Private Infrastructure

On-Premise Deployment

Run the HelmetSight monitoring platform inside your own infrastructure.

For organizations with strict security policies, private network requirements, or data control needs, HelmetSight can be deployed on customer-owned servers or virtual machines. This allows teams to manage devices, monitor GPS location, handle safety alerts, and control platform access inside a customer-managed environment.

Private Deployment Model

What is HelmetSight on-premise deployment?

HelmetSight on-premise deployment means the monitoring platform is installed inside the customer’s own server, virtual machine, private network, or local command center environment.

This model is suitable for organizations that need stronger control over platform access, storage, video routing, user permissions, network policy, and integration with internal systems. It is often considered for utilities, industrial sites, government projects, mining, emergency command centers, and other security-sensitive field operations.

Best for

Private infrastructure

Projects that require local hosting, private network access, or customer-managed platform control.

Key value

Data and access control

Customer teams can define access rules, server environment, storage policy, and internal operation workflow.

Check first

IT readiness

Server resources, network route, video workflow, security policy, and IT ownership should be confirmed first.

When On-Premise Deployment is Recommended

Organizations with strict data security requirements

Government, utilities, mining, or industrial infrastructure projects

Environments requiring private networks or VPN access

Projects with internal IT teams managing servers

Long-term deployments with stable infrastructure

The exact architecture depends on project scale and security requirements.

Typical On-Premise Architecture

Smart helmet devices collect safety and GPS location data in the field. Data is transmitted through the customer network according to security policy. The monitoring platform runs on customer servers and supervisors access dashboards internally.

On-premise smart helmet monitoring platform architecture
Smart Helmet Devices Customer Network Customer Server Internal Dashboard

For RTSP video routing, local AI boxes, private command centers, GB/T 28181, or third-party system access, the final architecture should be confirmed based on device model, network path, server environment, and customer security policy.

Platform Snapshot

HelmetSight devices work together with a monitoring platform that provides operational visibility and safety management tools.

Live GPS Tracking

View real-time location of devices on a map.

Alert Center

Receive SOS and safety alarms from devices.

Device Status Dashboard

Monitor battery, connectivity, and device status.

Track Playback

Review historical routes and event timelines.

Admin & Role Management

Manage users, roles, and device permissions.

HelmetSight platform dashboard preview

Example: dashboard with live map and alerts

Typical Deployment Process

1

Requirements Confirmation

Devices, sites, security policy

2

Infrastructure Preparation

Servers and network access

3

Platform Installation and Configuration

System setup and customization

4

Device Onboarding and Testing

Connect devices and verify functionality

5

Acceptance and Go-Live

Final testing and production launch

Deployment timeline depends on IT readiness and project scale.

What Should Be Confirmed Before On-Premise Deployment?

On-premise projects require both platform planning and customer-side IT preparation before installation.

Customer-side preparation

Server or virtual machine environment for platform installation.

Network access rules for smart helmet devices, dashboards, and internal users.

IT administrator support for deployment, permissions, maintenance, and troubleshooting.

Storage, backup, retention, and security policy for operational records.

Project information needed

Number of devices, users, sites, and expected concurrent monitoring workload.

Required modules such as GPS tracking, alerts, playback, media records, reports, and user roles.

Video access requirements such as live video, playback, RTSP, local AI, or command center display.

Integration targets, API needs, protocol requirements, and internal system architecture.

On-Premise FAQ

On-Premise Deployment Questions

Do you support on-premise deployment? +
Yes. HelmetSight can discuss on-premise deployment for customers that need private infrastructure, data control, local network operation, or internal security review.
Do we need our own IT team? +
Yes. On-premise deployment normally requires customer-side IT support for server preparation, network access, user permissions, security policy, maintenance, and troubleshooting.
Can on-premise deployment support video, RTSP, or local AI workflows? +
It may be possible depending on the device model, network route, local server environment, stream service, and project architecture. RTSP, local AI boxes, GB/T 28181, and command center video workflows should be confirmed by the engineering team before deployment.
Can the platform integrate with our existing systems? +
Yes, integration can be discussed through platform-side interfaces, API, protocol, or project-specific engineering work. The exact scope depends on required data fields, video access, security policy, and customer-side system architecture.
Can the platform be customized? +
Configuration and project-specific adjustments can be discussed, including user roles, visible platform name, workflow settings, and integration requirements. Deep software redevelopment or source-code-level customization should be confirmed separately.
How long does on-premise deployment usually take? +
Timeline depends on server readiness, network access, device scale, security review, required modules, and integration scope. HelmetSight should confirm the schedule after reviewing the deployment environment.
Ready to Deploy

Plan Your Deployment

Our engineers can help evaluate your infrastructure and recommend the best deployment architecture.