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Integration with on-site systems

Integrate with on-site systems through APIs or by installing on-site hardware devices.

What types of systems can be integrated?

  • PA / Intercom Systems

  • Access Control Systems

  • Strobe / Alarm Systems

  • Visitor Management Systems

  • Shooter Detection Systems

  • License Plate Reader Systems

Any on-site system can be successfully integrated, as long as there is some way for it to accept an activating signal and/or send a signal when it is activated.

Requirements:

In order to integrate between our cloud system and on-site hardware, the on-site system must either offer an Application Programming Interface (API) or support activation using hard-wired voltage signals.

Two-way integration is possible, which means that no matter where the activation originates, whether in Share911/Share999 or on-site, both systems will activate.  


1. Integration from Share911 / Share999 => On-site

Goal:

When an alert is broadcast in Share911, a corresponding activation of the on-site system is also triggered.

Requirements:

  A. On-site system can accept a digital communication from the internet (API), or

  B. On-site system can activate using a hard-wired voltage signal 

Case A: API
 

If the on-site system offers an API, we integrate either through our existing Webhooks feature or a custom software implementation.

 

Case B: Hard-wired input
If the on-site system does not have an API, your system integrator will install a hardware device similar to the ControlByWeb X-401 Duel Relay, which will translate from our digital payload to a hard-wired electrical signal which will trigger the on-site system.  These types of integrations are sometimes referred to as a "dry contact closure" or "input relay".
 

2. Integration from On-site => Share911 / Share999​

Goal:
When an emergency activation is triggered in the On-site System, Share911 / Share999 will also trigger an emergency broadcast.

​Requirements:

  A. On-site System triggers a digital communication over the internet (REST, MQTT, etc), or

  B. On-site System triggers a hard-wired relay

​Case A: Digital communication

The on-site system is configured to send a digital payload with the details of the activation to one of our cloud endpoints, such as our Broadcast REST API.

Case B: Hard-wired relay

A system integrator will physically connect the on-site system to a hardware device, such as the AXIS D3110 Mk II Connectivity Hub, which then sends the digital payload to our cloud endpoint.​