Nobody budgets for tracking QA

Ask a data science team what slows them down and you'll hear the usual suspects: messy data, unclear requirements, stakeholder whiplash. Fair enough. But there's another time sink that rarely gets mentioned because it doesn't feel like "real work" — manually verifying that analytics events actually fire correctly.

Every deploy cycle, someone on the team opens Chrome DevTools, clicks through a user flow, eyeballs the Network tab, and checks whether the right events showed up with the right payloads. It's tedious. It's error-prone. And it eats way more hours than anyone wants to admit.

The problem with silent failures

Here's what makes tracking QA particularly painful: when it breaks, nothing visibly breaks. The site works fine. Users don't complain. But behind the scenes, events stop firing, required fields go missing, data types shift from strings to numbers, and third-party pixels get quietly dropped.

You don't find out until someone pulls a report two weeks later and the numbers look wrong. By then, the data gap is permanent. You can't backfill events that never fired.

We talk to data teams regularly and the pattern is consistent:

• About half of tracking issues are events that simply stopped firing after a code change
• Another 40% are missing or malformed fields in the payload
• The remaining 10% are subtler — wrong data types, casing changes, format drift

None of these throw errors. None of them show up in monitoring dashboards. They just silently corrupt your data.

What manual QA actually costs

Let's be honest about the math. A site with 30+ tracked events across multiple regions, browsers, and environments creates thousands of combinations to check. No one checks all of them. Teams spot-check the important flows and hope for the best.

That looks something like this every release cycle:

1. Open DevTools on the target page
2. Click through the flow (product view, add to cart, checkout)
3. Search the Network tab for the right request
4. Manually inspect each payload field
5. Screenshot as evidence
6. Cross-reference with whatever analytics platform you're using
7. Repeat for every region and browser combination you have time for
8. File a ticket if something looks off

Realistically, this takes 2-4 hours per validation cycle. And because it's manual, coverage sits around 30% at best. The other 70% is trust and luck.

Here's the part that stings: every hour spent in DevTools is an hour not spent on actual analysis. Data scientists didn't sign up to be QA engineers for tracking implementations. But someone has to do it, and it usually falls on the people who understand the data best.

Why this gets worse over time

Tracking implementations aren't static. New events get added. Existing events get modified. Third-party scripts update themselves without warning. Marketing asks for new UTM parameters. The consent management platform changes behavior.

Each change is a new surface area for breakage. And because the QA is manual, the gap between what's tested and what's deployed keeps growing. Teams that were keeping up six months ago are now drowning, and they can't always explain why — it just takes longer to validate everything.

Multi-region and multi-brand setups make this exponentially worse. An event that works fine on the US site might be broken on the UK site because of a locale-specific code path nobody thought to check.

What automated validation looks like

The fix isn't hiring more people to stare at DevTools. It's automating the validation itself.

Spur replaces the manual DevTools workflow with an AI agent that runs a real browser, performs user flows exactly like a human would, captures all network traffic, and validates event payloads against your expectations. You describe what to check in plain language — "confirm the purchase event contains order_id, revenue as a number, and items as an array" — and the agent handles finding the request, parsing the payload, and reporting pass/fail with the actual data it found.

The same validation that takes a person 2-4 hours runs in under 10 minutes. Every field gets checked, every time. Across Chrome, Safari, and mobile. Across regions. In parallel.

You schedule it to run after every deploy, or daily, or both. When something breaks, you know within minutes — not two weeks later when a report looks wrong.

Where to start

If you're on a data team dealing with this, start with the one event that would cause the most damage if it broke. For most teams that's the purchase or order confirmation event — it's tied directly to revenue attribution and commission payouts.

Document what "correct" looks like: the event name, every required field, expected data types, format rules. Then automate that single check and schedule it to run on every deploy.

Once that's solid, expand to your next highest-priority event. Within a few weeks you'll have automated coverage over the flows that matter most, and your team can get back to the work they were actually hired to do.

The real cost isn't the hours

The hours matter, yes. But the bigger cost is what happens when broken tracking goes undetected. Bad data leads to bad dashboards, which leads to bad decisions. Attribution models trained on incomplete data misallocate budget. A/B tests with corrupted event data produce meaningless results.

Most data teams have experienced this at least once — the sinking feeling of realizing that a key metric has been wrong for weeks because an event silently stopped firing. That's the real tax. And it's entirely preventable.

