Hyper-Accurate Positioning Ushers in New Era for Smart Cities

NEW YORK, NY – November 17, 2025 – A collaboration between high-precision positioning provider Point One Navigation and AI-powered live awareness solutions company SenSen is poised to dramatically reshape the landscape of smart city technologies. The partnership integrates Point One’s Polaris RTK correction network into SenSen's platform, promising a new level of accuracy for applications ranging from curbside management to public safety, and raising important questions about the future of urban surveillance.

Beyond GPS: The Rise of Centimeter-Level Accuracy

For years, smart city initiatives have relied heavily on GPS technology for location-based services. However, traditional GPS often lacks the precision required for complex urban environments, especially as cities embrace automation and demand increasingly sophisticated data insights. Point One Navigation and SenSen are betting on a future where centimeter-level accuracy is the new standard. “The limitations of standard GPS are becoming increasingly apparent,” explains one industry analyst. “Applications like autonomous delivery, precision parking enforcement, and even emergency response require a level of accuracy that GPS simply can’t deliver consistently.”

The integration of Point One’s Polaris network – a robust, independently-run corrections service covering vast geographical areas – addresses this critical need. RTK (Real-Time Kinematic) technology, employed by Polaris, utilizes a network of base stations to correct GPS signals, achieving precision down to the centimeter level. “It’s about moving beyond simply knowing where something is, to knowing exactly where it is, in real-time,” says a source familiar with the partnership. Point One claims an impressive 99.9% uptime for its network, a crucial factor for mission-critical applications. This high reliability is achieved through redundant power sources and multi-carrier cellular connectivity at each base station.

Unlocking Potential Across Urban Landscapes

The implications of this enhanced precision are far-reaching. SenSen’s AI-powered platform, combined with Point One’s RTK corrections, allows for a multitude of applications. In curbside management, this translates to more efficient parking enforcement, optimized loading zones, and reduced congestion. For asset tracking, cities can monitor the location and status of vehicles, equipment, and infrastructure with unprecedented accuracy. Public safety applications benefit from improved situational awareness and faster response times. “Imagine autonomous emergency vehicles navigating crowded streets with centimeter-level precision,” says a city planner. “The potential to save lives and improve efficiency is enormous.”

SenSen has already deployed its solutions in cities across Australia, the UK, and North America, focusing on areas like parking enforcement and traffic management. The integration of Point One’s technology is expected to significantly enhance the performance and reliability of these existing deployments. “We’re seeing a clear trend towards greater automation and data-driven decision-making in urban environments,” says one expert. “Companies like SenSen and Point One are at the forefront of this revolution.” Beyond public sector applications, the partnership could also benefit enterprise clients, enabling more efficient logistics, improved security, and optimized operations within large facilities.

Navigating the Privacy and Ethical Landscape

While the benefits of hyper-accurate positioning are clear, the technology also raises important questions about privacy and ethical considerations. The ability to track individuals and vehicles with centimeter-level precision opens the door to increased surveillance and potential misuse of data. “There’s a delicate balance between leveraging this technology for public safety and protecting individual privacy,” says a civil liberties advocate. “Transparency and accountability are crucial.”

Concerns center around data collection, storage, and access. Cities and companies deploying these technologies must adhere to stringent data privacy regulations, such as GDPR and CCPA, and implement robust security measures to prevent breaches. “It’s essential to ensure that data is collected for legitimate purposes, used responsibly, and protected from unauthorized access,” says a legal expert specializing in data privacy. Moreover, the use of AI-powered surveillance systems raises concerns about algorithmic bias and the potential for discriminatory outcomes. Ensuring fairness and transparency in these systems is crucial to maintain public trust and prevent unintended consequences. “We need to have open and honest conversations about the ethical implications of these technologies,” says a source familiar with the ongoing debate. “The future of smart cities depends on it.”