TesboX by QAble | AI-Powered Test Automation Solution

What is TesboX ?

TesboX is QAble’s engineered end-to-end automation solution built to increase release confidence.

It transforms E2E automation from a fragile test suite into a reliable CI signal that your engineering team can trust on.

By connecting test case management, automation development, CI execution, and reporting into one controlled workflow, TesboX ensures:

High-impact business flows are protected first

Automation remains reliable as the product evolves

CI performance stays controlled and predictable

Decisions are driven by signal quality, not test count

Your repository, Our ownership!

What TesboX delivers

TesboX delivers structured test automation systems built for release confidence and scale. Every signal is measurable, reliable, and engineered for predictable CI performance.

Release Clarity

Reliable automation output that tells you whether to release or not.

40%

faster releases

Regression Protection

Critical business flows validated before every production release cycle.

85%

coverage

Failure Transparency

Trace-backed failure artifacts that simplify debugging and reproduction.

60%

faster debug

Predictable CI

Controlled execution that maintains consistent runtime performance.

< 10min

CI runtime

Automation Longevity

Engineered quality & stability standards that keep automation reliable through change.

< 2%

CI runtime

Why QAble?

Automation only works when it strengthens engineering velocity. TesboX by QAble is built with production-grade standards, where reliability is measured and release signals are clear.

Engineering-first standards (PRs, reviews, conventions)

Outcome-driven approach (signal quality over test count)

Reliability discipline (flake treated like an incident)

Transparent weekly reporting with measurable success metrics

How TesboX works

select → build → run → report

Select the Right Tests

Automation begins with risk. Suites are selected based on critical business flows and release impact, not volume.

Build Maintainable Automation

Tests are generated or updated following structured patterns, reusable components, and production-grade conventions.

Commit to your repository

Automation lives in your repository and follows your PR and review standards.

Run in CI

Suites run on every pull request, schedule, or release gate with parallelized, performance-controlled execution.

Generate artifacts

Every failure records trace, screenshots, video, logs, and build-level diagnostics.

Report and act

Results are converted into trend visibility, failure clustering, flake tracking, and release readiness insights.

TesboX Architecture

TesboX unifies test case creation, intent, automation execution, CI orchestration, and reporting into one governed system.Every signal flows through a controlled pipeline designed for visibility and scale.

1. Test Case Management

Defines intent, scope, and coverage priorities based on critical business flows.

2. Agentic Test Builder + Human Review

Executes suites with controlled runtime and sharding.

3. Repository Integration

Ensures all automation lives in your codebase and follows structured PR workflows.

4. CI/CD Execution

Triggers parallel runs on pull requests, schedules, and release gates.

5. Parallel Execution

Executes suites with controlled runtime and sharding.

6. Test Artifacts

Captures trace, screenshots, logs, and diagnostic outputs per run.

7. Tesbo Report

Consolidates execution data into stability trends, failure clustering, and release readiness insights.

8. Test Inteligence & Alerts

Provides dashboard visibility & delivers actionable alerts to the right stakeholders with artifact links.

TesboX Modules

Every TesboX module solves a specific layer of the Test Automation lifecycle.
Combined, it delivers stability, execution control, and release intelligence.

Stability Governance

Organizes cases, suites, runs, and reports with full traceability.

Module 1 of 5

Agentic Test Development

AI generates automation efficiently, and a defined human review loop ensures reliability, structure, and engineering-grade discipline.

Module 2 of 5

CI Execution Engine

Controls execution through orchestration, parallelization, runtime budgets, and release gates.

Module 3 of 5

Tesbo Report

Translates execution results into measurable test intelligence, stability trends, failure clustering, and release readiness decisions.

Module 4 of 5

Notifications and Alerts

Provides run completion alerts with artifact links and dashboard visibility, governed by signal-to-noise controls.

Module 5 of 5

Tesbo Report - Reporting built for decisions

Tesbo Report shows patterns, stability, and readiness. It transforms run data into structured test intelligence that answers one question clearly: is the release ready?

