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5G Advanced Channel Modeling Brings Real-World Operating Conditions into the Lab_hero

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Rethinking Testing CICD Without CT hero

How Defense Teams Ensure a Seamless Move from 5G Research to Deployment_hero

New Technology Disruption Requires Reinvention of Testing for the 5G Cloud_hero

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Unlocking the Power and Flexibility of 5G Core Networks for Defense_hero

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911 and the Trouble with the Z-Axis_hero

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Exploring 5G’s Power and Promise to Optimize Resilient Defense Communications hero

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Addressing the Complex Requirements of Lab-to-Live Testing for Cloud-Based Networks and Services

Identifying the Top Device Threats of 2022

Can Emerging AI Services Stand Up to Outsized Expectations and Demand?

Automating Cloud-Native 5G from Release to Production

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

New Technology Disruption Requires Reinvention of Testing for the 5G Cloud

5G Advanced Channel Modeling Brings Real-World Operating Conditions into the Lab

Wi-Fi 7 Is on the Horizon with New Testing Implications

Why O-RAN’s Success Depends on the RU’s Ability to Perform High-Performance Real-Time Signal Processing

Sorting Technical and Commercial Challenges as Satellite Use Cases Span New Horizons

Rethinking Testing: You Can’t Have CI/CD Without CT

How Defense Teams Ensure a Seamless Move from 5G Research to Deployment

Test Lab Power Conservation Strategies 101

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

Resident Engineers – The Ace in the Hole

911 and the Trouble with the Z-Axis

Unlocking the Power and Flexibility of 5G Core Networks for Defense

Will Test and Assurance at the Edge Mean the End of "Laggy" Gaming?

Exploring 5G’s Power and Promise to Optimize Resilient Defense Communications

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

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Spirent Wi-Fi Testing eBook

SASE-Distributed SASE

Mia Swain

Between existing and emerging use cases, the demand for reliable Wi-Fi isn’t going away. Learn why Wi-Fi testing today is critical for tomorrow’s wireless world.

Wi-Fi Testing Today Is Critical for Tomorrow’s Wireless World

While Secure Access Service Edge (SASE) offers compelling advantages for emerging virtualized, cloud-native infrastructure, distributed applications, dissolving network perimeters, edge-based networks, and remote work, it increases the complexity of testing, creating new risks.

By migrating security functions to the cloud, SASE introduces new challenges in security and performance testing. 

This paper provides a brief overview of those challenges, along with requirements for effective SASE and Zero Trust validation, use cases, quantifiable business results and related testing strategies.


SASE introduces new challenges in security & performance testing, learn about strategies for effective SASE and Zero Trust validation.

Security and Performance Testing for SASE and Zero Trust

New challenges on the road to distributed network security

Satellite broadband products and services are expected to generate over $200 billion in annual service revenue by 2030, serving more than 350 million direct satellite-to-device subscribers. New Low Earth Orbit (LEO) satellite systems will provide connectivity where none exists, supporting the underserved and remote use cases. This brings new challenges of complexity that must be tested.  

Low Earth Orbit satellites provide connectivity where none exists, supporting the underserved and remote use cases, bringing complexities that must be tested.

Make sure your SASE and SD-WAN products work exactly as expected―in the lab and across the live network. Only through comprehensive testing can you validate Quality of Service in a multi-vendor, multi-domain environment, including the public cloud.

New Spirent research on network active assurance testing explains where market excitement ends, and business realities begin.

Active Assurance, Active Assurance Testing

Enterprise Customers Need SASE. Are You Ready to Deliver?

More industries are using CubeSats for communications and data services, with many containing GPS/GNSS receivers for orbit determination and timekeeping.

As commercial CubeSat use matures, onboard GNSS receiver performance must be thoroughly tested using simulation.

Why A GNSS Simulator Test is Essential for CubeSat

Commercial CubeSat missions: why GNSS testing with a simulator is essential

Sr. Director of Product Management for Security Solutions

Sashi Jeyaretnam

High-performance use cases such as Work From Home, industrial IoT, telehealth and 4K streaming video are driving adoption of a new generation of Wi-Fi connectivity. These use cases come with high expectations even as the complexity of Wi-Fi networks and the interoperability challenges surge. How can service providers and vendors ensure Wi-Fi 6/6E and beyond deliver the performance their customers demand? They must thoroughly test new Wi-Fi products and services in controlled, repeatable conditions that mimic the real-world.

Wi-Fi ebook: Testing Wi-Fi for High Performance Use Cases. Advanced Wi-Fi testing needs to evolve to meet the challenges faced with the everchanging world of Wi-Fi networks and products.

Testing Wi-Fi for High Performance Use Cases

Testing Wi-Fi for High-Performance Use Cases

Learn how TaaS for Wi-Fi devices can support organizations that may not have their own labs or expertise to execute the range of performance tests the industry now requires.

Wi-Fi 6 Test as a Service Tackles Complexity with Ease

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.

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

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

Unsure of the difference between GNSS and GPS? Keep reading for a brief history and introduction.

Unsure of the difference between GNSS and GPS? Spirent offers a brief history and introduction.

GNSS vs GPS - What is the Difference?

A brief overview of the difference between GNSS and GPS

What’s the Difference Between GNSS and GPS?

Ensuring Wi-Fi performance for a superior customer experience.

Spirent's testing solutions help you design, develop, and deploy next-generation Wi-Fi products and networks quickly, efficiently, and with confidence.


Test as a Service for Wi-Fi Devices

Where Wi-Fi 6/6E represented a paradigm shift with associated testing requirements, Wi-Fi 7 promises to refine and expand Wi-Fi 6 functionality. This underscores the importance of having a smart testing strategy in place now to ensure a seamless evolution. Learn more about what’s coming with Wi-Fi 7.

Wi-Fi 7 builds on the functionality paradigm shift of Wi-Fi 6/6E, underscoring the need to have a smart testing strategy now, to ensure a seamless evolution. 

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

Positioning, Navigation and Timing in Low Earth Orbit

Consumers are leaning heavier on Wi-Fi to meet their connectivity needs, making comprehensive Wi-Fi network and device testing more important than ever.

How Automation Helps Wi-Fi 6 and 6E Deliver on Great Expectations

Using the Spirent GSS7000, Astrocast is able perform more efficient testing

Astrocast Selects Spirent GNSS Simulator to Boost Productivity on the Ground and in Space

By combining SASE and Zero Trust, you can consistently apply and enforce security performance policies across your entire network—and give consumers the security and performance they expect.


By combining SASE and Zero Trust, you can consistently apply and enforce security performance policies across your entire network--and give consumers the security and performance they expect.

SASE and Zero Trust: How to Get it Right

SASE and Zero Trust: Four Requirements to Get Beyond “Vision” and Get it Right

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SASE emerged in 2019 as a visionary security framework where security functions are hosted in the cloud to address security challenges resulting from the rapid transition to a remote, hybrid workforce – but not without challenges. Learn how to overcome these challenges and operationalize SASE network architectures and services running on these networks. 

SASE emerged in 2019 as a visionary security framework where security functions are hosted in the cloud to address security challenges resulting from the rapid transition to a remote, hybrid workforce.

Testing Challenges and Strategies for Successful SASE Deployments

Modern SASE, secured SD-WAN and application security architecture

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

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Spirent Blog

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