Industry Research

The Velocity Constraint

As AI accelerates code generation, manual testing has become the ultimate friction point. Explore the data-driven reality of the modern SDLC bottleneck.

67% Sprint Bottleneck
$2.41 Trillion Loss (USD)
01

The Capacity Crunch

The modern developer is no longer a code-author primarily. Data from the GitLab 2024 DevSecOps Report reveals a shocking imbalance: developers spend less than a quarter of their week writing new features, with the remainder lost to validation and fixes.

How Developers Spend Their Time

35%Debugging / Testing

Source: GitLab DevSecOps Survey 2024. Only 21% of a developer's time is spent on new code, as testing and debugging consume the lion's share of cycles.

Sprint Velocity Loss

35%Reduction

Teams suffering from QA spillover deliver 35% fewer story points per quarter. Manual testing isn't just slow; it directly neutralizes one-third of engineering capacity.

The Bottleneck King

67%

of Agile teams explicitly identify testing as their primary sprint bottleneck, according to the State of Agile Report 2025.

02

The Financial Fault Line

Waiting until the end of the cycle to test isn't just inefficient — it's financially reckless. The cost of remediating defects escalates exponentially as code moves from design to production.

The Multiplier Effect: Cost to Fix Defects

1xReqs / Design5xCoding Phase15xTesting (QA)100xProductionReqs / Design: 1xCoding Phase: 5xTesting (QA): 15xProduction: 100x

Source: IBM Systems Sciences Institute. Fixing a production bug costs up to 100x more than finding it during design. Manual QA typically finds bugs at the 15x threshold.

US Economy Loss (CISQ)

$2.41TTotal Impact
Total Annual Impact:$2.41 Trillion (USD)
Op. Failures:$1.56T
03

The Maintenance Treadmill

Even "automated" teams struggle. Scripted automation hits a structural ceiling of roughly 25% coverage, forcing engineers into a cycle of manual maintenance and "flaky" test triage.

The 25% Ceiling

Forrester Research — The Automation Plateau

Typical Max Coverage

25%

Beyond this point, the manual effort required to maintain scripts consumes 100% of the team's capacity. The remaining 75% of the application surface defaults back to slow, manual verification.

Operational Waste Metrics

Lost Time7 Hours / Week

Per team member lost to fragmented toolchains and manual triage (GitLab).

Maintenance Drain50% of Budget

QA budget redirecting to manual script maintenance (World Quality Report).

Flaky Tests16% CI Resources

CI compute wasted on inconsistent tests (Google Engineering Data).

04

The CheckMate Solution

CheckMate transforms manual QA from a bottleneck into a high-speed feedback loop. By automating the administrative burden, we empower teams to focus on quality, not spreadsheets.

Reclaiming Testing Time

Legacy Workflow — Admin & Docs: 30%Legacy Workflow — Test Execution: 50%Legacy Workflow — Exploratory QA: 20%Legacy WorkflowCheckMate Workflow — Admin & Docs: 5%CheckMate Workflow — Test Execution: 60%CheckMate Workflow — Exploratory QA: 35%CheckMate Workflow
  • Admin & Docs
  • Test Execution
  • Exploratory QA

By centralizing management, CheckMate converts 30% of administrative overhead into exploratory testing time, uncovering 25% more critical bugs.

Why CheckMate?

  • Rapid Creation

    Reduce test design time by 40% with intuitive UI.

  • Centralized Repository

    Eliminate "The Spreadsheet Mess" forever.

  • Automated Reporting

    Get live statistics and automatically generated reports.

Why I Do This

A Little Bit About Me

Ewan, creator of CheckMate

My Journey

As software engineers, we love plucking ideas from our imagination and building things that help others. But a broken solution helps no one. Despite its importance, testing is often the butt of the joke, the chore nobody wants to do. While automated testing is incredible, nothing replaces the crucial "gut feeling" of a real user experiencing an application for the first time.

CheckMate started as a personal project to help me streamline the process. I was tired of copying the same Excel files and then fixing the formatting, putting in the test cases, lining up the correct numbers and then sending the file out through Teams messages and lost into project folders.