Every device out in the field can tell you exactly where it is, how it's configured, and what's happened to it.
All it takes is a scan.








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Once a device leaves your control, the record stops. Nobody can say what configuration is on site or when it was last serviced.
The service experience never carries your brand. The end user has nowhere to turn but a call center, and your team has no visibility to act on it.
Installed base management shouldn't run on memory. We turn every device into service excellence, self-help, and operational control.
And it has stopped being only an efficiency question. MDR Article 83 requires manufacturers to collect and analyse post-market data across a device's lifetime, and FDA's QMSR has applied since February 2026 with its own complaint and servicing record requirements. Both get easier when the service history sits with the serial number.

One scan does three things at once: it gives the person at the device an answer, it updates that device's record for everyone else, and it turns the interaction into value your team can capture.
Enable direct customer access in real time

Device self-service, scan for instant guided help, no app required, no waiting. If it can't be solved locally, there's a direct line to the manufacturer, no phone tree.
The relationship you lost at point of sale.
Create transparency across the fleet
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Every device gets one record, tied to its serial number. That is what we mean by a digital twin: everything the device came with, and everything that has been done to it since. It runs on scans rather than sensors, so it works on devices that never phone home.
The relationship you lost at point of sale.
Capture the margin trapped in service
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Issues solved at the device mean fewer calls and fewer truck-rolls. Technicians arrive with the full case history, so blind repeat visits stop. Warranty claims are validated against the real record instead of a paper trail.
Margin you defend or reinvest.
to deploy
service cost reduction

devices live, across 57 countries
CSAT improvement
To solution
faster resolution on average

We look at your fleet and your workflows first, then scope a pilot of around 200 to 500 devices. From kickoff to live is usually 6 to 12 weeks, including tagging the devices and rolling out to the teams that will use them. What moves the timeline is mostly fleet size and how much device data you already have.
It covers two specific things.
Electronic instructions for use: Regulation (EU) 2021/2226 lets you supply the IFU electronically for professional-use devices, as long as the label points users to it and you can still send a paper copy within seven days. The code on the device is that pointer, and it opens the version tied to that serial number instead of a model list somebody has to search through.
Post-market surveillance: every service case is recorded against the serial number, so the history is already there when MDR Article 83 reporting asks for it.
What stays with you is the risk assessment that decides whether a device qualifies for eIFU, and your quality management system. sqanit supplies the record and the delivery channel. The conformity decision is yours.
No. Users scan the QR code with their phone camera and land directly on the device information or the service flow. There is no app to download and no account for the end user. The device itself does not need a network connection either, because the record is updated by the people scanning it and by the systems you already run.
sqanit is API-first and designed to work alongside your existing systems. Device records and service data can be exchanged through REST APIs and connected to systems such as ERP, CRM, service or asset-management platforms.
sqanit also supports GS1 and UDI standards and is a GS1 Germany Solution Partner, so existing device identifiers can be used rather than creating a separate identification structure.
sqanit creates a traceable record of device and service interactions at serial-number level, helping teams maintain the documentation needed for regulated service and quality processes.
The platform is hosted in the EU and designed in line with GDPR requirements. Access and permissions can also be managed based on user roles and responsibilities.
See what your own installed base looks like on sqanit.