Failure Clustering

Repeated failures grouped to reduce triage time.

Release Readiness View

Critical flows monitored with clear pass/fail health signals.

Flake Visibility

Stability trends tracked so automation does not lose trust.

Artifact-first debugging

Every failure connected to trace, screenshots, and logs.

Talk to QA Advisor

Why TesboX stays reliable over time

Most automation breaks during maintenance. TesboX stays reliable because reliability is engineered, governed, and continuously enforced.

< 2%

Stability Governance

Flake thresholds are defined, tracked, and reviewed against agreed SLOs.

100%

Structured Failure Classification

Every failure is categorized as application, test, environment, or data-related.

24h

Flake Isolation Workflow

Unstable tests are immediately isolated, tracked, and resolved systematically.

DoD

Clear Release Signal

Tests are complete only when CI clearly indicates ship or hold.

Clean

Deterministic Data Control

Test data is isolated per run, predictable, and cleaned after execution.

< 10m

Execution Budget Control

Suite runtime is monitored and maintained within defined performance limits.

Average Flake Rate

Mean time to fix flakes

hours

CI stability (7-day)

Engineered, measured, and operated for long-term reliability

How we engage with teams

From a 4-week pilot to ongoing managed execution, engagement scales with your needs. We begin with clarity, then expand toward sustained coverage and CI stability.

TesboX Pilot

2-4 weeks

Baseline assessment, framework setup, CI integration, initial critical flows.

Baseline assessment + success metrics

Framework + CI integration

Initial critical-flow suite + reporting baseline

Start Pilot

TesboX Managed

Monthly

Coverage growth, stability SLOs, weekly reviews.

Coverage growth aligned to roadmap

Stability targets and maintenance workflow

Weekly review using Tesbo Report

Talk to QAble

TesboX Pilot

2-4 weeks

Baseline assessment, framework setup, CI integration, initial critical flows.

Embedded engineers working in your repo

Sprint-aligned delivery + maintenance

PR reviews and shared standards

Start Pilot

TesboX vs Traditional Automation

Traditional automation is either fully manual scripting or fully AI-driven record-and-playback. TesboX combines acceleration with quality & control. AI accelerates coverage, scripts preserve control and reliability.

Coverage Growth

AI accelerates test creation by generating more coverage faster, while engineers review and shape it into clean, maintainable automation code.

Coverage grows slowly because tests are written manually from scratch, requiring significant effort to expand and maintain over time.

Maintainability and Change

Structured automation adapts to evolving business flows, with engineers refining updates to preserve maintainability and long-term suite stability.

Product changes require heavy refactoring, causing fragile test suites that frequently break and demand repeated manual stabilization efforts.

Flexibility for Business Requirements

Reusable components and controlled scripting model real business workflows while maintaining flexibility across roles, integrations, and evolving product logic.

Rigid scripts or record-and-replay tools struggle with complex workflows, branching logic, role-based access, and edge case scenarios.

Reliability in CI

Stability is tracked continuously, with flake classification and enforced standards preserving consistent, trustworthy CI signal over time.

Test suites degrade gradually as flakiness increases, creating noisy CI results that reduce trust in automation reliability.

Debuggability

Every failure is backed by test artifacts (trace, screenshots, video) and Tesbo Report clusters failures so triage becomes fast and repeatable.

Failures provide limited context, requiring manual reproduction efforts and extended investigation time to determine root causes accurately.

Ownership

Automation resides fully within your repository, enabling complete ownership, extension flexibility, and alignment with your evolving roadmap.

100

Tool-driven automation often creates dependency, limiting flexibility and restricting teams from extending frameworks independently over time.

AI builds speed. Quality Intelligence builds certainty.

See TesboX in action

A short walkthrough of the full automation lifecycle from selection to release signal.

