Company 

Solutions

Resources

Contact + Support

Global Footer

Products + Services

Partners

Company

Events

Support

TALK TO AN EXPERT

Global menu to display on top of all pages

Global Header

中文网站

日本語ウェブサイト

 대한민국

English

Global Language

Cookies

Website Privacy

Terms & Conditions

Modern Slavery Act & California Supply Chains Act Statement

Sitemap

Global sub-footer

sc-mia-swain

sc-Ricardo-Verdeguer-Moreno

Ajay Vemuru

BVLOS vs BLOS for UAS and drone operations_hero

GNSS Forecasting Proven to Improve Position Accuracy in Deep Urban Environments_hero

sc-Will-Thornton

Drone Operators Must Address the Risk of GPS Degradation_hero

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

Growing Reliance on PNT Creates New Opportunities for the Commercial Sector in 2023_hero

Integrating a GNSS Receiver into a Product_hero

Maximum-realism hero

Cyril Botteron

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

PNT latency_hero

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

Esther Anyaegbu

Martin Foulger

Solving LEO orbit modelling challenges_hero

Low Earth Orbit Test Challenges and Considerations_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

sc-romain-zimmermann

Jeremy Bennington

Jan Ackermann

PNT-Academia hero

Integrating Spirent GNSS Simulators with NI LabVIEW hero

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

Mia Swain

CPhys, FRIN,  Product Manager – GNSS Vulnerabilities 

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

Ricardo Verdeguer Moreno

Senior Staff Systems Engineer

CEO and Co-Founder, SpacePNT

PNT academia_hero

Director of Product Management and Business Development

Martin Foulger Social

General Manager, Positioning 

Martin Foulger 

Martin Foulger is the General Manager of Spirent’s Position, Navigation and Timing (PNT) Division.

Martin Foulger, General Manager, Positioning

Latency: What It Is and How It Can Affect Your PNT Test Environment

Building the Future of Resilient PNT Technologies with the Spirent Academia Program

Positioning, Navigation and Timing in Low Earth Orbit: Test Challenges and Considerations

Growing Reliance on PNT Creates New Opportunities for the Commercial Sector in 2023

GNSS Forecasting Proven to Improve Position Accuracy in Deep Urban Environments

Solving LEO Orbit Modelling Challenges

Integrating Spirent GNSS Simulators with NI LabVIEW

Positioning, Navigation and Timing in Low Earth Orbit

Positioning, Navigation and Timing in a Connected and Automated World

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

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

2022 Device Threat Report 

2023 5G Report hero

Grid lines

device threat hero

5G-Report-Market-Adaption

Spirent 2023 5G Report 

Sameer Dixit

Stephen Douglas

Head of Market Strategy

Low Earth Orbit (LEO) constellations promise to revolutionise communications. Understanding and addressing the specific challenges of LEO orbits is a critical step in accelerating this development.

2023 5G Report blog_hero

Enterprise security management was never easy. But now a confluence of new realities is making it harder than ever to keep a step ahead of bad actors. Learn about the latest community efforts to level the security testing playing field.

It’s Time for Unbiased Security Device Testing

5G is finding its groove and not a moment too soon. There is pressure to produce revenue growth. An eye on restraining and even lowering costs wherever possible. Impatience for delivery on promises. Most importantly, there is substantial progress on a number of fronts.

The Spirent 2023 5G Report

Spirent SecurityLabs’ extensive experience in testing a range of environments combined with Spirent’s industry-leading expertise in device penetration testing, offer an overview of the top device threats of 2022 in a detailed report highlighting the potential impact of these vulnerabilities.

Spirent SecurityLabs Identifies the top device threats of 2022 and provides a report with further details.

Identifying the Top Device Threats of 2022

Those envisioning 6G see a dynamic fusion of interactivity between physical, digital, and biological worlds, at greatly accelerated speeds. The path to achieving that, however, is not yet clearly defined. Learn about the 5G validation strategies that should be in place now to make 6G possible for the future.

