Blog
Latest from Swift
GNSS Basics
Devon Sharp
Devon Sharp
Marwan Ramadan
Marwan Ramadan
Devon Sharp
Marwan Ramadan
Marwan Ramadan
Devon Sharp
Automotive
Gavan Hennessy
Marwan Ramadan
Marwan Ramadan
Marwan Ramadan
ROBOTICS
Marwan Ramadan
Rai Gohalwar
FLEET MANAGEMENT
Emily Pierce
Devon Sharp
Emily Pierce
Holger Ippach
GIS
Devon Sharp
Devon Sharp
Devon Sharp
Devon Sharp
View All Resources
The Multi-Meter Penalty: Why Last-Mile Delivery Economics Depend on Next-Generation GNSS
In high-volume e-commerce fulfillment, profitability is won or lost in the final 500 feet. Yet one of the largest systemic drains on route efficiency remains largely overlooked: the multi-meter inaccuracy of standard satellite positioning.
What are the Different GNSS Correction Methods?
Compare DGNSS, SBAS, RTK, PPP and PPP-RTK: how each corrects GNSS errors, the accuracy and fix times to expect, and how to choose the right one.
Top 5 Industries Using Cloud-Based GNSS Corrections
This post explores five key industries that are experiencing substantial benefits from the integration of cloud-based GNSS correction services in 2026.
Grab Uses Skylark to Optimize the Rideshare Experience
Grab, Southeast Asia’s leading superapp for mobility, deliveries, and digital financial services, partnered with Swift Navigation to improve the accuracy and efficiency of the navigation experience for its drivers.
Real-Time Mapping for Physical AI & Smart Cities
Learn how combining edge-first AI processing with precise GNSS positioning enables commercial and municipal fleets to serve as continuous, living map generators. Explore the ways this architecture drastically cuts cellular backhaul costs, reduces cloud processing overhead, and unlocks spatial data monetization opportunities across smart cities and Physical AI.
How to Set Up the Skydio X10 Drone with RTK Corrections
This article walks through setting up Skylark subscriptions in the Skylark User Portal, configuring your Skydio X10 controller, and exploring how Network RTK transforms commercial drone operations.
Free vs. Paid GNSS Correction Services
A technical guide for engineers, surveyors, and product teams evaluating free vs paid GNSS correction infrastructure.
How GNSS Corrections Are Powering Safer, Smarter Micromobility
Micromobility is entering a new phase—moving beyond early adoption toward sustainable, scalable growth. As the market matures, operators are under increasing pressure to meet safety, compliance, and efficiency standards. High-precision GNSS correction services are emerging as a critical tool to meet these demands. To explore this shift, we spoke with Swift Navigation’s Jochen Bruns, who shares how cloud-based solutions like Skylark™ are helping fleet operators build smarter, more reliable micromobility systems.
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.