How Korvex Supports Real-Time Location Across Healthcare Facilities

Healthcare facilities are environments where people and resources are constantly moving. A nurse moves from one patient room to another. A patient may move between departments. Medical equipment is transferred between floors. Security teams respond to incidents across different areas of the facility.

For healthcare organizations, knowing where people and resources are can be critical to both safety and operations. That is where Real-Time Location Services (RTLS) become valuable. But RTLS depends on more than tags and software.

To provide reliable location visibility, the physical infrastructure connecting those devices must be able to communicate across the healthcare environment.

That is the role of the NovoTrax Korvex Gateway.

Korvex serves as the infrastructure layer behind NovoTrax RTLS, helping connect RTLS tags, panic buttons, sensors, and other devices to the NovoTrax platform in real time.

The result is a connected foundation for location-aware safety and operational workflows across healthcare facilities.

Why Infrastructure Matters to RTLS

RTLS is often described in terms of what it can track.

• People.

• Patients.

• Assets.

• Equipment.

But tracking is only possible when the underlying infrastructure can reliably receive and communicate device signals.

An RTLS environment depends on several components working together:

• Tags and devices generate location signals.

• Gateways receive and communicate those signals.

• Network infrastructure moves the information through the environment.

• Software interprets the location data.

• Workflows turn that information into action.

Korvex sits within this architecture as the connection between the physical environment and the NovoTrax platform. That makes the gateway infrastructure an important part of delivering real-time location intelligence.

From a Location Signal to Real-Time Visibility

Consider a healthcare worker carrying a connected wearable device.

The device generates a location signal.

Korvex receives the communication.

The signal is transmitted into the NovoTrax platform.

The platform associates the information with the relevant device, person, and location.

That location can then become part of a safety or operational workflow.

The basic journey is:

Device → Korvex → NovoTrax Platform → Location Intelligence → Workflow

Without the communication layer in the middle, the information cannot become part of a connected real-time system.

Built Around Bluetooth Low Energy

Korvex uses Bluetooth Low Energy (BLE) as an important part of its device connectivity architecture. BLE provides a practical foundation for connecting wearable devices, RTLS tags, panic buttons, and sensors across healthcare environments.

For indoor environments, Standard BLE can support location and device communication across typical room and zone deployments.

NovoTrax also identifies Coded PHY support within the Korvex architecture for extended-range connectivity. The current technical specifications describe Standard BLE and long-range Coded PHY as options for different deployment requirements.

This gives healthcare organizations flexibility when designing location infrastructure around different areas of a facility.

Coverage Matters Inside a Hospital

A hospital is not a single open space.

It contains patient rooms, hallways, elevators, treatment areas, administrative spaces, storage areas, laboratories, emergency departments, and other environments.

Each area can have different connectivity requirements.

A location system that performs well in one part of a facility may require a different infrastructure approach in another.

Korvex is designed as part of the NovoTrax Mesh Network, allowing connected nodes to extend communication across larger and more complex environments.

This creates a scalable architecture for facilities where location coverage needs to extend beyond a single room or department.

Extending Location Across the Facility

A healthcare organization may begin with one specific use case.

For example, it may deploy RTLS for staff safety in a particular department.

Over time, additional use cases may emerge:

• Medical equipment tracking

• Patient location

• Staff location

• Restricted-area alerts

• Emergency routing

• Asset management

• Additional safety devices

The underlying infrastructure can then become more valuable as more devices and workflows are connected.

Korvex supports multiple gateway configurations and mesh-connected nodes, allowing organizations to expand connectivity as operational requirements grow.

Instead of treating every new RTLS use case as a completely separate deployment, the organization can build on an existing infrastructure layer.

Precision Depends on the Use Case

Not every healthcare location workflow requires the same level of precision.

For some applications, knowing that an asset is in a particular department may be enough.

For others, knowing the room may be more useful.

More precise applications may require additional positioning capabilities.

NovoTrax's current RTLS solution provides room-level location capabilities, while select Korvex models support optional Angle of Arrival capabilities for more precise positioning.

This allows organizations to approach RTLS according to the operational requirement rather than assuming every device needs the same level of accuracy.

The question becomes:

What level of location intelligence does this workflow actually require?

Continuous Location vs. Event-Based Reporting

Real-time location does not necessarily mean that every device has to communicate continuously. Different healthcare applications can require different reporting models.

Korvex supports both continuous streaming and Report-by-Exception (RBE) approaches.

Continuous monitoring can provide ongoing location information for applications that need live visibility. Report-by-Exception can communicate when a defined event occurs, rather than continuously transmitting location data.

This flexibility can be particularly useful for healthcare environments where some devices need constant visibility while others primarily need to communicate when something changes.

For example, a staff safety device may only need to generate a high-priority event when activated. An asset involved in continuous operational monitoring may require ongoing location information. The infrastructure can support different approaches within the same broader environment.

Supporting Staff Safety

One of the most important healthcare applications for RTLS is staff safety.

A wearable device can provide a staff member with a way to generate a safety alert.

But the value of the alert increases when the system can associate it with a location.

Instead of security receiving a generic notification, the platform can provide location-aware information that helps responders understand where attention is needed.

