Next-gen GNSS software delivering better accuracy and reliability for vehicles navigating challenging environments.
GNSS software to improve location-based services on smartphones – everything from maps to emergency calls.
Smarter fitness tracking for wearables with a simple, power-efficient upgrade. For accuracy on the go.
Supercorrelation™ is our patented, chipset-level software that improves the sensitivity, accuracy and reliability of GNSS receivers.
Reliable GNSS for navigation, safety, and autonomy in tough environments.
Accurate, efficient tracking for wearables — built for the outdoors, including forest trails and city environments.
Robust location for smartphones and IoT via a simple firmware upgrade — no hardware change needed.
We work with stakeholders across the supply chain to deliver integrated solutions to the automotive, wearables and smartphones industries.
S-GNSS® Auto has been integrated onto ST’s Teseo devices, delivering a step change in GNSS accuracy and reliability for automotive.
Date: March 2026
Location: Berlin
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Experts insights on GNSS performance, innovation, and real-world impact across industries.
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Expert insights, opinions and discussions on the role of GNSS in shaping the future of navigation.
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Reliable GNSS in challenging environments
S-GNSS® Auto, powered by Supercorrelation®, is our patented, chipset-level software that improves the sensitivity, accuracy and reliability of GNSS receivers in challenging environments. S-GNSS delivers consistently reliable positioning in urban canyons and under foliage, helping OEMs advance ADAS and V2X capabilities. Now commercially available as a firmware upgrade on STMicroelectronics Teseo devices.
S-GNSS® can be integrated by chipset manufacturers and OEMs and into their platforms — it is not tied to any one silicon vendor. We collaborate with every stakeholder in the mobility ecosystem, and ST's Teseo is the first platform on which the joint automotive solution is commercially available.
Advance ADAS and V2X capabilities with positioning that holds in the environments your customers drive in.
Enhance the positioning capability of your devices and push performance beyond traditional receiver limits.
Integrate with precision services and navigation engines to elevate existing solutions.
FocalPoint and STMicroelectronics have joined forces to make GNSS a trustworthy input to the ADAS system for reliable automated driving across environments. The joint solution delivers a significant leap in GNSS reliability, particularly in urban canyons, tree-lined roads and other tough environments where conventional GNSS systems struggle.
FocalPoint on the ST Partner programmeNo hardware change. Straightforward and cost-efficient way to achieve positioning accuracy.
Multipath and non-line-of-sight energy is rejected, without the need for high-cost antennas.
S-GNSS® on Teseo V and Teseo VI, for OEMs, Tier 1s and ecosystem partners.
In recent rigorous global trials, S-GNSS® on Teseo devices significantly outperformed standard commercial-grade solutions. The full report sets out the routes, the method and the results.

Fenchurch Street, London. S-GNSS® on Teseo VI tracks ground truth through a deep urban canyon where competitor receivers drift. Read the full report
Supercorrelation is our patented, chipset-level software that improves the sensitivity, accuracy and reliability of GNSS receivers. By using the receiver's own motion, it holds signal lock for far longer and establishes the direction each signal arrives from — so reflected, non-line-of-sight signals can be rejected rather than averaged in.
The improvement happens at the receiver, in software. That is why the gain holds in multipath and signal-degraded conditions, and why it compounds with whatever integrators apply on top — including sensor fusion, RTK or PPP corrections.
Sub-metre accuracy in the toughest environments
Precise+ extends Supercorrelation into the carrier phase domain, targeting the cycle slips that cause RTK and PPP systems to lose lock in dense cities, under tree cover and in multipath-heavy environments. It delivers sub-metre accuracy where conventional carrier phase solutions fail.
By expanding the availability of high-precision GNSS, Precise+ lets OEMs deploy autonomy and ADAS features confidently across real-world driving conditions — and lets existing investments deliver value beyond open sky.
FocalPoint is working with leading chipset manufacturers to bring Precise+ to market.

Measured at Thetford Forest under dense canopy, where state-of-the-art receivers produce errors exceeding 3 metres.
And any system requiring sustained high-precision GNSS outside open-sky conditions.
Get an EVK and test S-GNSS Auto on Teseo receivers on your own driving routes and environments.
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