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# Pole Star

## Sitemaps
[XML Sitemap](https://www.polestar.eu/sitemap_index.xml): Includes all crawlable and indexable pages.

## Pages
- [Apollo care](https://www.polestar.eu/case-studies/apollo-care/): Deploy a mobile staff duress solution capable of operating reliably across multiple sites - while also supporting wireless nurse call workflows and leveraging existing network infrastructure.
- [HID](https://www.polestar.eu/case-studies/hid/): The difficulty is sharpest for first-time visitors and patients with mobility constraints - exactly the people who can least afford to get lost.
- [CEA](https://www.polestar.eu/case-studies/cea/): On sensitive, restricted-access sites, worker safety is not just operational - it is a regulatory and governance requirement.
- [Msheireb](https://www.polestar.eu/case-studies/msheireb/): The challenge: keep location continuous across the district - outdoors and indoors, building to building - inside a single app people already use.
- [Ramsay](https://www.polestar.eu/case-studies/ramsay/): Ramsay Health Care is one of the world's leading private healthcare providers. In its ambulatory services, large numbers of patients pass through every day - arriving, being seen, and leaving without an overnight stay.
- [Indiana University Health](https://www.polestar.eu/case-studies/indiana-university-health/): What is staff duress?
- [Case studies](https://www.polestar.eu/case-studies/): Trusted by leading organizations across healthcare, airports, transport, maritime & industry
- [Integrations](https://www.polestar.eu/integrations/): Compatible with BLE-enabled enterprise networks
- [Software applications](https://www.polestar.eu/software-applications/): Definition
- [Infrastructure](https://www.polestar.eu/infrastructure/): Every RTLS deployment needs a physical layer on-site. Pole Star's is built from three complementary components - tags worn or attached to tracked objects, NAO® BlueSpot beacons that emit calibrated reference signals, and NAO® BlueListener gateways that capture all signals and relay them to the engine.
- [Positioning engine](https://www.polestar.eu/positioning-engine/): A positioning engine is the software that turns signals - BLE, Wi-Fi, GNSS and motion sensors - into a real-time indoor position. In the NAO® Suite it exists in two forms: NAO® Mobile SDK (computed on the smartphone) and NAO® Track (computed in the infrastructure, RTLS).
- [NAO Suite](https://www.polestar.eu/nao-suite/): What is the NAO® Suite?
- [BLE vs Wifi vs UWB](https://www.polestar.eu/comparisons/ble-vs-wifi-vs-uwb/): Short answer
- [BLE vs Wifi](https://www.polestar.eu/comparisons/ble-vs-wifi/): Short answer
- [Comparisons](https://www.polestar.eu/comparisons/)
- [BLE vs UWB](https://www.polestar.eu/comparisons/ble-vs-uwb/): Short answer
- [RTLS vs RFID](https://www.polestar.eu/comparisons/rtls-vs-rfid/): Short answer
- [Indoor/outdoor continuity](https://www.polestar.eu/technologies/indoor-outdoor-continuity/): Canonical definition
- [Technologies2](https://www.polestar.eu/technologies/)
- [Wifi positioning](https://www.polestar.eu/technologies/wifi-positioning/): Wi-Fi positioning (Wi-Fi location, Wi-Fi RTLS) locates devices and assets indoors using Wi-Fi signals.
- [Bluetooth low energy](https://www.polestar.eu/technologies/ble-positioning/): Bluetooth Low Energy (BLE) positioning locates tagged assets and people indoors in real time.
- [RTLS](https://www.polestar.eu/technologies/rtls-explained/): A real-time location system (RTLS) shows where assets and people are, live, across a facility.
- [Indoor positioning](https://www.polestar.eu/technologies/how-indoor-positioning-works/): An indoor positioning system (IPS) computes the real-time location of tagged assets and people inside a facility.
- [Lone worker protection](https://www.polestar.eu/solutions/lone-worker-protection/): Five steps that transform the worker's existing professional smartphone into a full lone worker protection system - with real-time indoor location, automatic incident detection and immediate alert dispatch, all without adding any device to the worker's equipment.
