• Products
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    Products

    S-GNSS® Auto

    Next-gen GNSS software delivering better accuracy and reliability for vehicles navigating challenging environments.

    S-GNSS® Cell

    GNSS software to improve location-based services on smartphones – everything from maps to emergency calls.

    S-GNSS® Wear

    Smarter fitness tracking for wearables with a simple, power-efficient upgrade. For accuracy on the go.

  • Solutions
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    Solutions

    Supercorrelation™

    Supercorrelation™ is our patented, chipset-level software that improves the sensitivity, accuracy and reliability of GNSS receivers.

    Automotive

    Reliable GNSS for navigation, safety, and autonomy in tough environments.

    Wearables

    Accurate, efficient tracking for wearables — built for the outdoors, including forest trails and city environments.

    Cellular

    Robust location for smartphones and IoT via a simple firmware upgrade — no hardware change needed.

  • Ecosystem
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    Ecosystem

    Partnerships

    We work with stakeholders across the supply chain to deliver integrated solutions to the automotive, wearables and smartphones industries.

    Collaboration with STMicroelectronics

    S-GNSS® Auto has been integrated onto ST’s Teseo devices, delivering a step change in GNSS accuracy and reliability for automotive.

  • Resources
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    Resources

    Automotive World Japan

    Date: 17-19 Sept 2025
    Location: Tokyo

    Read more

    Blog

    Read the latest news and insights from FocalPoint: expert interviews, employee spotlights, event updates, and more.

    White papers

    Experts insights on GNSS performance, innovation, and real-world impact across industries.

    FAQs

    Learn more about the benefits of our GNSS-enhancing software and how you can get the most from it.

    Webinars

    Expert insights, opinions and discussions on the role of GNSS in shaping the future of navigation.

  • About
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    About

    About

    About FocalPoint: our history, milestones and leadership team.

    Our Purpose

    Our purpose is to improve the lives of everyone who relies on positioning technology.

    Careers

    Learn about life at FPP, our impact, and what we offer. Hear from our people about our values and what they like about working here.

    Sustainability

    Read about our commitment to building a sustainable future.

    Recognition
  • Contact

Reliable GNSS for Wearables

We work with technology OEMs and chipset manufacturers to enhance GNSS accuracy, reliability and sensitivity of fitness trackers and smartwatches.

Improving location tracking and measurement for consumers and high-performance athletes.

With 100 million active users of sports wearables, athletes and amateur enthusiasts are highly dependent on reliable data time and time again, serving as a point of truth.

And when the finest of margins mean the difference between success and failure, reliable GNSS receivers are an essential part of giving everyone, from Sunday runners to Olympians, accurate data to track, analyse, and improve their performance.

However, poor quality GPS data – and poor processing of that data – can lead to errors that affect the accuracy and reliability of sports wearables and the activities logged by users.

Multipath interference and signal attenuation

Incorrectly positioned starting points

Conflicting data from other device sensors

Current GNSS receivers are prone to struggling with these challenges, resulting in wearables thinking that you are tens or even hundreds of metres away from your true position, giving you an incorrect read of distance travelled. With a growing range of sports-specific data tracking and analysis offered by the latest generation of wearables, chipset makers and OEMs must enhance the accuracy and reliability of their GNSS receiver data to improve customer experience and stand out.

Enhanced GNSS reliability in challenging scenarios

Our patented Supercorrelation™ technology improves GNSS reliability by identifying and rejecting signals that can spoof and jam traditional GNSS setups. By overcoming multipath interference, it improves accuracy in urban environments.

Higher accuracy

Improve location accuracy in cities and urban canyons.

Defend against spoofing

Guard against potential spoofing attempts by filtering out malicious signals.

Higher sensitivity

Boost the sensitivity of constrained or concealed antennas and improve receiver performance under foliage.

Supercorrelation™ for Wearables

Learn more about how our S-GNSS® Wear technology uses Supercorrelation to help individuals gain more accurate performance monitoring, empowering them to maximise their potential and achieve their goals.

Latest Insights

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