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Catchpoint Blog

SRE Report: AI optimism and the economics of effort SRE Report: Why fast is what users trust SRE Report 2026: What surprised us, what didn't, and why the gaps matter most The SRE Report 2026: Defensible Ns Why Synthetic Tracing Delivers Better Data, Not Just More Data A New Chapter: LogicMonitor + Catchpoint – A Personal Note from Mehdi Mezmo + Catchpoint deliver observability SREs can rely on The four pillars holding up your digital business, and what happens when they crumble When payments pause: lessons from a global payments outage Observability 2025 Decoded: What the DZone Report Means for SLO-Driven Ops The next evolution of WebPageTest has arrived, and it’s a game-changer The Monitoring Blind Spot That Could Cost You Black Friday Powering Mexico’s Digital Future: Expanded Internet Observability with Catchpoint The Next Chapter of WebPageTest: Your New Experience Starts Soon SRE Report Retrospectives — Have AIOps Predictions Held Up? When BGP becomes UX: The inside story of a SaaS routing decision gone wrong (or right) Session Replay explained: A guide to seeing digital experience through your user’s eyes Making the invisible visible: Are your cloud firewalls and DDoS protection really working? Why it’s time to move beyond APM: Monitoring from the user’s perspective When metrics mislead: Inside the 2025 Retail Web Performance Benchmark LLMs don’t stand still: How to monitor and trust the models powering your AI Semantic Caching: What We Measured, Why It Matters The Annual SRE Survey Is Open—We Want to Hear from You Observability isn’t about the tool. It’s about the truth Invisible dependencies, visible impact: Lessons from the Google Cloud outage Real-time detection of BGP blackholing and prefix hijacks Leading analyst firm reveals the real cost of internet disruptions The Power of Over 3000 Intelligent Observability Agents Monitoring in the Age of Complexity: 5 Assumptions CIOs Need to Rethink Why Intelligent Traffic Steering is Critical for Performance and Cost Optimization Retail digital performance event recap: Key insights from IBM & Catchpoint Zendesk outage: A case for proactive monitoring and faster incident response Silence during chaos: Why the X outage is a call to arms for proactive monitoring The $1 Million Lesson: Building a Culture of Quality Through SLAs When AI tools fail: How to map your AI dependencies for proactive visibility Why Super Bowl 2025 was a triumph for Internet Resilience Why Internet Performance Monitoring is the new health check for IT organizations Why use Playwright in Catchpoint for synthetic monitoring Introducing WebPageTest Expert Plan: Real-Time Insights, Synthetic + RUM together in One Platform The shift to digital: How businesses are reshaping their priorities for 2025 The SRE Report 2025's Call to Action Monitoring in the Age of the Internet: DEM, IPM, and APM—What You Need to Know SSL Monitoring, Trust, and McLOVIN Performing for the holidays: Look beyond uptime for season sales success Lessons from Microsoft’s office 365 Outage: The Importance of third-party monitoring Web Performance Experts Look into the Future of Web Performance The hidden challenges of Internet Resilience: Key insights from 2024 report When SSL Issues aren’t just about SSL: A deep dive into the TIBCO Mashery outage The curious case of Marriott and the untold impact of web performance on revenue Preparing for the unexpected: Lessons from the AJIO and Jio Outage It’s time to stop neglecting the elephant in the room: Performance Matters! The Need for Speed: Highlights from IBM and Catchpoint’s Global DNS Performance Study Learnings from ServiceNow’s Proactive Response to a Network Breakdown Webinar Recap: Taking Web Performance to the Next Level Use the Catchpoint Terraform Provider in your CI/CD workflows Is the Internet ready for L4S? Takeaways from the CrowdStrike outage: third-parties can pose risk July 19th global IT outage reminds us of digital complexity 5 Actions you can take to improve digital performance 2024: A banner year for Internet Resilience APM vs Observability: Both-and, not either-or AppAssure: Ensuring the resilience of your Tier-1 applications just became easier APM vs observability: why your definitions are broken APM vs Observability: What comes next? APM vs Observability: Observing beyond APM Achieving stability with agility in your CI/CD pipeline AWS Outage: How do you prepare for the failure of your own safety net? Agentic AI: Powerful But Fragile—What You Need to Know Catch frustration before it costs you: New tools for a better user experience Catchpoint Expands Observability Network to Barcelona: A Growing Internet Hub Catchpoint Peak Performance Summit 2025: Redefining Observability for the Outcome Economy Catchpoint named a leader in the 2024 Gartner® Magic Quadrant™ for Digital Experience Monitoring Consolidation and Modernization in Enterprise Observability Connected Devices: Unlocking the next frontier of Internet Performance Monitoring Cloud Monitoring's Blind Spot: The User Perspective Cloudflare’s Resolver Outage: More Than Just DNS Cloudflare outage: another wake-up call for resilience planning Demystifying API Monitoring and Testing with IPM Creating the IPM Category: Catchpoint’s Journey to Leadership and the LogicMonitor Era Critical Requirements for Modern API Monitoring Customer Survey 2024: Unveiling insights and impact Did Delta's slow web performance signal trouble before CrowdStrike? Diagnosing Wi-Fi failures that traditional tools miss: a case study DNS misconfiguration can happen to anyone - the question is how fast can you detect it? ECN explained: Navigate congestion for faster, smoother data delivery Don’t get caught in the dark: Lessons from a Lumen & AWS micro-outage Escalating risk, shrinking margins: The 2025 Internet Resilience Report From refresh to results: the metrics that shaped Election Day 2024 coverage Fast and furious: The importance of performance in the digital age Getting Started with Traceroute From the source to the edge: the six agent types you can’t ignore From SEO to AEO: Why Web Performance Is the Key to AI Search Success Going for gold: Testing the resilience of Olympic websites Here’s the proof: What the fastest sites on the web have in common Google’s Agent-to-Agent (A2A) Protocol is here—Now Let’s Make it Observable How IPM helped a top tech brand catch an OpenAI outage before it became a crisis How AI Turns Monitoring From “What Now?” Into “What’s Next?” How SAP achieved world-class uptime through modern observability How to Monitor AI Agents in Commerce Systems
The vendor trap: why your next outage won’t be your fault—but will be your problem
2025-08-28 · via Catchpoint Blog

