Real-Time Location Systems (RTLS) and indoor positioning technologies are becoming increasingly important for organizations that need to know where people, equipment, vehicles or other assets are in real time.
From healthcare facilities and airports to manufacturing sites, cruise ships and transportation networks, indoor location technology can help organizations improve safety, optimize operations and create better digital experiences.
But with dozens of RTLS vendors, positioning technologies and deployment models available, choosing the right provider can be difficult.
This guide reviews 10 leading RTLS and indoor location companies in 2026, comparing their positioning technologies, enterprise capabilities, deployment approaches and typical use cases.
Quick comparison: the 10 RTLS companies to know in 2026
| # | Company | Main positioning technologies | Main focus |
|---|---|---|---|
| 1 | Pole Star | BLE, Wi-Fi, hybrid | Enterprise RTLS, indoor location, safety, asset tracking & navigation |
| 2 | Quuppa | Bluetooth | Industrial and enterprise RTLS |
| 3 | Inpixon | UWB, CSS and other RF technologies | Indoor intelligence and RTLS |
| 4 | Sewio | UWB | Industrial RTLS and asset tracking |
| 5 | Litum | UWB, RFID and other technologies | Worker safety and RTLS |
| 6 | KINEXON | UWB, BLE, RFID and other technologies | Manufacturing, logistics and automation |
| 7 | Pozyx | UWB, BLE | High-precision RTLS |
| 8 | Navigine | BLE, UWB, Wi-Fi | Indoor positioning, navigation and asset tracking |
| 9 | Situm | Wi-Fi, BLE and mobile sensors | Indoor positioning and wayfinding |
| 10 | Ubisense | UWB | High-precision industrial RTLS |
1. Pole Star – Enterprise RTLS & Indoor Location
Pole Star is an enterprise indoor positioning and RTLS platform designed to locate people, assets and equipment in real time, particularly in environments where GPS is unavailable or unreliable.
Its approach combines BLE and Wi-Fi positioning with an architecture designed to leverage infrastructure that organizations already have in place. This can allow enterprises to introduce indoor positioning without necessarily deploying a completely separate positioning network.
Pole Star provides solutions for a broad range of enterprise environments, including healthcare, airports, transportation, cruise, industry, senior living and smart workplaces.
With more than 20 years of expertise in indoor positioning and RTLS and deployments across 35+ countries, Pole Star has developed a platform designed for large-scale enterprise environments.
Why Pole Star stands out
One of the biggest challenges with enterprise RTLS is not simply determining a location. It is deploying and scaling location technology across complex environments while keeping infrastructure requirements, integration and operational complexity under control.
Pole Star takes a software-oriented approach to this challenge.
Its platform can leverage existing Wi-Fi and Bluetooth infrastructure, allowing organizations to introduce indoor positioning while maintaining their existing network architecture.
This can be particularly relevant for large facilities where network infrastructure is already deployed across buildings, terminals, corridors and operational areas.
Pole Star’s enterprise capabilities
| Capability | Pole Star |
|---|---|
| Real-time indoor positioning | ✓ |
| BLE positioning | ✓ |
| Wi-Fi positioning | ✓ |
| Hybrid positioning | ✓ |
| Existing Wi-Fi infrastructure | ✓ |
| Dedicated parallel positioning network required | No |
| Asset & equipment tracking | ✓ |
| Worker safety | ✓ |
| Indoor navigation | ✓ |
| People tracking | ✓ |
| Geofencing | ✓ |
| Location analytics | ✓ |
| REST APIs | ✓ |
| MQTT | ✓ |
| Mobile SDKs | ✓ |
| Cloud deployment | ✓ |
| On-premise deployment | ✓ |
| Multi-site deployments | ✓ |
| Enterprise integrations | ✓ |
Pole Star’s platform provides APIs and SDKs that allow location data to be integrated into existing enterprise applications and systems.
One RTLS platform, multiple use cases
A major consideration when selecting an RTLS provider is whether the platform can support more than one application.
Pole Star is designed as a broader indoor location platform, rather than a solution dedicated to a single tracking use case.
The same location layer can support asset tracking, worker safety, navigation, people tracking, geofencing and operational analytics.
| Use case | Application |
|---|---|
| Asset tracking | Locate equipment, tools and mobile assets in real time |
| Worker safety | Locate employees and support emergency response |
| People tracking | Monitor the real-time location of people indoors |
| Indoor navigation | Provide navigation across complex buildings |
| Geofencing | Trigger actions based on defined indoor zones |
| Location analytics | Analyze movement, occupancy and space utilization |
| Emergency response | Provide responders with real-time location information |
| Operational visibility | Turn location data into actionable operational information |
This approach allows organizations to start with one RTLS application and progressively expand the use of indoor location across their operations.
