Beyond CCTV: Bringing Security & Fire Systems Together with Milestone VMS

When security systems work together, the control room becomes more powerful

Modern security environments rarely consist of a single system.

A commercial building, industrial facility, estate or critical infrastructure site may have video surveillance, access control, intruder detection, electric fencing and fire detection each performing an important role, but often operating independently.

The challenge is not necessarily having the right technologies in place. It is making sure those technologies can work together to give security operators a clearer picture of what is happening across the site.

That is the focus of a current Proof of Concept (POC) being undertaken by Ushaka Security & Fire Projects for a Milestone VMS client.

The objective is to explore how signals and events from disparate security and life safety systems can be brought into a centralised monitoring environment using Axis network I/O technology and Milestone XProtect Expert.

The result could be a more connected approach to security monitoring where an event generated by one system can become part of a wider operational picture.

From individual systems to an integrated security environment

Traditionally, security operators may need to monitor several systems simultaneously.

A CCTV platform provides video. An access control system manages doors and credentials. An intruder alarm system monitors protected areas. An electric fence provides perimeter protection. A fire detection system monitors for potentially life threatening events.

Each system has its own purpose.

But when an event occurs, the operator may need to move between different interfaces to understand what is happening.

Integrated security changes that model.

Instead of treating each system as an isolated technology, integration allows relevant events and signals to be brought together so that the control room can respond with greater situational awareness.

This is where the current Ushaka POC comes into play.

The role of the AXIS A9210

At the heart of the POC is the AXIS A9210 Network I/O Relay Module.

The A9210 is designed to extend the capabilities of security systems through network connected inputs, outputs and relay functionality. It provides ten I/O ports, including configurable I/Os, inputs and outputs, together with a Form C relay. Its inputs can also be supervised, helping identify changes in the state of connected circuits.

This makes the device particularly useful when connecting physical signals from security equipment into a networked environment.

Axis also describes the A9210 as suitable for integration with third-party security systems, VMS platforms, alarm and intrusion systems and other building systems.

For an integrated security project, that creates an important bridge between physical events in the field and events that can be managed within a central software environment.

Adding connectivity with the AXIS D3110 Mk II

The POC also incorporates the AXIS D3110 Mk II Connectivity Hub.

The D3110 Mk II is designed to connect additional equipment and functionality to an IP based environment. It includes configurable I/O connections, a relay, RS485/RS422 connectivity and audio interfaces, providing several ways to connect external devices and systems.

For an integration project, this type of connectivity can be valuable because security infrastructure often consists of different technologies, interfaces and signalling methods.

Rather than expecting every system to communicate using exactly the same technology, dedicated interface hardware can help translate physical inputs and outputs into a networked environment where they can be monitored and acted upon.

Bringing the signals into Milestone

The ultimate goal of the POC is to make relevant events available within the Milestone XProtect Expert environment in the main control room.

Milestone’s XProtect platform supports input events generated by hardware devices, including physical wired contacts, and those events can be handled through XProtect rules and the Event Server. Events can also be associated with alarm definitions, allowing the system to turn relevant events into alarms for operators.

This creates an important distinction.

The integration does not mean that Milestone suddenly replaces the fire panel, access control system, intruder system or electric fence controller.

Instead, the individual systems continue performing their specialist functions while relevant information can be brought into the central monitoring environment.

That creates a common operational layer for the control room.

From an alarm signal to actionable information

Consider a simple example.

An event occurs on the perimeter.

The electric fence system detects the event and generates an appropriate signal. That signal can be received through the connected I/O infrastructure and made available to the wider security environment.

The operator can then have greater context around the event rather than simply seeing an isolated alarm.

Where the system configuration supports it, the event can be linked to rules, alarms, maps or associated video, helping the operator establish what is happening and determine the appropriate response.

The same principle can apply across other connected systems.

Electric fence → event

Intruder system → alarm

Access control → access event

Fire detection → alarm condition

CCTV → visual verification

The objective is to bring these different pieces of information together so that the control room has a more complete picture.

Why integration matters

The value of integrated security isn’t simply about putting more technologies onto the same network.

It is about improving how information moves between systems and, ultimately, how operators respond to events.

A well designed integrated environment can provide several operational advantages:

Centralised event visibility

Operators can receive relevant events within a common monitoring environment instead of constantly switching between independent platforms.

Improved situational awareness

An alarm becomes more useful when it can be considered alongside other information, including associated video or the status of nearby systems.

Faster verification

Video surveillance can provide visual context around an event, helping operators determine whether an alarm requires further investigation or response.

More consistent workflows

Rules and event driven actions can help standardise how particular events are presented and handled.

A foundation for future integration

Once an organisation begins connecting previously isolated systems, additional technologies and sensors can potentially be incorporated as the environment evolves.

Milestone’s documentation specifically describes the integration of non video systems such as I/O devices and sensors into XProtect environments, allowing operators to view states and manage alarms through the Smart Client when the appropriate integration is in place.

The importance of the Proof of Concept

Every security environment is different.

The systems installed, available interfaces, signalling methods, network architecture and operational requirements all influence how an integration should be designed.

That is why a Proof of Concept is valuable.

Rather than assuming that multiple systems will work together simply because they are individually capable technologies, a POC allows the integration to be tested in a controlled environment.

For Ushaka, the current POC is an opportunity to establish how the client’s existing security infrastructure can communicate with the Milestone environment and how those events can ultimately be presented to operators in the main control room.

It is also an opportunity to identify the practical considerations that need to be addressed before moving towards a larger deployment.

Building towards smarter security operations

The future of security is not necessarily about replacing every existing system with a single technology.

In many cases, the smarter approach is to make the systems already protecting a facility work better together.

CCTV, access control, intrusion detection, perimeter protection and fire detection each provide a different layer of protection.

Integration allows those layers to become part of a broader security ecosystem.

With technologies such as the AXIS A9210 Network I/O Relay Module, AXIS D3110 Mk II Connectivity Hub and Milestone XProtect Expert, organisations can explore ways of connecting physical security events with a centralised software environment.

For the control room operator, the ultimate objective is straightforward:

See more. Understand faster. Respond with greater context.

And that is where integrated security can move beyond simply monitoring individual systems towards creating a genuinely connected security operation.

Ushaka Security & Fire Projects

At Ushaka Security & Fire Projects, we work across multiple security and fire technologies to develop solutions that address the specific requirements of each environment.

Our approach is not simply about installing individual products. It is about understanding how technologies can work together to provide effective, scalable and practical protection.

This Milestone Proof of Concept is another step towards exploring what is possible when security and life safety systems become part of a more connected operational environment.

The future of security isn’t just about seeing what’s happening. It’s about connecting the information that helps you understand why it’s happening and respond accordingly.