in this blog post

Today’s enterprises don’t run on singular self-contained systems—they’re intricate webs of interdependence: cloud services, APIs, CI/CD tools, DNS, CDNs, SASE vendors, identity management providers, cloud interconnects, ISPs, SaaS applications, application components, microservices, etc. A recent industry survey found that 84% of organizations suffered operational disruption from third-party risk incidents, with 66% facing adverse financial impact.  

This isn’t just about vendor contracts anymore; it’s about operational survival in an architecture where failures cascade through invisible dependency chains.

For SREs and CIOs, the challenge has shifted: you’re no longer just managing your infrastructure—you’re managing an ecosystem. Every external dependency is both a capability multiplier and a potential single point of failure.

How does vendor mismanagement create engineering overhead?

Google defines toil as “work tied to running a production service that tends to be manual, repetitive, automatable, tactical, devoid of enduring value, and that scales linearly as a service grows.”  

Vendor-related tasks—such as manually verifying external dependencies, coordinating incident triage, and validating SLA claims—can contribute significantly to operational toil in modern environments.

Hidden operational tax from vendor mismanagement includes:

  • Manual vendor performance validation that scales with each new service integration
  • Reactive incident response when micro-outages cascade through dependency chains
  • Time-consuming root cause analysis across organizational boundaries

SRE teams report spending up to 50% of their time on operational tasks, with vendor-related incidents consuming an increasing share. Breaking this cycle requires observability that spans the entire Internet Stack.

A blue and purple chart with iconsAI-generated content may be incorrect.

The layers of the Internet Stack

The question then becomes: once you recognize vendor-related toil as a drag on engineering efficiency, what can you do about it? The next step is to evaluate vendors not just on their promises but on measurable trade-offs of cost, performance, and accountability.

Why is it important to identify the best-performing vendor for each part of your service delivery chain?

When choosing a cloud provider, a secure remote access platform, an ISP to support a remote office or any other vendor, you need objective data to weigh cost against performance.  

For example, a CDN provider may deliver median page load times of 520 ms in North America at an annual cost of $1 million, while a different vendor delivers 570 ms for $750,000. The latency difference is negligible, but the cost savings are substantial. You may decide to use two vendors or even take advantage of intelligent traffic steering.

You may find that your SASE vendor might not deliver an acceptable experience to your users in Europe and might need either a new SASE vendor or different vendors by region. And then you need to monitor continuously to ensure the SLA is maintained and the user experience is always what the business needs.

How does Internet Performance Monitoring (IPM) help with vendor selection?

Internet Performance Monitoring (IPM) provides proactive visibility into the entire Internet Stack—including third-party services, protocols, and network infrastructure—to diagnose and resolve issues affecting application performance and user experience. IPM starts with the user experience (customer, employee, or an API consuming a service) from the real-world location where the user is located.

