Precision QE: Multi-Agent AI for Targeted Regression Testing - Indium

Precision QE: Multi-Agent AI for Targeted Regression Testing

Precision QE: Multi-Agent AI for Targeted Regression Testing

Client Overview

The client is one of the world’s largest Fortune 100 technology giants, operating a scalable digital platform that connects millions of users across 10,00+ cities worldwide. Originally transforming urban transportation through its ride-hailing service, the company has successfully expanded into a multi-service ecosystem, notably with an online food ordering and delivery platform, and has become a household name.

They are facing challenges common across many mature QE environments. The underlying problem of managing expansive regression suites within constrained release timelines is one Indium routinely encounters across industries.

Inside the Engine: How the Solution Works

The solution was operationalized through a structured and scalable implementation model:

01

Release Data Integration

Unified multiple release sources into a single analysis pipeline.

02

Artifact-Specific Processing

Applied tailored parsing logic for code, text, documents, images, and videos.

03

Test Flow Knowledge Base

Maintained structured test flow descriptions and dependencies for accurate impact mapping.

04

Prioritization Engine

Ranked impacted test flows based on relevance and change severity.

05

Enterprise-Scale Validation

Validated accuracy across 100+ release variations to ensure consistency and reliability.

The Turning Point: Quantifying the Shift

60–70% Faster Release Cycle

By minimizing regression execution to only high-impact cases, the client accelerated release approvals, thereby reducing overall cycle time and enabling faster time-to-market.

50–60% Reduction in QE Effort & Cost

The optimized test scope reduced tester workload significantly, freeing capacity for higher-value testing such as exploratory and production validation.

Near-Zero Missed Production Defects in Impacted Areas

The AI-driven prioritization ensured all critical flows were validated, improving release reliability and stakeholder confidence.

Improved Predictability for Hotfix & Patch Releases

Validation that earlier took more than 8 hours was consistently completed in 2–4 hours, enabling quicker recovery from production issues.

Increased Test Coverage Alignment with Actual Business Risk

Instead of executing low-value or irrelevant tests, the client validated exactly what mattered, improving the strategic focus of QE efforts.

Sustainable QE Operations at Scale

With regression running smarter, the team was able to sustain quality even as the platform expanded.

Proof in Performance: How We Transformed Our Validation Cycle

85% accuracy in identifying test flows impacted by release changes

  • Reduced validation scope from thousands of tests to a small, high-impact subset
  • Consistent performance validated across multiple release cycles
  • Eliminated the need to execute full regression suites under compressed timelines
  • Improved release confidence while significantly reducing QE effort

Conclusion

Indium’s multi-agent AI-based Test Impact Analysis framework enabled the client to transition from exhaustive, time-consuming regression to high-precision, business-aligned validation. This engagement demonstrates Indium’s ability to apply AI with engineering discipline to solve large-scale enterprise QE challenges, delivering measurable business value, not just technical efficiency.