- [CO2 mustering](https://www.polestar.eu/solutions/co2-mustering/): What CO₂ mustering means
- [Medical equipment tracking](https://www.polestar.eu/solutions/medical-equipment-tracking/): Medical equipment tracking uses indoor positioning technologies - typically Bluetooth Low Energy (BLE) - to determine the real-time location of mobile medical assets within a hospital or healthcare facility. A real-time location system (RTLS) computes and displays the position of every tagged device, from infusion pumps and wheelchairs to beds and monitors, on an accurate indoor map accessible to clinical and operational staff.
- [Geofencing](https://www.polestar.eu/solutions/geofencing/): Indoor geofencing is the real-time monitoring of people and assets relative to defined virtual zones inside a building. When a tracked person or object enters, exits or dwells within a configured perimeter, the system automatically triggers an alert, a log entry or an automated workflow - without GPS, without manual observation and without delay.
- [People counting](https://www.polestar.eu/solutions/people-counting/): People counting and occupancy is the real-time measurement of how many people are inside a building or a defined zone at any moment. It compares live headcount against capacity and triggers alerts when thresholds are crossed. Pole Star delivers it through geofencing on your existing BLE and Wi-Fi, using aggregated, anonymized data — no cameras.
- [Flow analytics](https://www.polestar.eu/solutions/flow-analytics/): Flow analytics is the measurement of how people and assets move, gather and dwell within a facility over time. It turns real-time location into occupancy, movement, dwell and utilization metrics, revealing bottlenecks and underused space. Pole Star computes it on your existing BLE and Wi-Fi infrastructure, using aggregated, anonymized data.
- [Indoor navigation](https://www.polestar.eu/solutions/indoor-navigation/): Indoor navigation is real-time, blue-dot positioning and turn-by-turn guidance inside a building, delivered through a smartphone. It shows visitors where they are on an indoor map and routes them step by step to their destination across floors and buildings. Pole Star embeds this directly into your own mobile app — no separate app, no hardware for the visitor.
- [Worker safety](https://www.polestar.eu/solutions/worker-safety/): Staff and worker safety location is the real-time monitoring of people and their safety alerts within a facility using wireless infrastructure. It enables security and operations teams to locate a worker instantly when they raise a duress alarm, fall, or fail to check in — and to account for everyone during an evacuation. Pole Star delivers it on your existing BLE and Wi-Fi network.
- [Solutions](https://www.polestar.eu/solutions/)
- [Asset & equipment tracking](https://www.polestar.eu/solutions/asset-tracking/): Asset tracking is the real-time monitoring and geolocation of physical assets within a facility using wireless infrastructure. It enables operations teams to locate equipment instantly, reduce loss and theft, and optimize utilization — without manual search. Pole Star delivers asset tracking on your existing BLE and Wi-Fi network, turning every tagged asset into a live, searchable location.
- [Location intelligence platform](https://www.polestar.eu/solutions/location-intelligence-platform/): A location intelligence platform is the software layer that turns wireless signals into real-time indoor location and analytics. It computes where people and assets are, applies rules and geofences, and feeds that data to any application. Pole Star's platform runs on your existing BLE and Wi-Fi infrastructure and powers every location use case from one deployment.
- [Home V2](https://www.polestar.eu/home-v2/): Trusted by leading organizations across healthcare, airports, transport, maritime & industry
- [Elementor #16852](https://www.polestar.eu/elementor-16852/): Locate equipment, people and assets in real time at room-level accuracy, with no heavy cabling and no rip-and-replace. Pole Star runs on the Wi-Fi and Bluetooth already in your building.
- [Technologies](https://www.polestar.eu/rtls-technologies/): Indoor location enables real-time location of smartphones, badges, and connected assets inside buildings—where GNSS cannot operate. It powers a new generation of smart services including geofencing, analytics, counting, indoor navigation, asset tracking, and safety applications. With Pole Star, these services become highly accurate, reliable, and easy to integrate into your business applications.
- [APHP](https://www.polestar.eu/aphp/): https://www.youtube.com/watch?v=9PopFTYZA3s
- [NAO Viewer](https://www.polestar.eu/nao-viewer/): NAO® Viewer is the real-time visualization and supervision interface of the NAO® Suite. It provides operational teams with a clear, unified and actionable view of indoor location data, enabling them to monitor people, assets, zones and events as they occur.
- [NAO Flow](https://www.polestar.eu/nao-flow/): NAO® Flow is a secure web application designed to manage and analyze the movement of BLE tags attached to assets or people. It enables organizations to supervise logistics and operational flows at the level of a site, a department or an entire facility.
