802-01

4G GPS Employee Badge Tracker with SOS and Real-Time Personnel Monitoring

The JSC-802 is a wearable 4G employee badge that gives control centers live workforce visibility, rapid SOS notification, location history, and zone-based safety monitoring for industrial and field operations.

  • Wearable 4G employee location terminal
  • Live workforce visibility on one map
  • Multi-source outdoor and indoor positioning
  • Dedicated SOS button for urgent assistance
  • Employee identity linked to each device
  • Hazardous-zone entry warning
  • Authorized-area departure notification
  • Complete movement timeline for incident review
  • Configurable reporting and power-saving modes
  • Automatic low-power and communication-loss alerts
  • Centralized multi-site personnel management
  • Remote device parameter adjustment
  • Open API for enterprise system integration
  • White-label software and OEM manufacturing
Reference priceUSD 62.00

Final pricing depends on configuration, quantity, taxes and shipping.

OEM / ODM WhatsApp ↗
Samples and configuration

Sample availability, quantity and lead time depend on the selected model. Confirm the pilot scope before placing a production order.

Overview


4G GPS Employee Badge for Connected Workforce Operations

The JSC-802 transforms a conventional employee badge into a connected personnel-monitoring terminal. It links the identity of an employee or contractor with location, device status, alarm information, and time-stamped movement records.

Designed for industrial facilities and field operations, the badge helps managers answer three essential questions: who needs help, where the person was last detected, and which response team should be dispatched.

Live Workforce Visibility

Authorized managers can view active employees and their latest reported positions from a central dashboard. Personnel can be organized by company, department, project, work team, or operating site.

The system can display the employee name, badge number, department, positioning time, communication status, remaining power, and current work zone. This structure is suitable for organizations managing permanent employees and temporary contractors at the same location.

Outdoor and Assisted Indoor Location

GPS and BeiDou provide satellite positioning in open outdoor environments. Wi-Fi and cellular base-station information can supplement location results inside buildings or in areas where satellite reception is limited.

Wi-Fi positioning is not the same as centimeter-level indoor positioning. Projects requiring room-level, sub-meter, or centimeter accuracy should be evaluated separately and may require Bluetooth AoA, UWB, beacons, or additional positioning infrastructure.

Emergency Assistance Workflow

When an employee presses the SOS button, the badge sends an emergency event to the management system through the 4G network. The control center can immediately view the employee identity, alarm time, latest reported position, and associated project information.

A practical response workflow can include:


  1. Receive and acknowledge the SOS event.

  2. Check the employee’s latest position and movement history.

  3. Contact the employee or nearby supervisor.

  4. Dispatch the closest response team.

  5. Record the handling process and final result.

This provides a traceable emergency-management process instead of relying only on telephone calls or manual reporting.

Restricted and Hazardous Zone Management

Different virtual areas can be created for different operational rules. Examples include high-voltage rooms, chemical storage areas, equipment operating zones, underground passages, loading areas, and emergency assembly points.

The platform can create an event when personnel enter a prohibited zone, leave an assigned workplace, or remain in a controlled area longer than expected. Alarm rules can be configured according to job role, time period, or project requirements.

Movement Records for Operational Review

Location reports form a time-stamped personnel movement timeline. Supervisors can use these records to review patrol completion, confirm arrival at a work area, investigate safety incidents, and analyze emergency evacuation activity.

Tracking intervals should be selected according to actual management requirements. Frequent reporting improves movement visibility but increases power consumption and cellular data usage.

Device and Power Supervision

The platform monitors badge connectivity and remaining battery power. Low-power and offline notifications allow supervisors to identify badges that require charging, have lost network access, or have not reported within the expected period.

A badge charging and handover procedure can be established for shift-based workplaces to improve device availability.

Multi-Site Management

One platform can manage personnel across factories, warehouses, construction projects, farms, mines, and regional service locations. Account permissions can be separated by customer, project, department, or management role.

Head-office users can review multiple sites, while local supervisors see only the personnel and alarms assigned to their own project.

Enterprise Integration

The JSC-802 can be connected to a customer’s business system through an API or customized communication protocol. Personnel identity, location events, alarm records, device status, and historical data can be exchanged with third-party applications.