Unlike Application Performance Monitoring (APM), which focuses on the application itself, IPM is designed to understand the context where an application lives, including internal networks and resources, cloud services, networking and connectivity, all the way to the user.  

Because one of the key differentiators of Catchpoint IPM is measuring performance from thousands of global vantage points across ISPs, clouds, and backbone providers, you can identify the most cost-effective vendor option in each region.  

Here are a few ways IPM can make vendor selection more data-driven and accountable:

  • Quantify latency vs. cost trade-offs using real-world measurements across regions
  • Validate ingress and egress paths to identify inefficient routes or costly egress charges
  • Hold vendors accountable by comparing promised SLAs with independent SLI data
  • Identify service issues, downtime, or any other incident, proactively, to be able to respond quickly

Catchpoint IPM can measure performance across on-premises, public, hybrid, and multi-cloud environments, helping you identify the most cost-effective option for the right global location.

To move from vendor selection into day-to-day accountability, teams need mechanisms to enforce performance commitments.

Holding vendors accountable with SLA monitoring

SLA service disputes can take a long time and lead to substantial financial payouts. Further, it can be hard to determine if the vendor or client has the strongest case without objective data. This ambiguity not only strains relationships but also poses a considerable financial burden on organizations.

IPM-powered SLA validation

  • Objective SLA validation: Use neutral, third-party data to verify service delivery
  • Efficient SLA monitoring: Track availability and performance SLIs against SLOs daily, weekly, and monthly
  • Customer complaint handling: Independently validate or invalidate complaints about digital experience issues from a trusted third party.
  • Long-term data retention: Keep historical data to compare year-over-year performance, resolve disputes quickly, and avoid lengthy legal battles

With independent observability, you can minimize legal expenses, reduce operational disruptions, and ensure SLA compliance.

According to the 2024 SRE Report, SLA breaches are both widespread and costly.  

A screenshot of a graphAI-generated content may be incorrect.

The impact of SLA breaches: The SRE Report 2024

Nearly a quarter of organizations admitted breaching contractual SLAs in the past year, while another 15% said they didn’t know. Even more striking, over a quarter of respondents could not quantify the financial impact of those breaches, reflecting a major visibility gap. Without independent monitoring, organizations risk both underestimating and underreporting the true business cost of SLA violations.

The same accountability issues that complicate SLA enforcement also vary dramatically by geography. This makes it essential to move beyond global averages and examine performance at the regional and even city level, where user impact is most directly felt.

Why regional performance variation matters


A global vendor’s reputation doesn’t guarantee local reliability. Time and again, our performance data reveals that even the largest cloud providers can show regional disparities in performance. Take the example below, which compares two major cloud providers’ latency by global region and by city. City-level analysis reveals “pockets of pain” invisible in global averages. 

A screenshot of a computer screenAI-generated content may be incorrect.

Side-by-side maps from the Catchpoint IPM portal showing latency variation by global region and city for two large cloud providers. One provider shows stronger performance in some regions while the other shows weaknesses, and both display a mix of strong and weak regions at the city level.

Side-by-side maps from the Catchpoint IPM portal showing latency variation by global region and city for two large cloud providers. One provider shows stronger performance in some regions while the other shows weaknesses, and both display a mix of strong and weak regions at the city level.

Key takeaways for IT teams:

  1. Performance varies by provider and region: No vendor is consistently strong everywhere.
  1. Global averages hide city-level issues: One city may have green performance, while another suffers outages.
  1. Single-vendor reliance is risky: Outages invisible at a global level can harm local user bases.
  1. Independent monitoring drives better choices: Regional insight enables smarter workload placement and SLA enforcement.
  1. Monitoring user experience from the cloud is useless. Your users have different resources, connectivity, and issues than a cloud hyperscaler datacenter.

If your business is truly global, choosing a vendor based solely on reputation or blanket SLAs is risky. Outages or latency issues that are “invisible” at the macro level can cause very real pain for specific user bases.

FAQs: IPM for Vendor management  

What challenges come with managing multiple vendors?
Different providers can vary in performance, reliability, and transparency. Without independent data, it’s difficult to compare them fairly or hold them accountable.

How does Catchpoint IPM support vendor selection and management?
IPM measures performance across the full Internet Stack, from cloud to ISP to end-user. This enables you to compare vendors objectively, validate SLAs, and make region-specific decisions based on real-world user experience.

Why not just rely on vendor dashboards?
Vendor-reported metrics typically reflect their own vantage points and may mask regional issues. Independent monitoring ensures neutrality and visibility into the actual experience of your customers and employees. With full visibility there is no finger pointing between vendors, or head scratching when a dashboard is all green but users still complain.

