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What is Galileo? An Introduction to Europe's Answer to GPS

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Blog - Staying ahead with the latest ICDs

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Blog - Recent GPS and Galileo issues provide new test cases for receiver developers

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Blog - Selective Availability: A Bad Memory for GPS Developers and Users

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

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What is Galileo

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GNSS for Spinning Launch Vehicles: How Fraunhofer IIS Is Advancing Spaceborne PNT with Spirent Simulation

What Is GNSS Jamming? Understanding Its Impact and How to Prepare

What is GPS/GNSS Spoofing?

What is a CRPA (Controlled Reception Pattern Antenna)?

What is LEO (Low Earth Orbit)?

Hope for the best, prepare for the worst: Accelerated development is key to defense readiness

China’s new automotive GNSS technical standard: get ready for conformance testing

NAVWAR Challenges: What Developers Need to Know for Resilient PNT Systems

Testing Infinity: PNT testing for high-performance developers

What Is NAVWAR and How Does it Differ from Electronic Warfare?

What’s the Difference Between GNSS and PNT?

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

What’s the Difference Between GNSS and GPS?

Recent GPS and Galileo issues provide new test cases for receiver developers

Staying ahead with the latest ICDs

Selective Availability: A Bad Memory for GPS Developers and Users

What is Galileo? An Introduction to Europe’s Answer to GPS

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Spirent testing strategy for-financial enterprises

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Automation Strategies to Avoid Finance’s Next Major Meltdown

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Stephen Douglas

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市場戦略統括

As the world grows increasingly dependent on Wi-Fi connectivity, it needs a better way to test the performance of new network infrastructure. Here’s why emulation is the answer.


The Better Way to Test Wi-Fi Network Performance

 As the world grows increasingly dependent on Wi-Fi connectivity, it needs a better way to test the performance of new network infrastructure. Here’s why emulation is the answer.

Wi-Fi 7 is redefining wireless connectivity—not just by boosting speed, but by enabling reliable, whole-home coverage through advanced mesh networking.

Testing Wi-Fi 7 Mesh Networks

Testing Wi-Fi 7 Mesh Networks: Ensuring Whole-Home Reliability in the Next Wireless Era

Test lab power conservation solutions leveraging next-generation automation best practices and technologies also deliver broader benefits and efficiencies which relate to test team productivity, time to market, and a broad scope of Opex and Capex costs.  

Test lab power conservation solutions leveraging next-generation automation can deliver broader benefits in test team productivity, and Opex and Capex costs.

The Rising Need for 5G Test Lab Power Conservation

The Rising Need for 5G Test Lab Power Conservation Solutions

Large enterprises face challenges related to complexity, cost, productivity, and regulatory compliance. Many recognize the critical need to modernize their test labs to automate manual processes, incorporate historical analysis, and facilitate regression testing. The latest transformation strategies provide opportunities to streamline operations, reducing lab testing timelines from months to hours

Large enterprises face challenges related to complexity, cost, productivity, and regulatory compliance.

How Modern Test Labs Cut Cost and Complexity

Keeping pace with the complex demands of 5G Core deployments is essential for long-term success. Learn how rethinking testing with the right test automation strategy can be a deciding factor in that pursuit.

The right test automation strategy can be a deciding factor in the pursuit of long-term success in 5G Core deployments.

5G Network Deployments and Automated Testing

For long-term success, the complex demands of 5G Core deployments often require rethinking test and validation with the right test automation strategy.

Achieving Optimal 5G Deployments with Next-Gen Testing Strategies

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Emerging realities in cloud have fundamentally changed the technology lifecycle, where testing complexity has increased between 10 to 50X. A lab-to-live testing approach powered by automation is now required for today’s cloud environments. Insights into this new approach are discussed, supported by a test guide covering lab-to-live testing for cloud-based networks and services.

Emerging realities in cloud environment now require lab-to-live testing approach, powered by automation. Insights into this new test approach are discussed.

Addressing Complex Requirements of Lab-to-Live Testing

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

Senior Marketing Manager

Patrick Barry

Patrick Barry of Spirent

Principal Product Manager, Spirent

As Wi-Fi client devices become more complex and performance expectations soar, Spirent is simplifying over-the-air testing with the industry’s first fully automated Wi-Fi device validation solution for Octobox testbeds.

Expand Wi-Fi Device Testing

Expand Wi-Fi Device Testing, Automate Manual Effort with Octobox STA Software

Grid Lines

Financial enterprises are pushed to test more complex systems, faster than ever, while facing multiple regulatory compliance requirements that must be fulfilled multiple times per year. For many, their current state of testing simply can’t keep up. To address these challenges, a test lab modernization and automation strategy is key to addressing objectives and requirements in the financial sector.

A test lab modernization and automation strategy is key to addressing complex objectives and requirements in the financial sector.

Test Lab Modernization Trends for Financial Enterprises

The growing number of regulatory compliance requirements mandate BFSI institutions conduct annual – some biannual – operational resilience testing to ensure ICT systems can withstand cyberattacks and disruptions. Traditional manual testing can’t do the job anymore.

The growing number of regulatory compliance requirements mandate BFSI institutions conduct annual – some biannual – operational resilience testing to ensure ICT systems can withstand cyberattacks and disruptions. 

Automation Strategies to Avoid Finance’s Major Meltdown

Test, assurance, and automation thought leadership from our in-house experts.

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