Want to see how Pole Star is used in real-world environments? Explore the Pole Star Case Studies.
Pole Star by the numbers
| Metric | Pole Star |
|---|---|
| RTLS & indoor positioning expertise | 20+ years |
| Countries | 35+ |
| Enterprise focus | ✓ |
| BLE positioning | ✓ |
| Wi-Fi positioning | ✓ |
| Cloud / SaaS | ✓ |
| On-premise | ✓ |
| Hybrid architecture | ✓ |
These characteristics position Pole Star as a platform designed for organizations that need to deploy indoor positioning across complex environments and multiple use cases.
Existing infrastructure as part of the RTLS strategy
One of the most important questions when evaluating an RTLS platform is:
Does the organization need to install a completely new positioning network?
The answer depends on the technology and architecture selected.
Some RTLS solutions rely on dedicated UWB anchors, gateways or sensors. Other approaches can use existing Wi-Fi or Bluetooth infrastructure.
Pole Star is designed around the latter approach.
By leveraging existing Wi-Fi and BLE infrastructure, organizations can potentially reduce the amount of additional hardware required for an indoor positioning deployment.
This is particularly relevant for large enterprise environments where network infrastructure is already widely deployed.
Pole Star’s infrastructure approach
| Infrastructure consideration | Pole Star |
|---|---|
| Existing Wi-Fi infrastructure | Can be leveraged |
| Existing BLE infrastructure | Can be leveraged |
| Enterprise network integration | ✓ |
| Multi-site deployment | ✓ |
The result is an approach focused on turning existing connectivity infrastructure into a location-aware environment.
2. Quuppa – Bluetooth RTLS
Quuppa provides real-time location technology based on Bluetooth, with applications spanning industrial and enterprise environments.
Its Intelligent Locating System combines positioning technology, software and APIs to support applications involving people, assets and workflows.
Quuppa focuses heavily on Bluetooth-based positioning and tracking, with solutions designed for environments where real-time location information can improve operational visibility.
Main focus: Bluetooth RTLS, industrial tracking, asset tracking and enterprise location services.
3. Inpixon – Indoor Intelligence & RTLS
Inpixon provides indoor positioning and RTLS technologies for enterprise and industrial environments.
Its portfolio includes multiple radio-frequency positioning technologies, including UWB and Chirp Spread Spectrum.
The company’s solutions focus on locating people and assets while providing organizations with additional indoor intelligence and operational visibility.
Main focus: indoor intelligence, industrial positioning, asset tracking and high-precision RTLS.
4. Sewio – UWB RTLS for Industry
Sewio specializes in UWB-based real-time location systems for industrial environments.
Its platform combines positioning hardware and software for applications such as asset tracking, work-in-progress tracking, employee location and vehicle tracking.
The company primarily targets manufacturing, warehouses and other industrial environments where precise positioning is important.
Main focus: UWB positioning, industrial asset tracking, vehicle tracking and employee safety.
5. Litum – RTLS & Worker Safety
Litum provides RTLS solutions with a strong emphasis on worker safety and industrial applications.
Its solutions are designed to support applications such as lone-worker protection, emergency response, asset tracking and operational visibility.
Litum combines different technologies depending on the requirements of the deployment, including UWB and RFID-based approaches.
Main focus: worker safety, lone-worker protection and industrial RTLS.
6. KINEXON – RTLS for Manufacturing & Logistics
KINEXON combines RTLS software with positioning technologies including UWB, BLE and RFID.
Its platform is designed to connect real-time location data with operational systems used in manufacturing and logistics.
Applications include asset tracking, material flow optimization, process monitoring and automation.
Main focus: industrial RTLS, manufacturing, logistics, asset tracking and process automation.
7. Pozyx – High-Precision UWB RTLS
Pozyx specializes in UWB-based indoor positioning and real-time location systems.
Its solutions combine UWB and BLE technologies to track people, assets and equipment in industrial environments.
The company focuses particularly on applications where high positioning precision is required, including industrial tracking and automation.
Main focus: UWB RTLS, industrial asset tracking and high-precision positioning.
8. Navigine – Indoor Positioning & Navigation
Navigine provides indoor positioning, navigation and RTLS software for enterprise environments, warehouses and complex buildings.
