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SQA Services

Software Quality Assurance — process, prevention, and engineering practice

QAble engineers SQA across the SDLC — process, standards, audit, metrics, defect prevention, and engineering practice. Aligned with ISO 9001, IEEE 730, ISO/IEC 25010, and CMMI, operated as a continuous discipline rather than an annual exercise.

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The Problem

Why SQA has to run as a programme

SQA without prevention is theatre; testing without SQA is endless. Quality engineered into the SDLC requires process, standards, audit, and metrics operating as one continuous discipline.

Common signals SQA has to be operated as a programme:

testing is treated as the only quality activity — defect prevention is unstaffed

SDLC documentation and engineering practice describe two different organisations

the standards programme — ISO 9001, IEEE 730, CMMI — sits separately from QA

metrics are collected but rarely lead to a process change inside the next quarter

audits surface findings the team could have predicted but did not have a forum to raise

Standards-aligned. Prevention-staffed. No long commitment needed.

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Testing finds defects. SQA shapes the system that produces them — requirements quality, design review, peer review, working agreements, automation maturity, release governance, and the metrics that lead to process change.

QAble runs SQA as a managed programme — process, standards, audit, metrics, prevention, and engineering practice — aligned with ISO 9001, IEEE 730, ISO/IEC 25010, and CMMI.

Process-First

SQA starts with the SDLC — requirements, design, code, build, test, release.

Standards-Aligned

ISO 9001, IEEE 730, ISO/IEC 25010, and CMMI as the spine.

Prevention-Biased

Defect prevention valued ahead of defect detection.

Evidence-Backed

Every finding backed by reproducible audit evidence.

Coverage Areas

SQA disciplines we deliver

Six disciplines applied as one SQA programme — process, standards, audit, metrics, prevention, and engineering practice — selected and combined depending on whether the engagement is an audit, a programme, or continuous stewardship.

Process & SDLC Quality

Quality engineered into the SDLC — requirements review, design quality, peer review, working agreements, and release governance — so defects are prevented, not just found.

requirements quality and review

design and architecture review

peer-review and code-quality practice

working agreements and DoR/DoD

Standards & Frameworks

SQA mapped to recognised frameworks — ISO 9001 quality management, IEEE 730 software quality assurance plans, ISO/IEC 25010 product quality, and CMMI maturity practices.

ISO 9001 quality management

IEEE 730 SQA plans

ISO/IEC 25010 product quality

CMMI maturity alignment

Audit & Compliance

Internal audit, compliance posture, control framework mapping, and audit-cycle preparation — so external audit becomes a confirmation of evidence already on file.

internal audit programme

control framework mapping

compliance evidence packs

external audit preparation

Metrics & Reporting

A small set of meaningful metrics — defect density, defect leakage, lead time, change failure rate, and quality posture — that lead to a decision rather than fill a dashboard.

defect density and leakage

lead time and cycle time

change failure rate

quality posture dashboard

Defect Prevention

Root-cause analysis, defect-cause taxonomy, and process change — finding the system causes that produced the defect, not just the defect.

root-cause analysis

defect-cause taxonomy

process change backlog

preventive review practice

Engineering Practice

Engineering practice review — branching, code review, automated testing, observability, and the working agreements that make quality continuous and not heroic.

branching and trunk practice

code review and pairing

automation and observability

engineering working agreements

ISO/IEC 25010

The QAble SQA Lifecycle Framework

SQA becomes engineering practice when it is mapped to the SDLC — five stages, each with measurable evidence and a defined gate. Aligned with ISO 9001, IEEE 730, ISO/IEC 25010, and CMMI maturity practices.

Stage 01

Requirements

Quality starts here — clarity, testability, completeness, traceability.

Practices

requirements review

testability check

traceability matrix

Stage 1 of 5

Stage 02

Design

Architecture and design review — risk, fit, NFR alignment, decisioning.

Practices

architecture review

NFR alignment

design risk log

Stage 2 of 5

Stage 03

Build

Engineering practice — branching, peer review, code quality, automation.

Practices

code-review practice

static analysis

CI quality gates

Stage 3 of 5

Stage 04

Test

Test strategy — risk-based coverage, automation suite, manual practice, NFR.

Practices

test strategy

automation suite health

NFR coverage

Stage 4 of 5

Stage 05

Release

Release governance — readiness, evidence, change board, rollback drill.

Practices

release readiness

evidence pack

rollback drill

Stage 5 of 5

Process

QAble SQA Methodology

A six-stage rhythm that takes SQA work from programme charter to continuous improvement — with documented evidence at every stage.

Programme

Baseline

Process

Metrics

Audit

Continuous

Programme Charter

Define the SQA programme — scope, standards alignment, governance rhythm, and the role and responsibility map across engineering, programme, and audit functions.

Baseline Audit

Audit the current SQA posture — process, standards, audit cycle, metrics, prevention practice, engineering practice — and produce the gap register and remediation roadmap.

Process Change

Design and roll out the process change backlog — SDLC documentation refresh, working agreements, peer-review practice, and release governance updates.

Metrics & Posture

Build the quality posture dashboard — defect density and leakage, lead time, change failure rate, MTTR — and wire metrics into the governance rhythm.

Audit Cycle

Operate the internal audit cycle — control framework mapping, audit findings register, audit-cycle evidence packs aligned with ISO 9001, IEEE 730, and CMMI.

Continuous Improvement

Quarterly SQA review — process change yield, metric trend, audit findings, and prevention impact — with the next backlog of changes confirmed and owned.