We all know what happens next

Someone ships a promo banner update. Checkout breaks on mobile Safari. A customer screenshots it on Twitter before Slack even lights up.

Every e-commerce team has this story. Most have it more than once.

The standard playbook is Selenium or Cypress. Write a test, pin it to a CSS selector, pray the selector survives the next sprint. It usually doesn't. A designer moves a button, the merchandising team swaps a carousel, and suddenly half your suite is red. Not because anything is actually broken. Because your tests are brittle.

Manual QA catches what automation misses, but it doesn't scale. You can't manually click through 400 checkout permutations before every deploy. So teams do what teams do: they ship and hope.

What is agentic QA?

Agentic QA replaces brittle test scripts with AI agents that interact with your site visually, the same way a real customer would.

Instead of telling a script "click the element with id=checkout-btn," you tell an AI agent "go buy something." The agent looks at the page, figures out where the checkout button is, and clicks it. When someone redesigns the page, the agent still finds the button. It doesn't care that the class name changed. It can see.

You write tests in plain English. Something like:

"Search for blue running shoes. Add the first result to cart. Apply coupon SAVE20. Go through checkout. Confirm the discount shows up."

That's the whole test. No page objects, no locator strategies, no framework boilerplate. If your site changes next week, the same test still works.

Why e-commerce teams need this most

Most SaaS apps have a relatively stable UI. You build a dashboard, it stays a dashboard. E-commerce is different.

Constant UI changes

Product pages change daily. Promos rotate. A/B tests shuffle layouts. Search results are personalized. The homepage during Black Friday looks nothing like the homepage in February. Selector-based tests can't handle this kind of churn. We've talked to teams where 60-70% of their automation effort goes to maintenance, not new test coverage.

Checkout bugs cost real money

A broken checkout flow isn't just a bug report. It's lost revenue, every minute it's live. Agentic QA tests the full purchase flow end-to-end on every deploy, across payment methods, currencies, and regions, without someone writing a separate script for each combination.

Seasonal pressure

You need the most testing coverage during Black Friday and holiday sales, which is exactly when your team has the least bandwidth to babysit flaky tests. Agentic tests scale without hiring contract QA or pulling engineers off feature work.

Multi-geography complexity

Selling globally means testing across currencies, languages, tax rules, and shipping options. AI agents can run these combinations in parallel without a separate test file for every locale.

What the results actually look like

We've been running agentic QA with e-commerce teams for a while now. Here's what consistently shows up:

• Flake rates drop to nearly zero. Selector-based suites typically hover around 80-90% pass rates because of environmental flakiness. Vision-based agents either see the right thing or they don't. Less ambiguity, fewer false failures.
• Test creation goes from days to minutes. Writing a Selenium test for a checkout flow can take a full day once you include setup, data seeding, and debugging. Describing the same flow in English takes about 10 minutes.
• 95% test coverage within the first month. Teams aren't spending weeks scripting. They're describing flows and shipping coverage fast.
• Maintenance mostly disappears. When the UI changes, the tests adapt. You're not rewriting locators every sprint.

How to get started with agentic QA

Nobody should rip out their existing test suite on day one. The smarter approach:

1. Pick your highest-stakes flows. Checkout, account creation, search, product pages. The stuff that costs you money when it breaks.
2. Run agentic tests alongside your current suite. Compare coverage and reliability side by side. See which approach catches more real bugs and which one breaks less often for fake reasons.
3. Migrate gradually. Most teams we work with start moving over within a couple weeks once they see the side-by-side results.

You don't need to learn a new framework or hire automation engineers. If you can describe what your site should do, you can write agentic tests.

The future of e-commerce testing

E-commerce testing complexity is going up. Headless storefronts, AI-generated product content, hyper-personalization, multi-channel selling. The surface area keeps growing, and writing individual scripts for all of it isn't sustainable.

Agentic QA is still relatively early, but the direction is clear. Tests that can see and adapt will replace tests that rely on structural assumptions about your HTML. It's already happening.

If you want to try it, Spur can get your first tests running in about 10 minutes. No scripts, no framework setup. Just describe what your site should do and watch it run.

2025 was a big year for Spur. Here's a look at the features that changed how teams create and run automated tests using natural language, from smarter ways to model scenarios and organize suites to richer execution, debugging, and integrations that plug directly into the tools teams already use every day.

