For high-value product circulation: ultra-low-power hardware + light-sensing unboxing trigger + 4G location upload + cloud traceability platform deliver automatic positioning and data reporting across production, transport, sales and usage — a full life-cycle anti-counterfeiting system.
Take high-value products such as medical devices: across production, transport, sales and usage nationwide, opening the package must automatically (without human intervention) send product ID, physical location and device status to the backend in real time, with cloud-managed automatic power control and parameter configuration.
Query product location and device information in real time, bind distributor or hospital details, and configure positioning parameters — fully configurable system management.
Positioning devices support customized scheduled wake-ups and deep sleep.
The device senses unboxing and uploads automatically — no manual action — with cloud-managed power control and parameter configuration.
Complete life-cycle management — delivery, binding, activation, positioning, completion, deactivation, disposal — with unified collection, aggregation, parsing and O&M.
Intuitive views of control strategies across production, transport, sales and usage, with overall operations reports supporting product strategy.
Integration and interconnection with the customer's internal software systems and platforms, with query APIs.
Operations overview dashboard — key metrics at a glance.
Device lists record delivery and binding status; unboxing light-sensing or scheduled wake-ups upload location automatically, mapped on a device map.
Device data and operations analytics with intuitive control-strategy views across production, transport, sales and usage, generating overall operations reports.
Address configuration etc. Define a tolerance radius on the map: when coordinates fall within range, the system matches the preset hospital / institution.
User, organization, role and log management.
Connections between reported data form a historical track, with replay and time-range selection.
Ultra-low-power MCU with light-sensing unboxing detection + 4G Cat1 GNSS positioning — average standby current below 10μA; two AAA alkaline batteries last about 3 years.
An NPN light sensor detects packaging state: sealed outputs high; opened outputs low and triggers the MCU to start a 4G report.
4G Cat1 GNSS module with built-in BeiDou, GPS and base-station assisted positioning — no network sunset or coverage risk.
Deep sleep in standby with scheduled wake-up or light triggering; average standby current below 10μA; alkaline dry cells reduce fire and recycling risks.
A built-in unique ID generates a QR code binding the device; every upload carries the ID for platform identification.
| Item | Specification |
|---|---|
| Power | 3 × AAA batteries, built-in |
| MCU | 8-bit ultra-low-power MCU |
| Wireless | 4G Cat1, LTE-FDD B1/3/5/8; LTE-TDD B34/38/39/40/41 |
| Data rate | LTE-FDD (Mbps): 10 (DL) / 5 (UL); LTE-TDD (Mbps): 8.96 (DL) / 3.1 (UL) |
| Positioning | GPS / BDS / A-GPS / LBS |
| Standby current | ≤ 10μA |
| Peak current | ≤ 150mA |
| Dimensions | 89.5 × 46.5 × 12 mm |
| Operating temp. | -35°C ~ +75°C |
| Storage temp. | -40°C ~ +85°C |
Installation: after packing, place the carton-box detector on top of the goods, then seal the box.
| Item | Specification |
|---|---|
| Power | 2 × AAA batteries, built-in |
| MCU | 8-bit ultra-low-power MCU |
| Wireless | 4G Cat1, LTE-FDD B1/3/5/8; LTE-TDD B34/38/39/40/41 |
| Data rate | LTE-FDD (Mbps): 10 (DL) / 5 (UL); LTE-TDD (Mbps): 8.96 (DL) / 3.1 (UL) |
| Positioning | GPS / BDS / A-GPS / LBS |
| Standby current | ≤ 10μA |
| Peak current | ≤ 150mA |
| Dimensions | 62.5 × 37.5 × 12 mm |
| Operating temp. | -35°C ~ +75°C |
| Storage temp. | -40°C ~ +85°C |
Installation: attach the inner-box detector to the middle of the blister tray exterior — flush against the bottom of the box or the front side of the tray.
An ultra-low-power MCU extends battery life; a photosensitive transistor with active sensing reduces consumption further.
The mainstream 4G Cat1 GNSS solution is cost-effective with no network sunset or coverage risk, and built-in BeiDou, GPS and base-station assisted positioning.
Alkaline dry cells reduce fire risk and recycling costs.
Low-power design with replaceable dry cells lowers the environmental burden across the product's life cycle.
ISAIGU combines low-power hardware design, 4G positioning modules and cloud platform development — traceability solutions tailored to your industry.
