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Precise GNSS to Build and Maintain Accurate Maps

Precise GNSS makes it easy to build and update accurate maps using just a camera and a GNSS receiver. It helps spot real changes, avoid false alerts, and scale mapping without the need for costly equipment or complex processing.

Marwan Ramadan

Senior Director, Product Marketing
July 30, 2025

Latest from Swift

Inside Skylark's Atmospheric Model

Marwan Ramadan

Senior Director, Product Marketing
June 9, 2026

How Origin Forensics Maps Crash Sites with Skylark Nx RTK

Devon Sharp

Product Marketing Manager
June 5, 2026

Beyond Vision: Why High-Integrity Precise Positioning Won Swift Navigation the AutoTech Award

Gavan Hennessy

VP, Automotive
June 4, 2026

Essential Aero Uses Skylark to Enable Autonomous Airport Operations with Centimeter-Level Precision

Devon Sharp

Product Marketing Manager
June 1, 2026

GNSS Basics

Automotive

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Inside Skylark's Atmospheric Model

Reliable RTK positioning needs robust atmospheric modeling, not just dense networks. In this article, we look at how Skylark’s physics-based approach outperforms standard interpolation to deliver consistent, high-integrity corrections even during atmospheric disturbances. This ensures reliability for critical applications where traditional methods often fail.

How Origin Forensics Maps Crash Sites with Skylark Nx RTK

By using Skylark Nx RTK and Emlid rovers, forensic consulting firm Origin Forensics has enhanced its crash reconstruction capabilities, enabling targeted data collection and survey-grade accuracy for high-stakes legal proceedings. This efficient, mobile solution allows the team to rapidly capture precise evidence even in challenging environments, ensuring robust data redundancy and superior field performance.

Beyond Vision: Why High-Integrity Precise Positioning Won Swift Navigation the AutoTech Award

We are thrilled to share that Swift Navigation was recently honored at the prestigious AutoTech Awards. This recognition validates a fundamental shift occurring within automotive engineering: the realization that vision-based perception systems alone cannot carry the full weight of future safety-critical automation. To build true consumer trust and unlock widespread Level 2+ and Level 3 autonomy, vehicles need an unshakeable digital fail-safe. Here is a deep dive into the technology, philosophy, and real-world results that caught the judges’ attention. The Safety Gap: Why Perception is Not Enough Modern Advanced Driver Assistance Systems (ADAS)—from lane-keep assist to automated emergency braking—have revolutionized passenger vehicle safety. However, these systems are fundamentally constrained by their reliance on visual and line-of-sight perception sensors like cameras, radar, and LiDAR. In real-world driving environments, visual perception faces inevitable edge cases: When these sensors fall short, the typical system behavior is an abrupt disengagement. This shifts situational ownership back to the driver instantly, often creating high-risk scenarios. Swift Navigation addresses this safety gap by introducing a high-integrity absolute localization layer. By serving as an unshakeable cloud-connected anchor, our technology ensures the vehicle always knows its exact position, even when visual sensors are completely blinded. The Three Pillars of

How Vakaros and Swift Navigation are Modernizing Competitive Sailing

Traditional sailboat racing relies on human race officers to judge starts by eye, a method prone to blind spots and unverifiable decisions. To solve this, marine technology leader Vakaros developed RaceSense, a digital race management system that integrates Swift Navigation’s Skylark service to deliver the centimeter-level accuracy required for real-time tracking and automated officiating.

How Edge AI + Precise GPS Work Together

At NJ TransAction 2026, Dareesoft and Swift Navigation show how edge-based computer vision and precise GNSS work together to detect road issues like missing or damaged speed limit signs in real time. By anchoring AI detections to centimeter-level positioning, vehicles can generate accurate, reliable data without expensive mapping infrastructure, enabling a continuously updated view of the road network.

How Halo Collar Uses Skylark to Redefine Pet Safety

A dog isn’t just a pet; they’re a family member. And when it comes to family, ‘close enough’ isn’t enough. Halo Collar partnered with Swift Navigation to deliver the most accurate pet tracking collar that takes virtual fences to the next level. Independent testing shows that Precision+ delivers 3x more accuracy than any other GPS dog fence on the market.

Track-Level Precision: How Nexxiot Uses Skylark Maximize Rail Utilization and Safety

Managing tight, congested railyards requires precision that standard GPS cannot provide. Tracks are situated tightly to maximize usable space, but managing freight at the track level has technical barriers. Nexxiot partnered with Swift Navigation to deliver track-level location data, enabling operators to increase railcar utilization and improve worker safety.

Humatics Leverages Skylark Precise Positioning Service for Daily Track Geometry Insights

Traditional rail inspections often leave agencies blind to track changes for months at a time. This case study explores how Humatics FOCUS uses Swift Navigation’s Skylark Nx RTK to deliver continuous, actionable track geometry data. Learn how they achieved affordable, expansive coverage and centimeter-level accuracy without the complexity of physical base stations.

The End of the Invisible Fence: Why Precise GNSS is the New Standard for Pet Safety

Virtual fencing is replacing buried wires—but standard GPS isn’t precise enough to protect what matters most. Multi-meter drift can stress dogs, break training, and erode owner trust. With sub-meter accuracy, instant convergence, and 99.9% availability, Skylark Dx turns virtual boundaries into dependable, wire-free safety systems built for the next generation of pet tech.