Scenario Tables

Scenario Tables help you create dynamic tests that handle multiple scenarios within a single user flow using parameterized test data.

Instead of maintaining many nearly identical tests with different inputs, you define one test and run it through multiple rows of data, which reduces redundancy, improves maintainability, and makes it easier to cover variations and edge cases.

Environments and Browsers

Spur lets you run the same test suites across multiple environments such as dev, staging, and production without duplicating suites.

By configuring Environments and Environment Values, you can centralize environment-specific settings and then run suites across deployments, making it easier to compare results and maintain consistent test logic.

Test Plans and Suites

A test suite in Spur is a collection of related tests that validate specific functionality, with Flow View giving you a visual representation of test dependencies.

When you run a test suite, Spur executes tests in order, respects dependencies, and provides real-time feedback on status, progress, errors, and execution time, which makes Test Plans and suites a foundation for organizing your testing around features and user journeys.

Bulk Actions and Retry-style workflows

Spur supports multiple test execution methods, including scheduled tests, cached tests, manual execution, and CI/CD, so you can repeatedly run suites and tests as part of your regular workflow.

Using features like scheduling, snoozed tests, and cached runs, teams can re-run tests and keep execution focused on the most relevant suites, which functions as a practical retry pattern for stabilizing and iterating on coverage over time.

Reporting, Debugging, and Integrations

The Spur Dashboard gives a centralized view of currently running tests, past runs, scheduled tests, and recent failures, making it easier to monitor results and understand your testing environment.

For deeper analysis and debugging, Spur provides Statistics, full browser observability, video replay, console and network logs, and agent logs, so you can see step-by-step what happened in a run.

Spur's integrations turn those results into action.

With Jira and Linear, you can create detailed tickets directly from failures with screenshots, logs, and reproduction steps, while Slack, Email, and GitHub integrations handle real-time notifications, reports, and automated workflows in your existing tooling.

The Early Days of Customer Success

Something we started doing from even before Spur was born was talking to customers and validating the problem. At Spur, we've internalized a simple truth: our customers' success is our success.

Why Invest So Heavily in CS?

At Spur, we believe quality is core to every digital experience. No matter the company, everyone who has a digital presence wants to provide a high-quality journey for their customers and users - and that starts with testing.

Spur is an AI-native platform powering that foundation. Our product runs every day, with every release, and directly impacts how companies perform. But our agentic, AI-driven approach to testing is a shift from the old model—and that means it requires deep customer understanding.

Customer Success is a Team Sport: Company-Wide Integration

We insist customer success is a team sport. We've woven customer-centric thinking into the DNA of every department.

Everyone at Spur is deeply integrated in Customer Success. This diagram illustrates our holistic CS framework: the customer journey stages (onboarding, activation, expansion) are supported by Spur's services (blue circles on the left), measured by key metrics (green diamonds on the right), and fueled by a cross-functional team effort (bottom).

Engineering:

Our engineers don't hide behind feature backlogs and sprint boards, isolated from end-users. Instead, each engineer looks over 2–3 customer accounts. In practice, that means developers regularly sit in on customer calls and Spurring Sessions for the accounts they own.

Design:

‍Our design team is equally involved. Great UX in an AI-driven testing tool can be a differentiator, so our designers want to understand users deeply. They routinely analyze PostHog sessions and other analytics to see which features customers use and where they might get stuck.

Sales:

‍You might wonder, where does Sales fit after the deal is signed? At Spur, Sales doesn't throw the customer over the wall and disappear. Our sales team stays involved as a stakeholder in the customer's ongoing success. In fact, during handoff, the salesperson spends extensive time (often 3+ hours over multiple meetings) with the new customer.

Spurring Sessions and the Power of Continuous Feedback

While Spur is a SaaS product, we offer customer support to all of our customers. Earlier we mentioned Spurring Sessions – a term you won't find in a generic CS handbook, because it's something we coined at Spur. Spurring Sessions are essentially high-touch, collaborative working sessions with our customers. Think of them as a blend between a coaching call, a consulting session, and a feedback forum, all rolled into one.