6G will be a fusion between the physical, digital, and biological worlds. But 5G service validation strategies will need to be in place to make 6G possible.

Future 6G Service Validation, 5G Validation Strategies

6G’s planned robust interactivity between physical, digital, and biological worlds requires strong validation 5G strategies to be in place to make 6G possible.

It’s Not Too Early to Keep Ahead of 6G Complexity

Designing PNT systems for LEO constellations and equipment poses many challenges. A webinar from Spirent and Inside GNSS outlines some key test considerations.

This report showcases the widespread threats a range of organizations face with IoT (Internet of Things) devices, and cites the top threats discovered in 2022 by Spirent SecurityLabs. These vulnerabilities were identified with state-of-the-art testing programs and validated by their extensive industry-recognized experience and credentialed certifications in security testing. 

Spirent SecurityLabs’ years of experience in testing a range of environments, along with Spirent’s industry-leading expertise and certifications in device penetration testing, offer an overview of 2022’s top device vulnerabilities.

2022 Device Threat Report

From a wide range of bespoke tailored use cases, to large enterprises for mission-critical applications – with an eye on the long-term needs of smaller enterprises – the prospect of 5G private networks raises numerous planning and technology questions. Knowing them ahead of time and aligning the right testing approach to answer those questions helps shape an informed strategy for solution success.

The wide range of prospective use cases with 5G private networks raises planning and technology questions demanding the right testing approach to answer them.

Scoping Out the Road Ahead for 5G Private Networks

Comprehensive, end-to-end security assessment and validation services.

Security penetration testing and monitoring consulting services for web applications, mobile, network and wireless.


End-to-End Cybersecurity Services - SecurityLabs

Find and fix vulnerabilities through expert remediation guidance

SecurityLabs

New insights drawn from 800 new 5G engagements in 2022 cover the range of key industry developments. The report examines cloud-native, automation from lab to live network, private networks, with cloud and core challenges. 5G developments in different geographies, along with the hot trends and tech advancements, including next-gen mobile, Open RAN, non-terrestrial networks, and more, are covered.

Spirent’s 2023 5G Report cites new trends and developments about 5G’s key advancements, with forecasts for this pivotal technology’s future.

Spirent’s 2023 5G Report Reveals Trends Driving Global Race to Revenue

A session border controller (SBC) manages authorized sessions to pass through the connection point or border. When carriers need to evaluate the SBC deployed in their environment, penetration testing consists of multiple phases. Learn more and read the case study.

Carriers employ penetration testing to evaluate session border controllers in their environments so only authorized sessions pass through the connection point.

Identifying High-Severity Issues in a Deployed Session Border Controller

Low earth orbit (LEO) satellite constellations are promising to revolutionize communications. But building a high-performance LEO service presents a significant challenge.

As adoptions of 5G standalone core pick up speed, it is critical that a continuous security testing strategy be part of your plan, from the earliest stages of development. It’s essential to 5G’s success and paves the way for 6G.

As 5G standalone core adoptions increase, a continuous security testing strategy must be part of the earliest development stages. It’s critical to 5G’s success.

5G Standalone Core’s Foundational Role for New Telecom 

As organizations seek to grow their business, the information they have access to grows as well. Meanwhile, increasing demands around data security put even more importance on having a proactive security solution in place.

Enterprises have increasing demands around data security, which has put even more importance on having a proactive security solution.

How Enterprises are Securing Sensitive Information

How Corporations Can Take Control by Securing Sensitive Information

VP, Security Consulting

As our skies become more populated with Low Earth Orbit (LEO) satellites, what technical considerations exist for their design and testing?

 This webinar covers technical considerations for design & testing of Low Earth Orbit (LEO) satellites. Learn how to utilize GNSS signals in LEO, design GNSS receivers for space & build a lab test environment for LEO constellations from Spirent & SpacePNT.

Spirent Blog

92 BLOG ARTICLES FOUND