Proof of Quality Intelligence

Real constraints, real workflows, measurable outcomes

FinTech Payment Gateway

Payment processing API • Transaction state machines • Fraud logic • PCI compliance

Challenge

PCI DSS compliance requirements

Cannot use production data in tests

Complex transaction state machines

Real-time fraud detection systems

What We Applied

Deterministic test data generation for payment scenarios

Isolated test accounts per test run

Parallel execution across 8 workers

Integration with PagerDuty for critical failures

Results

Release Speed

50% faster hotfix validation

Regressions

Zero payment processingregressions in 6 months

Triage Time

75% faster incident triage

Flake Rate

0.8% stable over time

Test Coverage

35% → 92%

CI Reliability

62% → 99%

Incident Response

45% → 11%

Enterprise Saas Platform

Multi-tenant B2B platform • 2-week sprints with weekly releases • 25 engineers, 3 QA

Constraints

Complex RBAC with 12 permission levels

Limited staging environment (shared across teams)

20+ third-party integrations

Compliance requirements for audit trails

What we did

Week 1-2: TesboX pilot with 15 critical flows

Week 3-6: Expanded to 80 tests covering auth, billing, integrations

Implemented role-based test data factory

CI integration with GitHub Actions (sharded execution)

Tesbo Report configured for release gates

Results

Release Speed

35% faster release decisions

Regressions

60% fewer productionregressions

Triage Time

40% reduction in triage time

Flake Rate

1.2% (from 8% baseline)

Test Coverage

45% → 87%

CI Reliability

68% → 96%

Incident Response

14% → 9%

Healthcare Scheduling Platform

Patient-provider scheduling system • Monthly releases with emergency patches • 15 engineers, 2 QA

Constraints

HIPAA compliance for data handling

Complex timezone and availability logic

Multi-role workflows (patients, providers, admins)

Legacy system integrations via HL7

What we did

HIPAA-compliant test data management

Timezone-aware test scenarios

Role-based test user pools

Screenshot redaction for PHI

Weekly stability reviews with stakeholders

Results

Release Speed

28% faster release cycles

Regressions

45% reduction inscheduling bugs

Triage Time

50% faster root causeidentification

Flake Rate

1.5% maintained below SLO

Test Coverage

50% → 85%

CI Reliability

71% → 94%

Incident Response

60% → 93%

When signal is engineered, release decisions become simple.

CAPABILITIES

Functional Testing

ERP Testing

Test Automation

Mobile App Testing

NextGen Testing

Security

API Testing

Ecommerce Testing

Load & Performance Testing

Contract Testing

Quality Maturity Assessment

Customer Stories

Industries

Gaming

Finance

Healthcare

Ecommerce

Saas

TesboX: CI-Native End-to-End Automation Framework

Trusted by teams that ship at scale

What is TesboX ?

What TesboX delivers

Release Clarity

Regression Protection

Failure Transparency

Predictable CI

Automation Longevity

Why QAble?

How TesboX works

Select the Right Tests

Build Maintainable Automation

Commit to your repository

Run in CI

Generate artifacts

Report and act

TesboX Architecture

1. Test Case Management

2. Agentic Test Builder + Human Review

3. Repository Integration

4. CI/CD Execution

5. Parallel Execution

6. Test Artifacts

7. Tesbo Report

8. Test Inteligence & Alerts

TesboX Modules

Stability Governance

Agentic Test Development

CI Execution Engine

Tesbo Report

Notifications and Alerts

Tesbo Report - Reporting built for decisions

Failure Clustering

Release Readiness View

Flake Visibility

Artifact-first debugging

Why TesboX stays reliable over time

Stability Governance

Structured Failure Classification

Flake Isolation Workflow

Clear Release Signal

Deterministic Data Control

Execution Budget Control

Average Flake Rate

Mean time to fix flakes

CI stability (7-day)

How we engage with teams

TesboX Pilot

TesboX Managed

TesboX Pilot

TesboX vs Traditional Automation

Coverage Growth

Maintainability and Change

Flexibility for Business Requirements

Reliability in CI

Debuggability

Ownership

See TesboX in action

Proof of Quality Intelligence

FinTech Payment Gateway