Smart Faceplate

Nutanix's mission is simplifying IT infrastructure across private, public, and hybrid cloud. When we dug into end-to-end experience gaps, data center admins kept surfacing one workflow that was still manual, fragmented, and error-prone.

The problem

Installing and tracking hardware in Nutanix data centers meant admins jumped between disconnected interfaces, re-entered the same node details across multiple systems, and kept rack maps by hand. Every install was a potential point of failure. The workflow itself was brittle, held together by manual re-entry and hand-kept records.

The friction showed up everywhere: interfaces that didn't talk to each other, manual entry duplicated across systems, a real risk of human error, and hardware tracking that ate up more time than it should have.

The team needed a way to register nodes, confirm rack position, and surface health, without handing administrators a clipboard.

My role

I was the inventor on the hackathon team that conceived the Smart Bezel and led the interaction model for turning a passive server faceplate into an active registration surface, paired with a companion mobile app for guided rack scanning and mapping. Ken and Melina from the design team, along with a group of sharp engineers, helped push it into a working prototype we could actually show.

Process & decision rationale

We started by shadowing data center admins through real install workflows, then scoped a hackathon prototype pairing physical and digital touchpoints.

Shadow before sketching. We mapped every handoff, serial capture, rack labeling, health checks, inventory updates, to find where manual entry was duplicating effort.

Physical anchor, digital workflow. Instead of building another admin console, we embedded NFC identifiers and an LED status strip in the faceplate itself, so the server became the registration point.

Guided scanning over free-form entry. The mobile app walked admins through the rack step by step, flagged out-of-order scans, and combined accelerometer input with scan sequence to infer rack location.

Prototype under hackathon constraints. We prioritized one demonstrable flow, tap, scan, map, confirm, over production-ready hardware integration. That's what kept the concept testable in days instead of months.

The concept covered one-tap node registration, guided rack scanning, out-of-order scan detection, automatic rack-location mapping, node health visibility, and handoff into administrator systems.

Outcomes & evidence

In hackathon testing, pairing NFC registration with guided scanning cut manual data entry and folded three separate tracking steps into one physical-digital flow. It never reached production, but it proved out a direction for hardware-assisted operations. We won a UX Design Award in Berlin.

Reflection

The Smart Bezel was a reminder that the best hardware concepts start with operational reality. Feature lists come later.

Shadowing admins surfaced gaps no dashboard review would have caught. And pairing a faceplate with a mobile workflow made something else clear: physical affordances beat screen-based admin in some cases, and a concept can earn patents and awards without ever becoming a shipping product.