Integration (API / SDK)

Enterprise Smart Helmet Integration

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Connect G808 and G901 deployments to existing safety, command, video, or enterprise systems through the complete operational service layer, documented V3 interfaces, project-confirmed RTSP/media paths, and approved SDK components. Confirmed interfaces are separated from POC-dependent performance and customization requirements.

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How enterprise integration works

Enterprise integration keeps the standard device application and operational services while approved device data, events and media are connected to a customer system. Teams that prefer to own the complete Android application can instead evaluate a customer-owned APK on G808 or G901.

Operational Data Integration

Access documented device records, online state, user and organization relationships, GCJ-02 location history, paged alarm records, media files and selected workflow objects through the operational service layer after authentication. This lets customer systems use relevant information without rebuilding every device-management function.

Media & Video Integration

V3 documents endpoints to request and close an RTSP live session and retrieve the RTSP server address. Authentication, codec, first-frame time, stability, concurrency, overseas networks and long-running VMS access still require a project POC. GB/T 28181 is considered only when the customer already operates a compatible platform.

Alternative: Customer-Owned APK

Customer APK availability applies to both Android terminals. The customer owns its application, backend, protocol, alarm logic, media workflow, security, storage, updates, and maintenance; model-specific interfaces require POC confirmation.

Integration Architecture

HelmetSight devices collect operational data in the field. Data is transmitted through wireless networks and processed by the monitoring platform. External systems can retrieve device data and events through integration interfaces.

HelmetSight integration architecture diagram

Smart Helmet → Network → Operational Service Layer → Customer Platform

Choose the architecture before choosing an interface. Enterprise Integration retains the complete operational service layer and exposes selected documented objects to the customer Connector. Standard customer-system delivery is authenticated API polling. Active webhook delivery is project-specific engineering, while RTSP performance, broader remote commands, direct database access and device-level permissions require agreed POC tests.

Platform Modules Available for Integration

The HelmetSight platform includes several operational modules that manage device data and safety workflows.

Platform data overview module

Data Home Page

  • Map-based overview of device locations (GPS)
  • Real-time device status and operational data
  • Quick view of safety alerts and system activity
Platform command center module

Command Center

  • Handle safety alerts and emergency notifications
  • Coordinate teams through platform communication tools
  • Support real-time monitoring of device activity
Platform playback center module

Playback Center

  • Historical track playback
  • Event timeline review
  • Playback of recorded media events when enabled
Platform admin console module

Administration Console

  • User and role management
  • Device configuration and provisioning
  • Report export and operational logs

Data and Functions for Integration Planning

Available fields and access methods depend on product model, enabled platform modules, deployment model, permissions, and project scope.

Category Examples Integration Note
Device Status device identity, model, APK version, online/offline, user and organization binding, operational flags Documented V3 device records are accessed through the deployed operational service layer after authentication.
Location & Track GCJ-02 position history, timestamps, altitude, speed and bearing Coordinate conversion, update frequency, offline recovery and overseas map behavior must be confirmed in the POC.
Safety Alerts SOS, stay-still, impact, helmet removal, live-wire, height, geofence V3 returns paged alarm records. Standard customer-system delivery is polling; active webhook delivery is a separate engineering item.
Video Stream request/close RTSP live sessions; retrieve RTSP host and port; conditional GB/T 28181 The endpoints are documented; authentication, codec, latency, reconnection, concurrency and VMS operation require an agreed POC.
Media Records paged image, video, intercom and audio records with file paths and metadata Validate file access, permissions, storage location, retention and download behavior in the deployment environment.
Documented Outbound Interface rich-text message with optional image/video URLs and device playback instruction Broader live, record, voice and remote-command result mechanisms are not treated as standard until model-specific POC confirmation.

From requirements to a tested connection

1

Confirm integration scope and data requirements

2

Prepare integration environment and credentials

3

Configure platform data access

4

Connect customer systems to platform data interfaces

5

Test data flow and operational scenarios

6

Deploy integration into production

Hosting and data-control considerations

Enterprise Integration uses the complete operational platform in an approved customer or project environment. The one-month sample cloud environment is for demonstration, not overseas production API operation.

Sample Cloud Demonstration

One-month functional demonstration for 1–2 devices

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On-Premise Deployment

Customer-hosted platform infrastructure

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System Context

Related Platform, Deployment, and Solution Resources

HelmetSight integration projects usually involve devices, platform architecture, deployment model, and application workflows. The pages below help you evaluate the full system context before defining integration requirements.

Monitoring Platform

See how dashboards, alerts, playback, and operational workflows are managed through the HelmetSight platform.

Deployment Options

Compare the one-month sample environment with an approved customer or project deployment before defining integration architecture.

Products

Explore the smart helmet devices that provide field data, video, voice communication, and GPS location input.

Industry Solutions

See how integration fits real deployment scenarios such as emergency rescue, construction, and utility operations.

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Governed system-path summary

Reviewed project fit

Use this approved summary to confirm software ownership, team responsibilities and the questions that belong in the pilot scope.

Enterprise Integration

Configuration-dependent

Enterprise Integration connects selected device records, location, alarms, media and qualified video functions to a customer system through the complete operational service layer. The customer keeps its own business interface, while standard system delivery uses authenticated API polling and performance-sensitive functions are confirmed in a POC.

Best fit
Organizations with an existing safety, command, VMS or enterprise system that want selected HelmetSight data and media without rebuilding the complete device-management service layer.
Consider another path when
Projects that require undocumented direct-device protocols, have no integration team, or expect every supplier administration function to disappear without validation.
Primary interface
Customer business interface with supplier administration where required
HelmetSight provides
The complete operational service layer, documented V3 interfaces, approved media paths and project-confirmed integration support.
Customer owns
Connector/middleware, field mapping, customer UI, authentication handling, security, storage, business rules and operational integration.
Confirm before commitment

Polling interval, concurrency, alarm latency/deduplication, webhook engineering, RTSP authentication/codec/latency/reconnection/concurrency and headless-operation limits require project testing.

Integration FAQ

Platform API & Media Integration Questions

Can HelmetSight integrate with our existing platform? +
Yes, integration can be discussed through platform-side interfaces, API, SDK, protocol, or project-specific engineering work. The exact method depends on deployment model, data scope, security policy, and customer system architecture.
Can we access data directly from the smart helmet device? +
A customer-owned APK is available for both G808 and G901. Exact device-level access, firmware preparation, permissions, local protocols, and video/data workflows must be confirmed for the selected model and project configuration.
Can we access video streams for local AI or third-party analysis? +
V3 documents RTSP session start, close, host and port interfaces. A project POC must still confirm authentication, codec, first-frame time, latency, stability, reconnection, concurrent streams and the target VMS or AI pipeline. GB/T 28181 is considered only for an already compatible customer platform.
Do you provide SDK or API documentation? +
The V3 platform API and approved device-interface material can be shared with qualified project teams after scope confirmation. SDK components, versions, permissions and redistribution rights depend on the requested functions, deployment model and engineering approval.
Can HelmetSight push data to our platform? +
The standard customer-system path is authenticated API polling through the deployed operational service layer. If active event push is required, a dedicated webhook can be scoped as project-specific engineering; event fields, authentication, retry, acknowledgment and failure handling must be defined and tested.
What information is needed to evaluate integration? +
Please share device model, device quantity, deployment model, required data fields, video requirements, customer platform architecture, authentication/security policy, network environment, and expected integration timeline.
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