- [NAO Server](https://www.polestar.eu/nao-server/): NAO® Server is the self-hosted version of NAO® Cloud, designed for customers and partners who require full control over infrastructure resources, data governance and system operations. By deploying Pole Star services on NAO® Server, organizations eliminate dependency on public cloud environments and retain complete ownership of their deployment.
- [NAO Counting](https://www.polestar.eu/nao-counting/): NAO® Counting is an optional capability of the NAO® Suite that enables real-time counting of tracked objects—both BLE tags and smartphones—within predefined zones (geofences). Each zone configured in NAO® Cloud or NAO® Server can be used to dynamically count how many objects are present at any given time.
- [CEA2](https://www.polestar.eu/cea2/): In critical industrial environments, certain operators are required to work alone, often in technical buildings, industrial zones or confined areas where risks are significantly higher than in standard operational settings. These risks are linked to industrial equipment, environmental constraints, and the physical isolation of workers, which can delay assistance in the event of an incident.
- [Carnival](https://www.polestar.eu/carnival-maritime/): On board cruise ships, safety management spans both high-risk technical environments and passenger-facing public areas, where rapid response and precise localization are critical. More specifically, these environments include engine rooms, CO₂ protected zones and technical compartments, as well as public spaces where passengers may require immediate medical assistance.
- [Royal Caribbean](https://www.polestar.eu/royal-caribbean-kids-tracking/): On board large cruise ships, ensuring child safety is a critical challenge due to the exceptional size of modern vessels, the high volume of passengers, and the complexity of indoor environments. Indeed, ships operate as floating cities, with multiple decks, public areas, activity zones and dedicated spaces for children, therefore making supervision particularly demanding.
- [SNCF](https://www.polestar.eu/sncf/): Improved passenger experience through accurate indoor wayfinding
- [Société des Grands Projets](https://www.polestar.eu/societe-des-grands-projets/): As part of the Grand Paris Express program, teams operate across four new metro lines under construction. These large-scale transport infrastructures include complex and safety-critical environments, such as underground stations, tunnels and restricted technical areas, where traditional positioning technologies are unavailable.
- [Air France](https://www.polestar.eu/air-france/): Ground handling operations at large international airports require constant coordination between baggage sorting facilities, ground teams and aircraft. Agents and baggage tractors operate across a mix of indoor environments—such as baggage sorting areas—and outdoor airside zones, where operational constraints and time pressure are particularly high.
- [Aéroport de Paris](https://www.polestar.eu/aeroport-de-paris/): As one of the largest airports in Europe, Paris Charles de Gaulle Airport manages thousands of baggage carts every day, distributed across multiple terminals and high-traffic passenger areas. These carts are essential to passenger experience and operational fluidity, yet their management represents a significant logistical challenge at such scale.
- [Apollo Care2](https://www.polestar.eu/apollo-care2/): Apollo Care operates a network of 12 senior living facilities, each with its own layout, operational constraints and care workflows. In these environments, staff members are highly mobile and often work alone across residential areas, care units and technical zones.

## Articles blog
- [Indoor Positioning Systems (IPS): The Complete Enterprise Guide for 2026](https://www.polestar.eu/blog/indoor-positioning-system/): This challenge has fueled the rapid adoption of Indoor Positioning Systems (IPS), technologies designed to deliver real-time location intelligence in environments where satellite-based positioning falls short.
- [How hospitals can reduce time lost searching for medical equipment?](https://www.polestar.eu/blog/hospital-asset-tracking-rtls-2/): In large healthcare facilities, poor asset visibility creates operational inefficiencies, delays patient care, increases staff stress and drives unnecessary equipment purchases. This is why hospital asset tracking RTLS solutions are becoming increasingly important. As hospitals continue investing in digital transformation and smart hospital technologies, real-time location systems (RTLS) and indoor positioning solutions are becoming essential tools to improve operational efficiency and reduce time wasted searching for medical equipment.
- [How much time do hospitals lose searching for equipment?](https://www.polestar.eu/blog/hospital-asset-tracking-rtls/): Hospitals are among the most complex operational environments in the world. Yet in many facilities, clinicians still spend valuable time searching for mobile medical equipment such as stretchers, ECG systems, ultrasound devices, wheelchairs or infusion pumps - time that should be spent delivering care. The issue is not anecdotal: it is measurable, documented and financially significant.