What makes Spurring Sessions particularly powerful is how they feed into our continuous feedback loop. Every session is an opportunity not just for the customer to learn from us, but for us to learn from the customer. For example, during a session, a customer might ask, "Can Spur do X?" If we hear questions like that repeatedly, it's a huge flag for us to improve UI or develop a new feature.

At Spur, customer success isn't just a department—it's a mindset. It shapes how we build, how we ship, and how we support. In an AI-first world, where technology evolves rapidly, the human feedback loop becomes even more essential. That's why we'll keep showing up—week after week, session after session—to ensure every customer gets more than a tool. They get a partner in quality.

Agentic AI: The New Backbone of Resilient E-Commerce

Tariffs are climbing, uncertainty around global trade is at an all-time high, and online brands are facing immense pressure to cut costs without sacrificing quality or customer experience. Yet amid the uncertainty, a clear message is emerging from forward-thinking ecommerce brands: now's the time to innovate.

AI is pivotal in transforming e-commerce by enhancing operational efficiency, making it essential for businesses aiming to thrive in today's digital economy. - Brian Priest, CFO of eBay

One clear area of opportunity is in leveraging Agentic AI for your QA stack. QA is a high leverage space because it's work no engineer wants to be doing and, by freeing them up, they can devote their efforts to important tasks like new product development and innovation.

Maximize QA Impact on a Tighter Budget

QA testing has historically been a manual, resource-intensive process. With tariffs straining budgets, there's no room for inefficiency. AI agents automate repetitive test cases, catching critical errors early and freeing your team to focus on growth, not maintenance.

Protect your price-sensitive customers

With margins under threat, every bug becomes more costly. 89% of consumers say they'll abandon a brand after a negative digital experience—especially if they're feeling economic pressure. Agentic AI catches nuanced errors human testers might miss, protecting your reputation and revenue and boosting conversions.

Transform Core QA Processes with Agentic AI

1000+ tests in a month isn't just fast. It's what made bi-weekly releases and real test confidence possible. - Chloe Lu, E-Commerce Manager, LivingSpaces.com

Companies that adopt AI-driven testing see 50% faster test execution and 70% less test maintenance. These aren't marginal improvements—they're foundational changes. Agentic AI continuously adapts to site changes, UI updates, and user behavior, keeping your QA agile and responsive.

Cut real costs

With tariffs and tightening budgets, doing more with less isn't optional—it's essential. AI-powered QA helps teams expand test coverage, deploy confidently, and scale sustainably, all while reducing overhead.

Agentic AI isn't a luxury for calmer times; it's your strongest hedge against uncertainty today.

ROI with Spur

Spur's agentic AI helps e-commerce teams save time, cut costs, and deliver better digital experiences. Here's what our customers see:

- Up to 90% cost reduction in test case creation and maintenance
- 2–3× faster release cycles, powered by AI agents that execute and adapt in minutes
- 80–95% bug detection accuracy, even in edge cases manual QA typically misses
- >90% test coverage across critical revenue flows, with zero added headcount
- Less churn, more conversions: brands avoid the hidden cost of broken experiences

When we started Spur, we kept hearing the same frustrations from engineering teams: "Setting up automated testing takes months," "We don't have dedicated QA engineers to write test scripts," "Our tests break every time we update the UI." These aren't unreasonable concerns - the testing world is littered with automation projects that drag on for quarters, require specialized technical expertise, and create more maintenance headaches than they solve.

Companies approached implementation inefficiently. Unlike other tools with one-size-fits-all implementation, Spur curates a personalized experience for each customer.

Introduction to Agentic QA sessions tailored to you. Most testing tools treat every setup the same way, ignoring your specific application and business needs. We do the opposite. We study what works and create a personalized experience for each customer. The result is our 1-week pilot program that combines preparation with hands-on guidance designed around your team's needs.

Why Personalized Onboarding Changes Everything

At Spur, we've internalized a simple truth: your testing success is our success. Quality is core to every digital experience, and that starts with understanding your specific challenges before we ever touch your application.

Every pilot begins with custom preparation tailored specifically for your company. Before Day 1 of your pilot, our team has already analyzed your application, studied your user flows, and prepared personalized recommendations that align with your business priorities. We don't just demo our tool - we create an experience designed around your unique testing needs.

The key insight was this: while every application is unique, the fundamentals of successful test automation follow predictable patterns. We weren't implementing a testing tool - we were onboarding your AI QA engineer while simultaneously building a resilient QA program that scales with your growth.

