How does the S10 Continuous Glucose Monitoring system work?

The S10 system is comprised of two distinct elements: a specialized wearable biosensor patch applied to the upper arm that measures glucose levels in interstitial fluid via a micro-filament, and a paired display unit (such as a compatible LUROGEF smartwatch or mobile smartphone app) that receives and presents glucose readings via encrypted Bluetooth Low Energy.

Can the watch alone measure blood glucose without the arm sensor?

No. The watch is strictly a connected display terminal. Current non-invasive, watch-only optical glucose sensing lacks verified clinical accuracy and is explicitly excluded from our portfolio. The S10 requires the physical adhesive biosensor patch to detect glucose.

What regulatory authorizations and clinical verifications do you hold?

We hold two Chinese registrations for this system — Guo Xie Zhu Zhun 20253071982 and Yue Xie Zhu Zhun 20242071765. Registration is territory- and model-specific: a Chinese registration is not a statement that the system may be sold anywhere else, and placing it on another market is a separate submission that depends on that market’s rules. We will tell you plainly what your territory requires. What we do not hold, and do not claim, is an accuracy validation record for the watch models in this family, or clearance in any market outside China.

How long does an S10 sensor last, and how often does it record glucose?

The S10 specification gives a 15-day wear period and one reading every 3 minutes. It is a single-use upper-arm sensor; replace it at the end of its specified wear period according to the instructions.

What does the published MARD of 8.32% mean?

MARD is the mean absolute relative difference between sensor readings and reference measurements across the study data. The S10 lists 8.32%; this average is not a maximum error for every individual reading.

SEPARATE SENSOR

CONNECTED MONITORINGBLE TELEMETRY

CGM & Connected Monitoring Series

S10 Continuous Glucose Monitoring System

Integrated continuous glucose monitoring architecture combining an adhesive upper-arm interstitial biosensor with synchronized smartwatch and smartphone companion interfaces for continuous metabolic data management.

Sensor Structure Adhesive Interstitial Biosensor

Display Modality Smartwatch & Smartphone BLE

Telemetry Data Real-time Trend Waveforms

Registration China · Guo Xie Zhu Zhun 20253071982

Request System Integration Brief & Quote View System Architecture Specs

S10 platform overview

One sensing system, multiple connected viewing surfaces.

S10 combines a dedicated upper-arm sensor with glucose-trend views on the companion app and compatible LUROGEF watches. The supplied materials document the following core system capabilities.

15-day sensor wear

One sensor is specified for up to 15 days of continuous wear, supporting an extended glucose-trend record.

3-minute readings

The source materials state one glucose reading every three minutes for continuous trend presentation.

Phone and watch display

BLE transmission supports synchronized glucose viewing through the companion app and compatible watch displays.

Trend and alert views

Glucose curves and high/low trend prompts help users review changes across the monitoring period.

Upper-arm sensor

A compact adhesive sensor supports continuous wear while the system records glucose trends.

S10 sensor, mobile app and watch connected as one monitoring system

Connected system view

Sensor data can be viewed on the companion app and a compatible LUROGEF watch.

Mobile glucose trend screens showing high and low prompts

High and low trend prompts

Visual prompts highlight rapid rises, rapid falls and readings outside the configured display range.

Family health data sharing view with glucose and blood pressure trends

Shared monitoring view

The supplied app concept includes remote viewing of shared glucose and blood-pressure records.

Health information interface

App and watch screens bring trend information and general health guidance into one connected experience.

S10 continuous glucose monitoring product kit and connected display

System kit

Sensor, application and display components form the starting point for programme-level configuration.

Key Engineering Highlights

Bridging dedicated biosensing hardware with wearable and cloud displays for institutional metabolic care.

Dedicated Interstitial Biosensor

Applied comfortably on the upper arm with a biocompatible adhesive patch, the miniature sensor measures interstitial glucose levels continuously, providing verified physiological measurement foundations.

Multi-Endpoint Synchronized Display

Glucose values stream securely over low-energy wireless channels to compatible LUROGEF health smartwatches and smartphone companion apps, enabling at-a-glance wrist checks without reaching for a phone.

Data Hand-off, Scoped Per Project

How readings reach a clinical study, a chronic-disease programme or your own platform is agreed during the project. We publish no interface inventory, because none is confirmed — bringing your stack to the conversation is what makes this answerable.

System Architecture & Workflow

1. Apply the single-use adhesive biosensor applicator to the cleaned skin of the upper arm.
2. The transmitter pairs wirelessly via BLE with a compatible LUROGEF smartwatch or the companion mobile application.
3. Periodic glucose telemetry packets are received and plotted as trend arrows and historical graphs on the connected display.
4. Readings reach the review surface your programme uses; the hand-off itself is scoped with you, since no interface inventory is confirmed.

Usage Limits & Claim Verification

✕ Watch Is NOT a Glucose Sensor: The watch displays data from the arm sensor and nothing more. We do not support presenting a watch alone as a glucose-sensing device.
✕ Registration Is Territory-Specific: The registrations we hold are Chinese. Selling in your market is a separate submission, and the figures above are performance data rather than a clearance to market.
✕ Medical Decision Guidance: Interstitial readings reflect metabolic trends; direct medication adjustments must follow certified physician guidelines.

System Specifications & Architectural Boundaries

Defined parameters for the S10 biosensor and connected display ecosystem.

System Item / Specification	Details / Engineering Boundaries
System Model	S10 CGM System
Core System Architecture	Separate adhesive interstitial fluid glucose sensor applied to upper arm; paired with connected smartwatch / smartphone application for real-time display and telemetry
Sensor Form Factor	Compact, water-resistant adhesive disc with subcutaneous micro-filament sensor probe
Data Transmission Protocol	Bluetooth Low Energy (BLE) direct transmission to paired display device or mobile companion app
Display Devices	Compatible LUROGEF health smartwatches and smartphone companion apps (iOS / Android)
Wear Duration	15 days per sensor
Reading Interval	A reading every 3 minutes
Accuracy Figure	MARD 8.32% — a mean absolute relative difference across a study population, and not a bound on the error of any single reading
Water Resistance	IP28 — protected against prolonged immersion; a rating is not a swimming permission and we do not present it as one
Registration	Guo Xie Zhu Zhun 20253071982 and Yue Xie Zhu Zhun 20242071765 (China). Registration is territory- and model-specific, so a Chinese registration is not a statement that the system may be sold elsewhere
Watch Sensing Boundary	Strict System Boundary: Connected watch displays synchronized telemetry data only; the watch is NOT a non-invasive glucose sensor

OEM & ODM Customization Scope

Custom integration solutions for digital diabetes management programs, telehealth networks, and medical distributors.

Display App UI

Bespoke glucose trend widgets on compatible watch dials, customizable alert thresholds, and multi-language UI localization.

Data Hand-off

How readings reach your own platform is scoped per project. We publish no interface inventory, because none is confirmed — ask us with your stack in front of you and we will tell you what is achievable.

Packaging & Branding

Custom-branded sensor packaging, institutional multipacks, patient instructional leaflets, and private applicator graphics.

Registration Support

We hold Chinese registrations for this system and will support your filing with the technical documentation we control. Placing it on another market is a separate submission, and we will be clear with you about which parts are ours to supply and which are yours to hold.