How can IPM help reduce costs?
By comparing performance and cost trade-offs across providers and regions, IPM helps identify where a slightly slower but significantly cheaper option won’t harm user experience, enabling smarter vendor spend.

What role does IPM play in preventing outages?
With thousands of vantage points worldwide, IPM can detect regional disruptions before they escalate, helping teams mitigate impact and maintain resilience.

Vendor management is an operational imperative

In today’s complex digital ecosystem, relying solely on vendor-reported metrics is no longer sufficient. Independent, continuous monitoring is essential for accountable vendor management, resilient operations, and consistent digital experiences.

Catchpoint empowers organizations with objective insights into vendor performance, SLA compliance, incident response, and regional reliability—helping SREs and CIOs make smarter decisions.

Dig deeper:

Summary

Today’s enterprises don’t run on singular self-contained systems—they’re intricate webs of interdependence: cloud services, APIs, CI/CD tools, DNS, CDNs, SASE vendors, identity management providers, cloud interconnects, ISPs, SaaS applications, application components, microservices, etc. A recent industry survey found that 84% of organizations suffered operational disruption from third-party risk incidents, with 66% facing adverse financial impact.  

This isn’t just about vendor contracts anymore; it’s about operational survival in an architecture where failures cascade through invisible dependency chains.

For SREs and CIOs, the challenge has shifted: you’re no longer just managing your infrastructure—you’re managing an ecosystem. Every external dependency is both a capability multiplier and a potential single point of failure.

How does vendor mismanagement create engineering overhead?

Google defines toil as “work tied to running a production service that tends to be manual, repetitive, automatable, tactical, devoid of enduring value, and that scales linearly as a service grows.”  

Vendor-related tasks—such as manually verifying external dependencies, coordinating incident triage, and validating SLA claims—can contribute significantly to operational toil in modern environments.

Hidden operational tax from vendor mismanagement includes:

  • Manual vendor performance validation that scales with each new service integration
  • Reactive incident response when micro-outages cascade through dependency chains
  • Time-consuming root cause analysis across organizational boundaries

SRE teams report spending up to 50% of their time on operational tasks, with vendor-related incidents consuming an increasing share. Breaking this cycle requires observability that spans the entire Internet Stack.

A blue and purple chart with iconsAI-generated content may be incorrect.

The layers of the Internet Stack

The question then becomes: once you recognize vendor-related toil as a drag on engineering efficiency, what can you do about it? The next step is to evaluate vendors not just on their promises but on measurable trade-offs of cost, performance, and accountability.

Why is it important to identify the best-performing vendor for each part of your service delivery chain?

When choosing a cloud provider, a secure remote access platform, an ISP to support a remote office or any other vendor, you need objective data to weigh cost against performance.  

For example, a CDN provider may deliver median page load times of 520 ms in North America at an annual cost of $1 million, while a different vendor delivers 570 ms for $750,000. The latency difference is negligible, but the cost savings are substantial. You may decide to use two vendors or even take advantage of intelligent traffic steering.

You may find that your SASE vendor might not deliver an acceptable experience to your users in Europe and might need either a new SASE vendor or different vendors by region. And then you need to monitor continuously to ensure the SLA is maintained and the user experience is always what the business needs.

How does Internet Performance Monitoring (IPM) help with vendor selection?

Internet Performance Monitoring (IPM) provides proactive visibility into the entire Internet Stack—including third-party services, protocols, and network infrastructure—to diagnose and resolve issues affecting application performance and user experience. IPM starts with the user experience (customer, employee, or an API consuming a service) from the real-world location where the user is located.

Unlike Application Performance Monitoring (APM), which focuses on the application itself, IPM is designed to understand the context where an application lives, including internal networks and resources, cloud services, networking and connectivity, all the way to the user.  

Because one of the key differentiators of Catchpoint IPM is measuring performance from thousands of global vantage points across ISPs, clouds, and backbone providers, you can identify the most cost-effective vendor option in each region.  

Here are a few ways IPM can make vendor selection more data-driven and accountable:

  • Quantify latency vs. cost trade-offs using real-world measurements across regions
  • Validate ingress and egress paths to identify inefficient routes or costly egress charges
  • Hold vendors accountable by comparing promised SLAs with independent SLI data
  • Identify service issues, downtime, or any other incident, proactively, to be able to respond quickly

Catchpoint IPM can measure performance across on-premises, public, hybrid, and multi-cloud environments, helping you identify the most cost-effective option for the right global location.