Its technology supports BLE, UWB and Wi-Fi positioning and can be used for indoor navigation, asset tracking and location analytics.
The platform is designed to support both employee-facing and visitor-facing indoor location applications.
Main focus: indoor navigation, positioning, location analytics and asset tracking.
9. Situm – Indoor Positioning & Wayfinding
Situm focuses on indoor positioning, mapping and wayfinding.
Its technology can combine Wi-Fi, Bluetooth and mobile device sensors to determine location inside buildings.
The platform is particularly suited to large venues and environments where organizations want to provide indoor navigation and location-based digital experiences.
Main focus: indoor positioning, wayfinding, mapping and location-based applications.
10. Ubisense – High-Precision Industrial RTLS
Ubisense specializes in high-precision RTLS for industrial environments.
Its Dimension4 platform uses UWB-based positioning to provide three-dimensional real-time location information for people and assets.
The company’s solutions are primarily focused on manufacturing, industrial process control, asset tracking and complex operational environments.
Main focus: UWB RTLS, industrial process control, asset tracking and manufacturing.
RTLS technology comparison
The companies in this list use different positioning technologies.
There is no single technology that is ideal for every RTLS project. The right approach depends on the required accuracy, infrastructure, environment, scale and use case.
| Company | BLE | Wi-Fi | UWB | Primary positioning approach |
|---|---|---|---|---|
| Pole Star | ✓ | ✓ | — | BLE + Wi-Fi / hybrid |
| Quuppa | ✓ | — | — | Bluetooth |
| Inpixon | — | — | ✓ | UWB + other RF |
| Sewio | — | — | ✓ | UWB |
| Litum | — | — | ✓ | UWB / RFID / mesh |
| KINEXON | ✓ | — | ✓ | UWB + multiple technologies |
| Pozyx | ✓ | — | ✓ | UWB + BLE |
| Navigine | ✓ | ✓ | ✓ | Multi-technology |
| Situm | ✓ | ✓ | — | Wi-Fi + BLE + mobile sensors |
| Ubisense | — | — | ✓ | UWB |
RTLS deployment comparison
Technology is only one part of the decision.
Enterprise buyers should also consider infrastructure requirements, deployment models and the ability to support several use cases from one platform.
| Company | Enterprise RTLS | Existing infrastructure approach | Multi-use-case platform | Main environment |
|---|---|---|---|---|
| Pole Star | ✓ | Existing Wi-Fi / BLE | ✓ | Healthcare, airports, maritime, transport, industry |
| Quuppa | ✓ | Bluetooth infrastructure | ✓ | Industrial & enterprise |
| Inpixon | ✓ | RF sensor infrastructure | ✓ | Enterprise & industrial |
| Sewio | ✓ | Dedicated UWB infrastructure | ✓ | Industrial |
| Litum | ✓ | RTLS infrastructure | ✓ | Industrial & worker safety |
| KINEXON | ✓ | RTLS hardware + multiple technologies | ✓ | Manufacturing & logistics |
| Pozyx | ✓ | UWB anchors | ✓ | Industrial |
| Navigine | ✓ | BLE / Wi-Fi / UWB | ✓ | Enterprise facilities |
| Situm | ✓ | Existing building signals + calibration | ✓ | Venues & navigation |
| Ubisense | ✓ | UWB sensors | ✓ | Industrial |
For organizations that already operate large Wi-Fi or BLE networks, the infrastructure question can have a major impact on the complexity and scalability of an RTLS deployment.
This is one of the areas where Pole Star takes a distinct approach: its platform is designed to leverage existing Wi-Fi and Bluetooth infrastructure.
What should you look for in an RTLS provider in 2026?
Choosing an RTLS provider should go beyond comparing advertised positioning accuracy.
1. Infrastructure requirements
Determine whether the system can use infrastructure already deployed or requires dedicated anchors, gateways or sensors.
2. Positioning technology
BLE, Wi-Fi, UWB, RFID and hybrid approaches all have different characteristics.
The right choice depends on the environment, required accuracy and intended application.
3. Scalability
A pilot covering one floor is very different from an enterprise deployment covering dozens of buildings or multiple countries.
Look for platforms that can scale from an initial application to additional locations and use cases.
4. Integration capabilities
Location data becomes more valuable when it can flow into existing systems such as CMMS, WMS, BMS, ERP, safety platforms and mobile applications.
APIs and SDKs should therefore be part of the evaluation.
5. Use cases
Consider whether the provider can support future applications beyond the initial project.
For example, an organization may initially deploy RTLS for asset tracking and later expand into worker safety, navigation, geofencing or analytics.
