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How Skylark Defends Against GNSS Spoofing
Spoofing is no longer a niche concern—it’s a growing threat to GNSS-reliant systems across aviation, autonomy, and logistics. This article explains how Swift’s Skylark GNSS correction service defends against spoofing through secure infrastructure, anomaly detection, and validated satellite data.
Top 5 Industries Benefiting from Cloud-Based GNSS Correction Services
This post explores five key industries that are experiencing substantial benefits from the integration of cloud-based GNSS correction services in 2025.
TecSolutions Consultants Simplifies the Purchase and Setup of Utility Locating Solutions With GNSS Corrections From Swift Navigation
Utility locating crews need simple tools to achieve high accuracy location. TecSolutions is delivering that simplicity
with a complete solution that leverages Swift’s Skylark Precise Positioning Service to enhance precision right out of
the box.
The Critical Role of Precise GNSS in Autonomous Vehicles
On April 8, 2025, Swift Navigation partnered with the Society of Automotive Analysts to host a panel on the future
of precise GNSS positioning and its role in enabling safe, scalable autonomy— and to demonstrate its power by navigating a complex test circuit using only Swift’s GNSS solution, without any visual aid.
L1 L2 vs L1 L5: Evaluating Dual-Frequency GNSS for High Precision Applications
This article evaluates the differences between L1/L5 and L1/L2, and discusses how the L1/L5 combination is
emerging as a strong option for modern applications requiring high precision and reliability.
Which Skylark Variant Fits Your Use Case?
This article aims to provide a detailed exploration of Skylark’s three variants, helping users understand how each is
tailored to meet their specific needs.
What are the Different GNSS Correction Methods?
This blog delves into the primary GNSS correction methods-Differential GNSS (DGNSS), Satellite-Based
Augmentation Services (SBAS), Real-Time Kinematic (RTK), Precise Point Positioning (PPP), and PPP-RTK-
examining their features, advantages, limitations, and use cases.
What Is NTRIP and How Does It Work?
In this article, we delve into the critical aspects of NTRIP, including its role in GNSS correction delivery and how the technology itself works. We also highlight the advantages and challenges of using NTRIP, discuss its common applications, and provide a step-by-step guide on connecting to a NTRIP service.
Atmospheric Modeling in GNSS Corrections
This article explores the benefits and applications of atmospheric modeling, showcasing how Swift’s innovative,
future-proof approach is designed to meet the most challenging positioning needs of today and tomorrow.
What Are Reference Frames, Epochs and Coordinate Transformations In RTK?
Understanding how to align coordinates in space and time is crucial for high-precision GNSS and real-time kinematic (RTK) solutions. This article explains the core concepts of reference frames, epochs, and coordinate transformations which are essential for achieving precise positioning in GNSS applications.