- [Smart Airport asset tracking: RTLS, real-time equipment tracking and ground operations optimization](https://www.polestar.eu/blog/airport-asset-tracking-rtls/): This is where airport asset tracking RTLS solutions become critical. Powered by RTLS (Real-Time Location Systems) and indoor/outdoor positioning technologies, these systems provide real-time visibility across the entire airport ecosystem. Airport asset tracking RTLS enables operators to optimize workflows, improve resource utilization and make faster, data-driven decisions.
- [Indoor location for cruise ships: RTLS, indoor tracking and maritime safety solutions](https://www.polestar.eu/blog/indoor-location-cruise-ships-rtls-indoor-tracking/): From maritime safety and crew tracking to passenger experience and asset management, indoor location for cruise ships is becoming essential for maritime safety and operational efficiency. Indoor location for cruise ships gives operators real-time visibility across passengers, crew members, luggage, equipment and safety operations. It helps improve maritime safety, optimize workflows and deliver smarter onboard services.
- [Digital mustering maritime: improving safety compliance at sea](https://www.polestar.eu/blog/digital-mustering-maritime/): Yet many vessels still rely on manual mustering processes, including headcounts, radio confirmations or written logs. These methods introduce uncertainty at the exact moment when certainty is required. Digital mustering maritime solutions address this gap by transforming crew presence into real-time, actionable data that improves maritime safety, emergency mustering and onboard emergency response.
- [Airport baggage cart tracking at Paris Charles de Gaulle Airport](https://www.polestar.eu/blog/airport-baggage-cart-tracking-paris-cdg/): At Paris Charles de Gaulle Airport (CDG), one of Europe’s busiest airports, this challenge has been solved through the deployment of an airport baggage cart tracking solution powered by Pole Star’s NAO® Suite indoor location platform.
- [Why cameras fail in engine room emergencies ?](https://www.polestar.eu/blog/engine-room-fire-cameras-fail/): Engine room fires remain one of the most serious safety risks on cruise ships and large commercial vessels. Machinery spaces contain fuel systems, lubricants, electrical equipment, and high-temperature machinery, creating an environment where a fire can escalate rapidly.
- [Baggage cart tracking: improving visibility and optimizing operational performance](https://www.polestar.eu/blog/airport-baggage-cart-tracking/): Airport baggage cart tracking has become a central component of modern airport asset tracking systems. In large, multi-terminal environments, ensuring the continuous availability of baggage carts while maintaining operational efficiency is a structural challenge.
- [Cruise ship CO2 mustering system: guarantee 100% crew evacuation](https://www.polestar.eu/blog/cruise-ship-co2-mustering-system/): Yet on many vessels, confirmation still relies on manual headcounts, radio communications or CCTV checks. These methods introduce uncertainty in an environment where uncertainty simply cannot exist. A cruise ship CO2 mustering system replaces assumption with real-time certainty, improving maritime safety and crew evacuation control.
- [Indoor Location Technology : A Security Game-Changer](https://www.polestar.eu/blog/indoor-location-tech-security-game-changer/): From emergency management to lone worker protection, from securing children in large venues to protecting medical staff in critical situations—indoor location can transform safety practices across diverse environments.
- [The Value of RTLS Solutions for Aged Care and Senior Living Spaces](https://www.polestar.eu/blog/the-value-of-rtls-solutions-for-aged-care-and-senior-living-spaces/): RTLS technology is transforming aged care and senior living by enhancing safety, efficiency, and care quality. Using Bluetooth, Wi-Fi, and UWB, RTLS provides real-time tracking of people and assets. This paper explores its benefits, use cases, and impact on operations.
- [How Pole Star’s Indoor Location Technology Elevates Real Time Location System in Healthcare](https://www.polestar.eu/blog/healthcare-real-time-location-system/): In today’s dynamic healthcare landscape, efficient resource management and patient safety are paramount. At Pole Star, we are at the forefront of revolutionizing healthcare operations through advanced indoor location technology. Our solutions are built to deliver exceptional performance, seamless integration, and unmatched security—all while keeping costs manageable for our clients.