To move from vendor selection into day-to-day accountability, teams need mechanisms to enforce performance commitments.

Holding vendors accountable with SLA monitoring

SLA service disputes can take a long time and lead to substantial financial payouts. Further, it can be hard to determine if the vendor or client has the strongest case without objective data. This ambiguity not only strains relationships but also poses a considerable financial burden on organizations.

IPM-powered SLA validation

  • Objective SLA validation: Use neutral, third-party data to verify service delivery
  • Efficient SLA monitoring: Track availability and performance SLIs against SLOs daily, weekly, and monthly
  • Customer complaint handling: Independently validate or invalidate complaints about digital experience issues from a trusted third party.
  • Long-term data retention: Keep historical data to compare year-over-year performance, resolve disputes quickly, and avoid lengthy legal battles

With independent observability, you can minimize legal expenses, reduce operational disruptions, and ensure SLA compliance.

According to the 2024 SRE Report, SLA breaches are both widespread and costly.  

A screenshot of a graphAI-generated content may be incorrect.

The impact of SLA breaches: The SRE Report 2024

Nearly a quarter of organizations admitted breaching contractual SLAs in the past year, while another 15% said they didn’t know. Even more striking, over a quarter of respondents could not quantify the financial impact of those breaches, reflecting a major visibility gap. Without independent monitoring, organizations risk both underestimating and underreporting the true business cost of SLA violations.

The same accountability issues that complicate SLA enforcement also vary dramatically by geography. This makes it essential to move beyond global averages and examine performance at the regional and even city level, where user impact is most directly felt.

Why regional performance variation matters


A global vendor’s reputation doesn’t guarantee local reliability. Time and again, our performance data reveals that even the largest cloud providers can show regional disparities in performance. Take the example below, which compares two major cloud providers’ latency by global region and by city. City-level analysis reveals “pockets of pain” invisible in global averages. 

A screenshot of a computer screenAI-generated content may be incorrect.

Side-by-side maps from the Catchpoint IPM portal showing latency variation by global region and city for two large cloud providers. One provider shows stronger performance in some regions while the other shows weaknesses, and both display a mix of strong and weak regions at the city level.

Side-by-side maps from the Catchpoint IPM portal showing latency variation by global region and city for two large cloud providers. One provider shows stronger performance in some regions while the other shows weaknesses, and both display a mix of strong and weak regions at the city level.

Key takeaways for IT teams:

  1. Performance varies by provider and region: No vendor is consistently strong everywhere.
  1. Global averages hide city-level issues: One city may have green performance, while another suffers outages.
  1. Single-vendor reliance is risky: Outages invisible at a global level can harm local user bases.
  1. Independent monitoring drives better choices: Regional insight enables smarter workload placement and SLA enforcement.
  1. Monitoring user experience from the cloud is useless. Your users have different resources, connectivity, and issues than a cloud hyperscaler datacenter.

If your business is truly global, choosing a vendor based solely on reputation or blanket SLAs is risky. Outages or latency issues that are “invisible” at the macro level can cause very real pain for specific user bases.

FAQs: IPM for Vendor management  

What challenges come with managing multiple vendors?
Different providers can vary in performance, reliability, and transparency. Without independent data, it’s difficult to compare them fairly or hold them accountable.

How does Catchpoint IPM support vendor selection and management?
IPM measures performance across the full Internet Stack, from cloud to ISP to end-user. This enables you to compare vendors objectively, validate SLAs, and make region-specific decisions based on real-world user experience.

Why not just rely on vendor dashboards?
Vendor-reported metrics typically reflect their own vantage points and may mask regional issues. Independent monitoring ensures neutrality and visibility into the actual experience of your customers and employees. With full visibility there is no finger pointing between vendors, or head scratching when a dashboard is all green but users still complain.

How can IPM help reduce costs?
By comparing performance and cost trade-offs across providers and regions, IPM helps identify where a slightly slower but significantly cheaper option won’t harm user experience, enabling smarter vendor spend.

What role does IPM play in preventing outages?
With thousands of vantage points worldwide, IPM can detect regional disruptions before they escalate, helping teams mitigate impact and maintain resilience.

Vendor management is an operational imperative

In today’s complex digital ecosystem, relying solely on vendor-reported metrics is no longer sufficient. Independent, continuous monitoring is essential for accountable vendor management, resilient operations, and consistent digital experiences.

Catchpoint empowers organizations with objective insights into vendor performance, SLA compliance, incident response, and regional reliability—helping SREs and CIOs make smarter decisions.

Dig deeper:

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