NovoTrax's healthcare and RTLS solutions specifically support wearable tags and badges, panic buttons, staff tracking, and emergency routing.

Korvex provides the infrastructure that connects those devices to the platform.

Supporting Patient Safety

Location infrastructure can also support patient safety workflows.

Healthcare organizations may need awareness when a patient enters or exits a defined area. Geofencing can establish virtual boundaries around specific locations.

When a tagged device crosses a defined boundary, the system can generate an event or alert.

NovoTrax identifies customizable geofencing and instant alerts as part of its RTLS capabilities, including healthcare applications. The result is a location-aware workflow:

Location changes → Geofence recognizes event → Alert generated → Appropriate team notified

Again, the value comes from connecting the location signal to what happens next.

Supporting Medical Asset Visibility

Healthcare facilities also need visibility into mobile equipment.

Equipment can move between patient rooms, departments, storage areas, and other locations throughout the day. When staff need a particular resource, searching for it can consume valuable operational time.

RTLS can provide another approach.

A tagged asset can communicate its location through the connected infrastructure, allowing teams to identify where the resource is located.

NovoTrax specifically positions RTLS for tracking mobile medical equipment, shared devices, radios, tools, and other critical resources.

This turns the location infrastructure into an operational resource—not simply a safety system.

Connecting Location to Emergency Response

Location becomes especially valuable during an emergency.

An alert may tell a response team that an event has occurred.

Location can help tell them where to focus.

NovoTrax's RTLS capabilities include emergency routing based on live movement and location-aware response workflows.

That creates a more dynamic response model.

Instead of relying solely on static maps or predefined assumptions, teams can use current location information as part of the response process.

Location Is More Powerful When Connected to Other Systems

RTLS should not exist as an isolated location dashboard.

Its value increases when location information can be connected to other safety and operational technologies.

For example:

• RTLS provides location.

• Video provides visual context.

• Mass Notification distributes information.

• Access Control can participate in security workflows.

• Sensors provide additional environmental signals.

• NovoTrax workflows connect those capabilities.

NovoTrax positions RTLS as part of a broader platform that connects real-time location to alerts, communication, access control, video, and incident workflows. That is what turns location data into location intelligence.

A Healthcare Location Workflow

Consider a simplified staff safety scenario.

A nurse activates a wearable panic device.

1. The device generates a signal

The panic button creates the initial event.

2. Korvex receives the communication

The gateway infrastructure receives the connected device signal.

3. The signal reaches NovoTrax

The event is communicated to the NovoTrax platform.

4. Location is associated with the event

RTLS information identifies the relevant area.

5. The workflow determines what happens next

The configured response process is initiated.

6. Communication reaches the appropriate personnel

The relevant team receives the event and location context.

The result is not simply a panic button notification.

It is a location-aware safety workflow.

A Foundation That Can Scale With the Facility

Healthcare facilities change.

Departments expand.

New buildings are added.

Technology requirements evolve.

New safety use cases emerge.

An RTLS infrastructure therefore needs to be capable of supporting growth.

Korvex's mesh architecture is designed to extend communication across larger environments using connected nodes, while its gateway family provides different options for coverage and precision requirements.

That allows healthcare organizations to think about RTLS as an infrastructure investment rather than a single-purpose deployment.

A hospital can start with one workflow and expand the same connected environment to additional applications over time.

More Than Tracking

It is tempting to think of RTLS simply as a way to find things.

But the larger opportunity is visibility.

Where is the nurse?

Where is the patient?

Where is the equipment?

Where did the safety event occur?

Did someone enter a restricted area?

Has an asset moved?

Which location requires attention?

Once location information becomes available in real time, these questions can become part of the organization's operational workflows.

That is the difference between tracking and location intelligence.

The Infrastructure Behind Real-Time Location

The most visible part of an RTLS deployment may be the tag worn by a staff member or attached to an asset.

But behind that device is an entire communication architecture.

Tags need connectivity.

Gateways need coverage.

Networks need to move information.

Software needs to interpret it.

Workflows need to turn it into action.

Korvex provides an important part of that foundation for NovoTrax RTLS.

By connecting RTLS tags, panic buttons, sensors, and other devices to the NovoTrax platform, Korvex helps make real-time location information available for safety and operational workflows.

Building a Location-Aware Healthcare Facility

Healthcare organizations are increasingly looking for ways to make their facilities more connected.

But connectivity alone is not the objective.

The goal is to create useful visibility.

A staff member needs help.

A patient enters a restricted zone.

A critical asset needs to be located.

An emergency occurs in another part of the facility.

In each case, knowing the location can improve the information available to the people responsible for responding. Korvex helps provide the infrastructure required to make that possible.

From Location Signals to Operational Intelligence

Real-Time Location Services are only as valuable as the infrastructure supporting them.

For healthcare facilities, that infrastructure needs to support coverage, device connectivity, location precision, and the ability to connect location information to operational workflows.

• BLE provides device connectivity.

• Korvex provides the gateway infrastructure.

• The mesh network helps extend coverage.

• RTLS provides location intelligence.

• NovoTrax workflows turn that intelligence into action.

Together, these capabilities create a connected foundation for healthcare safety and operations. The result is more than knowing where a person or asset is.

It is having the right location information available to support the right decision at the right moment.