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Spirent Debuts GNSS Reliability Forecasting for UAS and Self-Driving Cars_hero

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Learn why the connected car demands a fundamental shift in vehicle testing and QA.

How should the automotive industry test V2X systems?

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Guy Buesnel

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MCD00454 Issue 1-00 Achieving reliable GNSS performance for UAS

Spirent Debuts GNSS Reliability Forecasting for UAS and Self-Driving Cars_img

Jeremy Bennington

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Malathi Malla 

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Understanding the threat of spoofing can help you to mitigate. Spirent's Guy Buesnel explores.

Understanding the threat of GNSS signal spoofing can help you to mitigate. Spirent's Guy Buesnel explores GNSS spoofing attacks with examples and looks the bigger picture. 

With GNSS Spoofing Attacks on the Rise, Resilience and Robustness Go Hand-in-Hand

Software-defined WAN is not just a service, but a new way of doing business. 

Spirent is the leading, vendor neutral testing authority that enables service providers, vendors and enterprises along their SD‑WAN journey. Spirent solutions allow you to tailor WAN to address business-critical application performance and SLAs with prove

New Age of SD-WAN

CPhys, FRIN,  Product Manager – GNSS Vulnerabilities 

Sr. Product Manager

Alain Vouffo

New tests conducted by Spirent in a live sky environment demonstrate that some commercial GPS receiver models can be compromised by spoofing devices at 10m, 50m and 100m distance.

Find out how Spirent used live sky signals alongside simulation to demonstrate how commercial GPS receivers are vulnerable to spoofing attacks.

GPS Spoofing: New Live Sky Tests Confirm Receivers Are Vulnerable to Attack

Bring your connected devices to market faster by testing real-world traffic scenarios in the lab.

Test real-world traffic scenarios in the lab with Spirent to ensure your V2X and C-V2X devices are compliant to standards and work correctly under all possible conditions. 

Test, Validate and Benchmark Connected Vehicles, V2X & C-V2X

Launch your connected devices faster through simulation testing in-lab

Connected Vehicles/V2X Testing

Autonomous vehicles need precise, reliable positioning at all times. That’s an issue in urban areas, where buildings can block signals from navigation satellites.

Autonomous navigation depends on precise and reliable positioning and navigation. Spirent explores new ways to increase geospatial awareness for UAVs and autonomous cars.

Reliable GNSS Positioning in Urban Areas: A Key Technical Challenge for Drones and Self-Driving Cars

Reliable GNSS Positioning in Urban Areas: A Key Technical Challenge

As UAS begin to move beyond visual line-of-sight (BVLOS), users and consumers can expect to realise the potential of these systems. However, there’s a major roadblock in the form of safety and reliability. Spirent’s GNSS Foresight solutions deliver the ability to accurately forecast when and where GNSS will be reliable, enabling users to optimize mission planning, increase mission success, and develop critical situational awareness.

In this eBook, Spirent explores:
- The challenges of BVLOS autonomous operations
- The options and limitations for different navigation solutions
- The problem of signal obscuration
- Optimized planning with precise GNSS reliability forecasts

For more information on Spirent’s GNSS Foresight solution, [click here](https://www.spirent.com/products/gnss-foresight-forecasting).

Find out how to accurately forecast where and when GNSS will be reliable. This eBook covers challenges of BVLOS autonomous operations and how to plan with precise GNSS reliability forecasts to enable safe navigation for UAS and autonomous vehicles.

Achieving reliable GNSS performance for autonomous UAS navigation

Tata Communications Transformation Services, Fortinet, and Spirent join forces to demonstrate the first MEF SECaaS PoC

SD-WAN: Protecting the Protection in the Virtualized Environment

Blog - 7 Ways to Test SD-WAN Performance

Discover how Spirent’s neutral and independent testing helps tame SD-WAN complexity.

Make sure multi-vendor SD-WAN services perform flawlessly the first time, every time

SD-WAN: Ensure flawless performance

SD-WAN Test & Assurance Solutions 

SD-WAN 

SD-WAN Test & Assurance  

Malathi Malla

Know in advance where and when GNSS will be reliable.

Spirent’s Forecast Assured Navigation GNSS

Spirent GNSS Foresight

Know in advance where and when GNSS will be reliable

GNSS Foresight

VP of PNT Assurance, Spirent Communications

It seems inevitable that delivering V2X communications which work correctly, under all possible conditions, will soon become a critical part of vehicle development, and simply expected by drivers. This presents all stakeholders with a unique combination of challenges. Testing to evaluate the systems should include metrics for precision, repeatability, safety and much more. In the lab. Live testing is also essential for predicting how a system will react.



C-V2X introduces an entirely new dynamic with mission critical performance demanded from devices that are constantly moving, including between networks. Read how to design C-V2X testing strategies that will reduce time-to-market while delivering high-quality products.

C-V2X introduces an entirely new dynamic with mission critical performance demanded from devices that are constantly moving, including between networks. 

C-V2X Testing Musts for True Transportation Transformation

Unreliable GNSS reception is a major barrier to safe navigation for drones and self-driving cars. A new GNSS reliability forecasting service from Spirent tackles the problem. 

In this blog, Spirent explains how a new GNSS reliability forecasting service from Spirent tackles the problem of unreliable positioning beyond line of sight.

Spirent Debuts GNSS Reliability Forecasting for UAS and Self-Driving Cars

Let's take a look at the new testing needs SD-WAN creates and how to address these emerging requirements.

Learn about key test requirements for SD-WAN and how providers of that technology are certifying compliance with the industry’s first SD-WAN standard.

7 Ways to Test SD-WAN Performance

7 Critical Needs for Testing SD-WAN Performance

The US Resilient PNT Conformance Framework is a step towards establishing standards for PNT system resilience. While test methodologies are still to come, users can start preparing now.

New Resilience Standards for GNSS-Dependent Systems Are on Their Way

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Spirent Debuts GNSS Reliability Forecasting for UAS and Self-Driving Cars

7 Critical Needs for Testing SD-WAN Performance

New Resilience Standards for GNSS-Dependent Systems Are on Their Way

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