This shift in perspective changed everything. Instead of technical setup phases, we now think about personalized onboarding phases: introducing Spur to your specific application context, training it on your critical user journeys, and helping you build testing practices that grow with your team. Just like you wouldn't throw a new QA engineer into testing without proper context, Spur needs to understand your application deeply and align with your team's goals.

The 1-Week Personalized Pilot Framework

Pre-Pilot Custom Preparation (1-2 weeks)

Before your pilot begins, we analyze your application, identify your highest-priority user flows, and prepare recommendations tailored to your development workflow. You get an experience built specifically for your team from day one.

Our customers typically fall into two categories:
1. Modernizing existing QA Practices - Moving from current automation frameworks to an AI-driven approach with Spur
2. Building a QA Program from scratch - No existing automation structure, everything is manual or ad-hoc

Phase 1: Discovery & Alignment
We start by understanding your current testing workflow (Automation Frameworks, Teams, Reporting Practices). We will recommend a pilot program depending on where your team is currently at with testing: Modernization / Building a Program.

Phase 2: Scope & Prioritization
We identify your highest-impact user flows and create a testing roadmap aligned with your development workflow.

Phase 3: AI Training for the Team
We prepare your team with personalized training on how to work effectively with AI-driven testing.

Phase 4: Onboarding and High Velocity 1-Week Pilot
Everything is set up for a smooth transition into your intensive pilot week. We recommend specific features on Spur based on the top use-cases on the platform to make sure teams make the most out of the pilot period.

1-Week High-Velocity Pilot

Day 1: Kickoff & Introduction to Agentic QA
Onboarding and Spur deep dive to get your team familiar with AI-driven testing approaches.

Day 2: Use Cases Covered with Your Application & Spur Functionality
Using our deep understanding of your specific application, we help you describe your key testing scenarios in natural language. "Test that users can complete checkout with different payment methods" becomes a sophisticated test suite designed around your exact payment integration, user interface, and edge cases we've identified specifically for your application.

Days 3-5: Hands-On Test Writing
Focus on onboarding and covering your critical user flows. Spur runs your tests while we provide guidance tailored to your team's workflow. We don't just show you test results - we help you understand how to build testing practices that work for your specific development process and scale with your product changes.

Ongoing Throughout Week: Spurring Sessions
Ad-hoc, on-demand support sessions available as needed. Our team is here to support and ensure your success throughout the way.

End of Week: Pilot Wrap Up
By the end of the week, you have major ROI to show -- Coverage Achieved, Bugs Found, Team Members Onboarded & Process Established.

Our Team will work with you to build your business case post pilot as well. Leave it to us!

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Results That Speak Volumes

The results consistently demonstrate the power of this personalized, tailored approach. Teams that complete our 1-week pilot typically see immediate value, with many expanding to comprehensive test coverage within their first month - guided by the customized recommendations we develop together.

What we've learned building Spur is that the teams that succeed with AI testing aren't necessarily the most technical or the largest, but the ones that get personalized guidance that fits their specific challenges, workflow, and team dynamics.

“The cookie banner appears at random points of the flow – major cause of test flakiness with traditional automation. Spur handled it automatically.”

“I love seeing that actually many of the times automation tests do fail. Oh, there is this unexpected pop-up and now you have to insert some additional code in there to handle it.”


“Seeing you roll out small fixes within a day is great—that velocity matters to us!”

“Issues got triaged same-day, often within hours.”

What we've learned building Spur is that the teams that succeed with AI testing aren't necessarily the most technical or the largest, but the ones that get personalized guidance that fits their specific challenges, workflow, and team dynamics.

Beyond Implementation: Building Testing That Scales

What sets Spur apart isn't just our AI technology - it's how we tailor the entire experience to your team's specific needs. We don't just automate your current processes; we help you build testing practices that grow with your product and team.

During your pilot week, you get dedicated guidance from our team who understands both the technical aspects of your application and the practical realities of your development workflow.

Every recommendation we make is designed around helping your team build resilient testing that becomes an accelerator for development velocity, not a bottleneck - all tailored to how your specific team works and grows.

Ready to see how quickly your team can achieve reliable, maintenance-free test automation with guidance tailored specifically to your needs? Reach out to learn more about our 1-week pilot program!

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