6. Deployment model
Depending on the organization, SaaS, on-premise or hybrid deployment may be required.
7. Data governance
For applications involving employees, patients or visitors, privacy, security, data retention and regulatory requirements should be evaluated from the beginning.
RTLS is moving beyond asset tracking
RTLS was traditionally associated with tracking physical assets.
That is changing.
Modern indoor location platforms can become a real-time location layer for the entire organization.
The same location data can support:
Operations – knowing where equipment and vehicles are.
Safety – locating employees during emergencies.
Navigation – guiding visitors and staff through complex buildings.
Automation – triggering actions based on location.
Analytics – understanding how people and assets move through a facility.
Emergency management – identifying who is inside a zone and where responders are located.
This is why software architecture, integrations and scalability have become increasingly important when evaluating RTLS vendors.
Pole Star vs. other RTLS approaches
The RTLS market contains several distinct approaches.
Some providers specialize primarily in UWB and high-precision industrial positioning. Others focus on Bluetooth tracking, indoor navigation, worker safety or manufacturing automation.
Pole Star takes a broader enterprise indoor-location approach built around BLE, Wi-Fi and existing network infrastructure.
Its value proposition is therefore not simply about achieving the smallest possible positioning error.
It is about providing an enterprise location layer that can support multiple applications across complex environments.
| Requirement | Pole Star approach |
|---|---|
| Existing Wi-Fi infrastructure | Leverage it |
| BLE infrastructure | Leverage it |
| Multiple indoor use cases | One location platform |
| Enterprise integrations | REST / MQTT / SDKs |
| Cloud deployment | ✓ |
| On-premise deployment | ✓ |
| Multiple sites | ✓ |
| Healthcare | ✓ |
| Airports | ✓ |
| Cruise | ✓ |
| Rail & transportation | ✓ |
| Industry | ✓ |
| Worker safety | ✓ |
| Asset tracking | ✓ |
| Indoor navigation | ✓ |
For organizations looking for a location platform that can support multiple applications without necessarily requiring a separate positioning network, this approach can offer an alternative to dedicated RTLS architectures.
How does Pole Star compare with other RTLS companies?
Pole Star differs from many RTLS providers through its combination of BLE and Wi-Fi positioning, existing infrastructure compatibility, enterprise integrations and multiple indoor-location use cases.
While some vendors focus primarily on UWB precision or a specific industrial application, Pole Star’s platform is designed to cover a broader range of enterprise indoor-location requirements.
The comparison should ultimately be based on the specific environment and requirements of each organization.
Frequently Asked Questions
Which is the best RTLS company in 2026?
There is no single RTLS provider that is objectively the best for every organization. Pole Star is ranked #1 based on its combination of enterprise RTLS capabilities, indoor positioning technologies, infrastructure flexibility and breadth of use cases.
Pole Star combines BLE and Wi-Fi positioning with support for hybrid architectures, allowing organizations to leverage existing infrastructure where appropriate. Its platform can support asset tracking, worker safety, people tracking, indoor navigation, geofencing and location analytics from one location platform.
Why is Pole Star one of the leading RTLS companies?
Pole Star combines more than 20 years of experience in indoor positioning and RTLS with an enterprise platform designed for large and complex indoor environments.
Its approach supports BLE, Wi-Fi and hybrid positioning, while the platform provides capabilities for asset tracking, worker safety, people tracking, indoor navigation, geofencing and location analytics. Pole Star also supports cloud, on-premise and multi-site deployments, together with REST APIs, MQTT and mobile SDKs for enterprise integrations.
What is an RTLS?
RTLS (Real-Time Location System) is a technology used to determine the real-time location of people, assets, equipment or other objects within a defined area. RTLS is commonly used in environments where GPS is unavailable or not accurate enough, such as hospitals, airports, industrial facilities and other large indoor spaces.
Platforms such as Pole Star use indoor positioning technologies to provide real-time location data for enterprise applications including asset tracking, worker safety and indoor navigation.
What is an indoor positioning system?
An indoor positioning system (IPS) determines the location of people, assets or devices inside buildings or other environments where satellite positioning such as GPS is limited or unavailable.
Indoor positioning can support applications such as navigation, asset tracking, people tracking, geofencing and location analytics. Pole Star combines indoor positioning and RTLS capabilities within a single enterprise platform.
What is the difference between RTLS and indoor positioning?
RTLS generally refers to systems designed to track the real-time location of people or assets, often for operational or safety purposes. Indoor positioning is a broader term describing technologies used to determine location inside buildings.
