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Ajay Vemuru

GLONASS CDMA blog hero

BVLOS vs BLOS for UAS and drone operations_hero

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Drone Operators Must Address the Risk of GPS Degradation_hero

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

Preparing for Resilient PNT Standards Conducting a PNT Vulnerability and Risk Assessment hero

Implementing resilient PNT in the real world The challenges of standardisation hero

Integrating a GNSS Receiver into a Product_hero

Maximum-realism hero

Blog - Positioning, Navigation and Timing in a Connected and Automated World

The essential elements of realistic lab-based GNSS test simulation hero

sc-raphael-grech

Low Earth Orbit hero

Celebrating 20 years of Galileo development hero

Guy Buesnel

gnss gps hero

Resilient PNT Blog hero

How to choose a test methodology hero

Adam Price

Facilitating Waiver Compliance of GPS Safety Risk Management hero

How to Bring Realism into Your GNSS Testing with RF Record & Playback_hero

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Jeremy Bennington

Jan Ackermann

Stephen Douglas

6 Ways the Design and Build of an RF Simulator Can Affect the Realism of GNSS testing_hero

Dynamic Spectrum Sharing for 5G and the DoD’s Best Practices for Testing_hero

Phone-to-Satellite Connectivity Preps for the Masses hero

Mia Swain

Head of Market Strategy

CPhys, FRIN,  Product Manager – GNSS Vulnerabilities 

Blog - What’s the Difference Between GNSS and GPS?

Director of PNT Simulation, Spirent Communications

Ajay Vemuru 

Will Thornton

Product Line Manager

Romain Zimmermann

Director of Product Line Management

Jan Ackermann 

Technical Strategist

Raphael Grech

VP of PNT Assurance, Spirent Communications

Phone-to-Satellite Connectivity Preps for the Masses_hero

Director of Product Management and Business Development

Positioning, Navigation and Timing in Low Earth Orbit

Positioning, Navigation and Timing in a Connected and Automated World

And Just Like That… Phone-to-Satellite Connectivity Preps for the Masses

Integrating a GNSS Receiver into a Product: What to Test and How

Dynamic Spectrum Sharing for 5G and the DoD’s Best Practices for Testing

Facilitating Waiver Compliance of GPS Safety Risk Management for FAA Order 8040.6 

Achieving Maximum Realism in GNSS Spoofing Testing

The Essential Elements of Realistic Lab-Based GNSS Test Simulation

BVLOS vs BLOS for UAS and Drone Operations: What’s the Difference?

6 Ways the Design and Build of an RF Simulator Can Affect the Realism of GNSS Testing

To Obtain BVLOS Permission, Drone Operators Must Address the Risk of GPS Degradation

How to Bring Realism into Your GNSS Testing with RF Record & Playback

From GSTB to OSNMA and on to G2G: Celebrating 20 Years of Galileo Development

Implementing Resilient PNT in the Real World: How to Choose a Test Methodology 

Preparing for Resilient PNT Standards: Conducting a PNT Vulnerability and Risk Assessment

Spirent Introduces GLONASS CDMA Signals into its Market-leading GNSS Simulators

Implementing Resilient PNT in the Real World: The Challenges of Standardisation

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

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

What’s the Difference Between GNSS and GPS?

EB Paving the Way to Secure SD-WAN 

Evolution of Secure SD-WAN

Grid lines

z-axis buildings combined

MCD00472 Issue 1-00 Integrating a GNSS Receiver Test Plan

Marc Cohn

SASE and ZT blog hero

William Chan headshot

SB-Spirent-Managed-Solutions-MEF

911 and the Trouble with the Z-Axis_hero

ebook-GNSS-Receiver-570x321

Assure device performance for 5G global industry standards with the optimal solution for automated testing of mobile devices and chipsets. 

Spirent's 8100 automated 5G testing system automates testing of mobile devices and chipsets for conformance, certification, and operator acceptance.

5G Testing - Mobile Device Test System

Assure device performance for new 5G global industry standards 

8100 Mobile Device Test Solution

Automated Device Lab Testing | 8100 

GNSS test engineers can use simulators to create a realistic test environment – but how does the performance of the test equipment affect that aim?

GNSS test engineers use simulators to create a realistic test environment – but what does that mean in practice, and which factors can affect test realism?

Senior Product Manager

William Chan

Secure Access Secure Edge (SASE) and Zero Trust (ZT) represent a critical evolutionary step for ensuring holistic SD-WAN security in the post-Covid multi-cloud environment – ‘Secure SD-WAN.’ Learn why a comprehensive test and validation strategy is essential to ensure Secure SD-WAN’s promise of being the ‘on-ramp of choice to the cloud’ for a growing number of enterprises.