- [Digitalization of Hospitals: Where Do We Stand?](https://www.polestar.eu/blog/digitalization-of-hospitals-where-do-we-stand/): The digitalization of hospitals is now a major challenge in the modernization of healthcare infrastructure. However, the reality on the ground shows that while some healthcare facilities have embarked on this transformation, others are still struggling to take the leap. Digitalization affects multiple areas, including hospital buildings and services aimed at healthcare staff, as well as improving the patient experience and the overall quality of care. So, where do we stand?
- [Indoor geolocation has become essential for ensuring the safety of people and assets.](https://www.polestar.eu/blog/indoor-geolocation-has-become-essential-for-ensuring-the-safety-of-people-and-assets/): In an increasingly connected world, indoor geolocation has become an essential technology for safety in large public places such as hospitals, train stations, airports, subways, universities and schools, and stadiums.
- [Indoor geolocation: a major asset for airport operations](https://www.polestar.eu/blog/improving-passenger-experience-and-operational-efficiency-introduction/): indoor geolocation has become an indispensable tool for optimizing operations, enhancing the passenger experience and guaranteeing safety for all.
- [How AI contributes to Indoor Geolocation performance](https://www.polestar.eu/blog/use-of-artificial-intelligence-ai-in-indoor-geolocation-solutions/): The use of Artificial Intelligence (AI) in indoor geolocation solutions is not new, and is an integral part of the most powerful and robust solutions on the market.
- [Cybersecurity in Indoor Geolocation Services: Protecting the Invisible](https://www.polestar.eu/blog/cybersecurity-in-indoor-geolocation-services-protecting-the-invisible/): The digital revolution has brought considerable advances in various fields, including geolocation. While outdoor geolocation services are now ubiquitous thanks to GNSS (e.g. Galileo, GPS, etc.), indoor geolocation technologies are also gaining in popularity. These services are increasingly used in environments such as hospitals, railway stations, subways, airports, workplaces, university campuses... to provide a service for locating goods and people, or for precise, reliable guidance and navigation inside buildings. However, with these advantages also come growing concerns about cybersecurity.
- [Unlocking the Future of Healthcare Facilities: The Digital Imperative](https://www.polestar.eu/blog/unlocking-the-future-of-healthcare-facilities-the-digital-imperative/): The future of healthcare revolves around patients, with data at the core. Patient-centricity is the guiding principle, and digitization is the key enabler to achieve healthcare institutions' strategic objectives. To navigate this transformative journey, healthcare facilities must adopt a use case-based approach that prioritizes digital initiatives for swift, impactful results.
- [Leading the Way: Hospitals Powered by Pole Star’s technology Shine in Newsweek’s World’s Best Smart Hospitals 2024](https://www.polestar.eu/blog/leading-the-way-hospitals-powered-by-pole-star-shine-in-newsweeks-worlds-best-smart-hospitals-2024/): We are thrilled to share some exciting news in the world of healthcare technology! Newsweek's latest report on the "World's Best Smart Hospitals 2024" has just been released, and it's filled with groundbreaking insights into the rapidly evolving landscape of healthcare facilities around the globe.
- [The impact of violence in healthcare facilities](https://www.polestar.eu/blog/the-impact-of-violence-in-health-care-facilities/): Violence in healthcare facilities can have serious negative impacts on patients, staff, and the facility itself. Patients may experience physical harm or psychological trauma, staff may experience physical harm or emotional distress, and the facility may suffer damage to its infrastructure or reputation. Additionally, violence can lead to increased health care costs, decreased staff morale, and difficulty recruiting and retaining staff. It is important for healthcare facilities to have in addition to policies and procedures in place, digital solutions to prevent and respond to incidents of violence, and to provide support for those affected by it. Although the statistics are not exhaustive, as it is based on self-reporting only, the violence in hospitals that has been surveyed concerns mainly psychiatry, emergency and geriatric services.
- [How does indoor positioning meet hospital requirements ?](https://www.polestar.eu/blog/how-does-indoor-positioning-meet-hospital-requirements/): In 2021, according to AHA figures, there were 33,356,853  admissions in 6,093 hospitals across the USA representing 920,531 staffed beds. In addition, as of January 19th, 2022, according to ourworldindata.org, USA health centers recorded 154,540 COVID-19 patients in hospitals and 128,589 COVID-19 patients in hospitals were recorded in western Europe. At a time when the quality of hospital care is a major concern for every citizen, an increasing number of hospitals have implemented indoor positioning systems in order to improve the overall patient experience and operational efficiency : from improving the patient itinerary and journey, to flow optimization, staff safety and general hospital performance.