Integration options include workforce management systems, access control, attendance platforms, security centers, emergency command systems, and customer-owned servers.

OEM and White-Label Service

Shenzhen Jinshengchang Technology Co., Ltd. provides customized development for personnel-tracking projects. Services can include customer branding, firmware modification, server protocol integration, private deployment, branded mobile applications, multilingual platforms, customized packaging, and technical support.

The JSC-802 is suitable for businesses seeking a scalable employee safety solution that combines wearable identification, location awareness, emergency alarms, and centralized personnel supervision.


Specifications

Reference configurations are shown below. Final specifications are confirmed in the approved product specification.

4G GPS Employee Badge Tracker with SOS and Real-Time Personnel Monitoring
ModelJSC-802
Device CategoryWearable Employee Tracking Badge
Cellular Communication4G LTE
Satellite PositioningGPS / BeiDou
Assisted PositioningWi-Fi / LBS
Emergency KeyDedicated SOS Button
Personnel IdentificationDevice-to-Employee Binding
Location DisplayCurrent Position and Last Known Position
Zone ManagementAuthorized / Restricted / Hazardous Areas
Location RecordsTime-Stamped Movement History
Alert TypesSOS / Zone Violation / Low Power / Offline
Reporting StrategyTime-Based and Configurable Uploading
Power ManagementRechargeable Battery with Low-Power Mode
User InterfacesBrowser Dashboard / Android App / iOS App
System ConnectionAPI / Customer Platform / Private Server
ConfigurationRemote Parameter Management
Wearing OptionsNeck Lanyard / Badge Holder / Clip
Customization ServicesBranding / Firmware / Protocol / Software / Packaging

Deployment checklist

  • Confirm local 4G coverage and select the correct cellular frequency version

  • Prepare and activate the SIM card required by the project

  • Assign a unique badge ID to each employee or contractor

  • Import personnel names, departments, roles, and emergency contacts

  • Define workplaces, assembly points, restricted zones, and hazardous areas

  • Configure normal, active, and emergency reporting intervals

  • Set SOS, offline, low-power, and zone-violation notification rules

  • Install Wi-Fi reference points if assisted indoor positioning is required

  • Issue each badge to its assigned employee and record the handover

  • Test the SOS workflow from the badge to the control center

  • Verify outdoor positioning, indoor location results, and route records

  • Train supervisors to process alarms and maintain charging schedules

  1. 01

    Requirements

    Define the application, country, quantity, reporting interval and target battery life.

  2. 02

    Technical design

    Agree the device, network, power system, payload and platform interfaces.

  3. 03

    Prototype validation

    Test representative devices, coverage, power consumption and alarm delivery on site.

  4. 04

    Production and rollout

    Approve the specification and pilot results, then plan production, installation and support.

Applications

Chemical plant contractor supervisionManufacturing workshop workforce visibilityConstruction project personnel coordinationUnderground utility tunnel worker safetyWarehouse picker and operator managementPower station inspection-team monitoringOil and gas field-worker protectionSecurity guard patrol verificationPort and logistics-yard personnel trackingRemote maintenance team coordinationEmergency evacuation personnel accountingMulti-site outsourced worker management

OEM / ODM

Hardware & PCB design

PCB, enclosure, connectors, antenna and power design are reviewed against the installation and operating requirements.

Firmware & protocols

Reporting intervals, event logic, payload encoding and remote configuration are defined in a versioned interface document.

Platform integration

Device registration, maps, history, alarms and customer APIs are scoped together with access permissions and data handling.

Branding & enclosures

Logo, enclosure color, labels, packaging and white-label interfaces can be assessed for the selected product and order quantity.

Frequently asked questions

Can we evaluate samples first?+

Sample availability, quantity and lead time depend on the selected model. Confirm the pilot scope before placing a production order.

Can we use our own platform and branding?+

Logo, packaging, firmware, payloads and API integration can be assessed within the agreed OEM / ODM scope.

How are battery life and coverage confirmed?+

Reporting interval, installation, radio conditions and temperature affect results. Confirm the operating profile and validate it during the pilot.

What should we provide for a quotation?+

Share the country, device quantity, application, network, power target and platform requirements. Include drawings or interface documents when available.

Tell us about your project

Share your requirements for product selection and customization support.

jietainana@gmail.com