Focal Point Positioning to Showcase Precise+ High-Precision GNSS Technology at ENC 2026

Why It Matters

Centimeter‑accurate GNSS under challenging conditions unlocks reliable navigation for autonomous cars, accelerating market adoption. Focal Point’s breakthrough could give it a competitive edge in a rapidly expanding high‑precision positioning market.

Key Takeaways

• Precise+ uses Supercorrelation to achieve centimeter‑level carrier‑phase accuracy
• Technology showcased at ENC 2026 in Vienna, targeting autonomous vehicles
• Supercorrelation improves GNSS reliability in signal‑blocked environments
• Focal Point Positioning aims to expand high‑precision GNSS markets
• Poster by Javier Garcia highlights carrier‑phase research breakthroughs

Pulse Analysis

The global demand for high‑precision GNSS has surged as autonomous vehicles, drones, and advanced driver‑assistance systems require sub‑meter, often centimeter, accuracy. Traditional carrier‑phase techniques struggle in urban canyons, dense foliage, or under heavy signal reflection, limiting deployment in real‑world scenarios. Industry analysts predict the high‑precision GNSS market to exceed $10 billion by 2030, driven by stricter safety standards and the need for reliable positioning in complex environments.

Focal Point Positioning’s Precise+ builds on its Supercorrelation algorithm, originally designed to enhance code‑phase and Doppler measurements. By extending this approach to carrier‑phase data, Precise+ mitigates multipath errors and signal blockages, delivering consistent centimeter‑level results where conventional methods falter. Independent field trials across Europe and North America have demonstrated up to a 40% reduction in positioning error variance, positioning the technology as a viable alternative to costly dual‑frequency hardware upgrades.

For the automotive sector, the implications are profound. Reliable centimeter‑scale positioning enables tighter lane‑keeping, more accurate sensor fusion, and smoother hand‑off between GPS and onboard perception systems, all critical for Level 4 and Level 5 autonomy. As OEMs and Tier‑1 suppliers race to certify autonomous fleets, a software‑centric solution like Precise+ offers a scalable, cost‑effective path to compliance. Competitors such as Trimble and Septentrio are also pursuing similar enhancements, but Focal Point’s early conference debut may secure strategic partnerships and accelerate market penetration. Continued innovation in Supercorrelation could further expand GNSS applicability into rail, maritime, and precision agriculture domains.