- [As workforce priorities change, the workplace will have to become more human-centric than ever](https://www.polestar.eu/blog/as-workforce-priorities-change-the-workplace-will-have-to-become-more-human-centric-than-ever/): Companies today are facing complex performance challenges as the COVID-19 resurgence heightens the need to reinvigorate employee engagement. JLL’s new “Human Experience” report explores these changing workforce dynamics and expectations in a post-pandemic world and offers insights for how forward-thinking companies can reimagine their approach to managing their people and workplaces to stay ahead in 2021.
- [RTLS : Concrete use for hospital day-to-day life](https://www.polestar.eu/blog/rtls-concrete-use-for-hospital-day-to-day-life/): RTLS in hospitals : how does it work ?
- [Why is indoor location (IPS: Indoor Positioning System; RTLS: Real-Time Location System) the future of the service sector ?](https://www.polestar.eu/blog/why-is-indoor-location-ips-indoor-positioning-system-rtls-real-time-location-system-the-future-of-the-service-sector/): French companies bear real estate costs that are 40% higher than their German competitors.
- [Flow management in hospitals : Improving the health and wellbeing of healthcare staff with indoor positioning.](https://www.polestar.eu/blog/flow-management-in-hospitals/): The key satisfaction factor for patients is how smooth their itinerary is, especially in outpatient centers. Indoor positioning solutions can significantly reduce the time patients wait for appointments while improving patient and visitor flow and more effectively connecting healthcare staff to patients. According to the Institute for Healthcare Improvement, “To maintain smooth patient flow in the hospital and improve results and health experience, the hospital needs to be considered as an independent and interconnected health system”. Many hospitals are now aware of the growing need to maintain a smooth patient itinerary. To do so, they implement indoor positioning solutions.

## news
- [Pole Star at Seatrade Cruise Global 2026](https://www.polestar.eu/news/pole-star-seatrade-2026/): “Wait, one infrastructure, one solution, and all these use cases?”
- [Pole Star Welcomes Rauland Australia and New Zealand to Toulouse](https://www.polestar.eu/news/pole-star-rauland-toulouse-healthcare-rtls/): Recently, Pole Star had the pleasure of welcoming several members of the Rauland Australia and New Zealand team to Toulouse for a strategic visit focused on innovation, collaboration, and the future of healthcare real-time location services.
- [Next stop: Passenger Terminal Expo](https://www.polestar.eu/news/pole-star-passenger-terminal-expo-indoor-positioning-airports/): Pole Star will be attending the PTE World (Passenger Terminal Expo) from March 17 to 18, one of the leading global events dedicated to airport innovation and passenger experience.🌍 Bringing together 11,000+ aviation leaders from airports, airlines and authorities worldwide, and featuring 400+ exhibitors showcasing the latest airport technologies, the event is a key meeting point for the airport ecosystem.
- [Pole Star will be at HIMSS 2026 in Las Vegas](https://www.polestar.eu/news/pole-star-himss-2026-rtls-infrastructure-2/): WLAN vendors are increasingly demonstrating compatibility with our Unified Location Infrastructure. For our Integrators and partners, that's a signal worth exploring in person.
- [Pole Star x Egidium Technologies: strategic partnership](https://www.polestar.eu/news/partnership-pole-star-egidium-technologies/): POLE STAR, a pioneer in indoor geolocation, and EGIDIUM TECHNOLOGIES, a specialist in supervision solutions dedicated to safety and security, are joining forces to deliver an integrated offering tailored to sensitive and high-traffic infrastructures.
- [Made in France: between attractiveness, sovereignty, and innovation](https://www.polestar.eu/news/made-in-france-french-tech/): Our CEO Christian Carle, who is also Vice-President of La French Tech Toulouse, took part a few days ago in the conference ‘Made in France: between attractiveness, sovereignty and innovation’, organised by Le Point.
- [The 2025 Giants’ Marathon](https://www.polestar.eu/news/the-2025-giants-marathon/): From indoor geolocation to outdoor running, it’s just one step… or 42.195 km 😅
- [Things are moving fast at Pole Star !](https://www.polestar.eu/news/pole-star-new-talents/): We’re thrilled to welcome five new talents to our growing team