autonomous store in Europe last May on behalf of Portuguese hypermarket chain Continente. The move came after the company announced a $6.5 million seed funding round in the previous month.

Sensei, which uses an integrated system of cameras, sensors and AI algorithms to create a frictionless checkout shopping experience, is second only to Amazon in opening a fully autonomous store in Europe.

“When we sought to find an OEM partner for our computing requirements, it was imperative that we found one that would deliver the best capabilities for our customers,” said Vasco Portugal, chief executive, Sensei. “And we found that in Hewlett Packard Enterprise.

"And we knew they would be able to deliver on our needs for a mission-critical platform that could offer real time processing of consumer data. We are proud to be working with HPE, to not only provide their servers to retailers in Europe, but also worldwide.”

    Share Story:

Recent Stories


Bringing Teams to the table – Adding value by integrating Microsoft Teams with business applications
A decade ago, the idea of digital collaboration started and ended with sending documents over email. Some organisations would have portals for sharing content or simplistic IM apps, but the ways that we communicated online were still largely primitive.

Automating CX: How are businesses using AI to meet customer expectations?
Virtual agents are set to supplant the traditional chatbot and their use cases are evolving at pace, with many organisations deploying new AI technologies to meet rising customer demand for self-service and real-time interactions.