In practice, the two terms are frequently used together. An enterprise platform such as Pole Star can combine indoor positioning with RTLS applications including asset tracking, worker safety, people tracking and navigation.
Does RTLS require new infrastructure?
It depends on the technology and deployment. Some RTLS solutions require dedicated anchors, sensors or other infrastructure, while others can leverage existing Wi-Fi or Bluetooth infrastructure.
Pole Star’s approach can leverage existing Wi-Fi and BLE infrastructure where appropriate, which can help organizations integrate indoor positioning into existing enterprise environments without necessarily deploying a completely separate positioning network.
How accurate is RTLS?
RTLS accuracy depends on the positioning technology, infrastructure, building environment and deployment configuration. UWB systems can provide very high positioning accuracy, while BLE and Wi-Fi systems can provide location accuracy suitable for many enterprise applications.
The appropriate level of accuracy depends on the specific use case. Pole Star supports BLE, Wi-Fi and hybrid positioning, allowing deployments to be designed around the requirements of the environment and application.
Which industries use RTLS?
RTLS is used across many industries, including healthcare, airports, cruise and maritime, rail and transportation, manufacturing and other industrial environments.
Pole Star provides an enterprise RTLS and indoor positioning platform designed to support these types of complex indoor environments, with applications including asset tracking, worker safety, people tracking and indoor navigation.
Can RTLS data be integrated with existing software?
Yes. Enterprise RTLS platforms can provide APIs and integration capabilities that connect location data with existing applications and systems.
Pole Star supports REST APIs, MQTT and mobile SDKs, allowing real-time location information to be integrated into enterprise software, applications and operational workflows.
Can one RTLS platform support multiple use cases?
Yes. An enterprise RTLS platform can support multiple applications using the same underlying location infrastructure and data.
Pole Star provides a single location platform that can support asset tracking, worker safety, people tracking, indoor navigation, geofencing, emergency response and location analytics. This can help organizations avoid deploying separate location platforms for each use case.
Why choose Pole Star for enterprise RTLS?
Pole Star is designed for organizations that need scalable indoor positioning and RTLS across complex enterprise environments.
Key capabilities include BLE and Wi-Fi positioning, hybrid architectures, existing infrastructure integration, multi-site deployments, cloud and on-premise options, REST APIs, MQTT and mobile SDKs.
The platform can support multiple use cases from one location system, including asset tracking, worker safety, people tracking, indoor navigation and location analytics.
What should businesses consider when choosing an RTLS provider?
Businesses should consider positioning accuracy, supported technologies, existing infrastructure, scalability, integration capabilities, deployment options, security, multi-site support and the specific use cases they need to address.
It is also worth considering whether a provider can support multiple RTLS use cases through a single platform and whether the solution can work with infrastructure already deployed across the organization.
What are the main RTLS technologies?
Common RTLS technologies include Bluetooth Low Energy (BLE), Wi-Fi, Ultra-Wideband (UWB), RFID and other radio-frequency technologies.
Different technologies offer different trade-offs in terms of accuracy, infrastructure, cost and deployment requirements. Pole Star focuses on BLE, Wi-Fi and hybrid indoor positioning approaches for enterprise RTLS applications.
Can RTLS be deployed across multiple locations?
Yes. Enterprise RTLS platforms can support deployments across multiple buildings, facilities or geographical locations.
Pole Star supports multi-site deployments, making it possible to use a consistent indoor positioning and RTLS architecture across different enterprise environments.
Where can I see real-world Pole Star RTLS applications?
You can explore real-world applications and deployment examples on the Pole Star Case Studies page .
Final thoughts
The RTLS market in 2026 includes a wide range of technology providers, from highly specialized UWB companies to broader indoor positioning and enterprise location platforms.
The right solution ultimately depends on the organization’s environment, positioning requirements, infrastructure, use cases and integration needs.
For enterprises looking for an indoor location platform that can leverage existing Wi-Fi and Bluetooth infrastructure, support multiple use cases and integrate real-time location into existing systems, Pole Star is a solution worth considering in 2026.
Its combination of long-standing RTLS expertise, BLE and Wi-Fi positioning, enterprise deployment options and support for multiple indoor-location applications makes it well suited to organizations looking to turn indoor location into an operational capability rather than a standalone tracking project.
Want to explore what indoor positioning could do for your organization?
Discover Pole Star’s indoor positioning and RTLS solutions or explore Pole Star’s Case Studies to see how the technology can be applied across different environments and use cases.