From Nanoamps to Doses: A Sensor Developer's View of the AID Chain
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Morning Session (Europe, Middle East, Asia & Australia)
Tuesday 10 November 2026, 08:00 GMT (London)
Also: 09:00 CET | 12:00 Dubai | 13:30 India | 16:00 Singapore | 17:00 Tokyo | 19:00 Sydney
Register for the Morning Session
Afternoon Session (Europe & the Americas)
Tuesday 10 November 2026, 16:00 GMT (London)
Also: 17:00 CET | 11:00 US Eastern | 10:00 US Central | 08:00 US Pacific
Register for the Afternoon Session
Automated insulin delivery (AID) systems rely on a simple input: the glucose value provided by the continuous glucose monitor (CGM). But before that value reaches the controller or pump, a great deal has already happened.
The sensor starts by measuring a tiny electrochemical current, often just nanoamps. That raw signal is calibrated, filtered, checked for artefacts, adjusted for physiological lag and ultimately transformed into the glucose value used to make dosing decisions.
In this webinar, Zimmer & Peacock provides a sensor developer's perspective on the AID chain. Drawing on experience developing microneedle glucose sensors, we explore what the raw sensor signal can reveal about:
- Compression artefacts
- Sensor drift
- Physiological lag
- Signal quality and reliability
- Implications for pump and controller design
We will also discuss an important question for the future of interoperable diabetes technology: should controllers have access to more information than a single glucose value?
Who Should Attend?
- AID algorithm developers
- ACE pump engineers
- CGM developers
- Risk management teams
- Product managers
- Business development professionals