SASE and ZT are critical for holistic SD-WAN security in the post-Covid multi-cloud environment. A next-gen test strategy is required to achieve Secure SD-WAN.

SASE and ZT: SD-WAN’s New Normal for Security

New Spirent eBook sets out how to create a test plan for selecting and integrating a GNSS receiver.

Director, Marketing & Technical Strategy, Virtualization

Secure Access Secure Edge (SASE) represents an evolutionary step for SD-WAN vendors to enhance SD-WAN security in the multi-cloud environment. Learn why a comprehensive test and validation strategy is essential to manage SD-WAN security effectively.

Tame the risks of SD-WAN: SD-WAN’s security evolution must incorporate SASE and the comprehensive test and validation strategies that support it.

Evolving SD-WAN Security and SASE Architecture

SD-WAN’s security evolution must incorporate SASE and the next-gen test and assurance strategies that support it.

Taming the Risks of SD-WAN: Evolving SD-WAN Security and SASE Architecture

SD‑WAN is quickly evolving from upholding physical on-premises connectivity to becoming cloud-centric. This was accelerated by the Covid pandemic, where remote work became widespread, and redefined networking in the process. This disruption resulted in more sophisticated threats, which in turn has elevated the urgency and importance of holistic security. 

Spirent has developed a three-step testing strategy guideline to help manage Secure SD-WAN complexity, ensure comprehensive security, and help realize the full potential of the technology while controlling costs.

Paving the Way to Secure SD‑WAN

Creating a realistic test environment is essential for understanding the receiver’s likely behaviour in real-world adversarial conditions.

Spoofing and other vulnerabilities testing is critical for GNSS-enabled technology. Find out how improved realism through Spirent's Standpoint can enhance your PNT testing.

The certification differentiates market leaders, validates MSP and vendor claims and enables multi-vendor SD-WAN.

Spirent Managed Solutions - MEF Certification as a Service for SD-WAN

Intermodulation Distortion (IMD) is an issue that 5G operators, device manufacturers, and consumers must not ignore when it comes to accurate positioning.

IMD interference is generated by LTE and 5G working simultaneously and can impact location-based applications. Spirent is working with operators to identify and manage this issue.

Why Is My Uber Driver Waiting for Me Two Blocks Away?

Today, 80% of the 240 million 911 calls made annually are from mobile phones. Unfortunately, vertical positioning (Z-axis) data to help locate callers in multi-level structures has tended to be missing or inaccurate. Learn how testing and measurement suites are used to validate data sent to 911 including Z-axis accuracy.

When a 911 call comes in from a mobile device, providing vertical location data, or z-axis, is more difficult than first realized and the FCC is putting onus on carriers to provide accurate data. 

911 and the Trouble with the Z-Axis

A comprehensive guide for GNSS receiver integrators


A guide for PNT product designers and developers on building a GNSS test plan for an integrated GNSS receiver. Learn what and how to test a GNSS receiver throughout product development. Get your GNSS test plan checklist in this eBook.

Integrating a GNSS Receiver

Grid Lines

The FCC issued deadlines for carrier compliance to improve Z-axis location accuracy for all wireless 911 calls. This now includes the top 50 cellular market areas (CMAs) in the U.S, where the nationwide carriers must comply or face significant fines. Learn the proven Z-axis vendor-neutral test methodology to comply with the FCC’s requirements before the deadline.

FCC deadline to improve Z-axis location accuracy of wireless 911 calls includes top 50 U.S. cellular market areas. Proven test methodology is needed to comply.

The Urgency and Importance of National Z-Axis Testing

Known to some as “The Wild West of SD-WAN,” Spirent has identified a set of best practices to tame the complexity of SD-WAN. Learn the essentials of managing SD-WAN complexity with a comprehensive test and validation strategy. 

Learn best practices and essentials of managing SD-WAN complexity with a comprehensive test and validation strategy. 

SD-WAN is Complex. Here's How to Tame It.

Learn the essentials of managing SD-WAN complexity with a comprehensive test and validation strategy. 

How to Tame SD-WAN Complexity

SD-WAN adoption is accelerating. Is security keeping pace? Take a closer look at these three key considerations so you can move to SD-WAN while maintaining peace of mind.

SD-WAN adoption is accelerating. Is security keeping pace? Consider these three key considerations so you can move to SD-WAN while maintaining peace of mind.

Three Questions to Ask About SD-WAN Security

Thought leadership from our in-house experts on subjects related to 5G assurance, PNT, open RAN, GNSS and more.

Spirent Blog

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