Standards and tooling we run SQA against

SQA becomes engineering practice when its standards and tooling make process, audit, and metrics evidence as visible as the next release already is.

ISO 9001 / IEEE 730 / ISO/IEC 25010 / CMMI

Standards spine the SQA programme aligns with

Jira / Linear / Azure DevOps

Defect, work, and process change tracking

Confluence / Notion

SDLC documentation, working agreements, audit evidence

SonarQube / CodeClimate / GitGuardian

Code quality, security, and engineering posture

Grafana / Datadog / DORA dashboards

Metrics — lead time, change failure, MTTR, defect leakage

Internal Audit Templates

Audit programme, control mapping, evidence packs

Deliverables

What you receive

Documented artefacts at programme, process, audit, and metrics phases — so SQA becomes evidence engineering, programme, and audit can all read from a single source.

Programme

SQA charter and plan

standards-alignment matrix

governance rhythm

role and responsibility map

Process

SDLC documentation

review and gate practice

working agreements

process change backlog

Audit

internal audit calendar

audit findings register

control framework mapping

audit-cycle evidence pack

Metrics

quality posture dashboard

defect density and leakage

lead time and cycle time

change failure and MTTR

Risk Patterns

SQA mistakes a structured programme removes

These are the patterns we replace when QAble takes over an SQA programme — each one quietly converts engineering effort into rework, audit finding, or unstaffed prevention.

Critical01

Testing Equals SQA

The organisation treats testing as the only quality activity — defect prevention, requirements quality, peer review, and process change are unstaffed and undocumented.

Critical02

Documentation Drift

SDLC documentation and lived engineering practice describe two different organisations — audits surface the gap, but the documentation is updated, not the practice.

High03

Standards Theatre

ISO and CMMI evidence assembled once a year for certification then ignored — the standards programme runs in parallel to QA rather than aligned with it.

High04

Metrics Without Decisions

Dashboards report defect density, lead time, and burn-down but rarely change a working agreement, a definition of done, or a release gate inside the next quarter.

Medium05

No Defect Prevention

Defects are tracked and closed but never analysed for system cause — the same defect class returns release after release because the prevention conversation never happens.

Medium06

No Continuous Improvement

Retrospectives surface improvements; the improvement backlog is owned by no one. Process change is voluntary, individual, and gradually reverts to the previous norm.

Engagement Models

Ways to work with QAble

Three engagement shapes covering a focused SQA audit, a programme rebuild, and continuous SQA stewardship across releases.

Release-Focused

2–4 weeks

SQA Audit Sprint

A focused audit of the current SQA posture — process, standards alignment, audit cycle, metrics, prevention practice — with gap register and remediation roadmap.

Deliverables

SQA posture audit

Standards-alignment matrix

Process gap register

Remediation roadmap

Best for

Pre-certification posture

Programme reset

Get Started

SQA Programme

A time-boxed programme building or rebuilding the SQA function — process, standards, audit cycle, metrics, prevention, and engineering practice integrated into one operating model.

Deliverables

SQA charter and plan

Process change roll-out

Metrics and dashboard

First audit cycle complete

Best for

ISO 9001, CMMI preparation

Post-audit rebuild

Get Started

Flexible

Ongoing

Continuous SQA Stewardship

A standing SQA capability across releases — process, audit cycle, metrics, prevention, and engineering practice stewarded with quarterly governance review.

Deliverables

Quarterly SQA review

Continuous quality dashboard

Audit-cycle evidence

Process change backlog

Best for

Regulated and enterprise SaaS

Multi-product engineering organisations

Get Started

Every model includes:

Certified QA engineersNDA on day oneDirect Slack accessDedicated account managerZero lock-in contracts

Why QAble

Why choose QAble

QAble brings disciplined SQA methodology — standards-aligned, prevention-first, and focused on posture visibility across process, audit, metrics, and engineering practice.

Process-first SQA — SDLC quality engineered before test coverage is debated

Standards-aligned: ISO 9001, IEEE 730, ISO/IEC 25010, CMMI mapped to every engagement

Defect prevention staffed alongside detection — root-cause analysis on every critical defect

One quality posture across process, audit, metrics, and engineering practice

QAble SQA Expertise

Process & SDLC Quality95%

Standards Alignment & Audit92%

Metrics & Posture Reporting94%

Defect Prevention Practice91%

Engineering Practice Review93%

FAQ

Frequently asked questions

Common questions from engineering, programme, and audit leaders evaluating an SQA engagement.

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What is the difference between SQA and software testing?

Testing is one activity within SQA. SQA is the broader discipline — process, standards, audit, metrics, prevention, and engineering practice across the SDLC. Testing finds defects in built software; SQA shapes the system that produces those defects (or prevents them) in the first place.

Do you align with ISO 9001, IEEE 730, ISO/IEC 25010, and CMMI?

Yes. The QAble SQA programme uses these frameworks as the spine. ISO 9001 covers quality management; IEEE 730 covers SQA plans; ISO/IEC 25010 covers product quality characteristics; CMMI covers process maturity. The SQA charter maps explicitly to each framework so coverage and evidence are reusable across audits.

How do you make defect prevention staffed instead of just discussed?

Defect prevention is a discipline in the framework, not a slide. Root-cause analysis runs on every severity-1 and severity-2 defect, defect-cause taxonomy is maintained, and a process change backlog is owned and reviewed quarterly. Prevention impact is reported alongside detection coverage in the quality posture.

How does SQA relate to DORA and engineering metrics?

DORA metrics — lead time, deployment frequency, change failure rate, MTTR — are part of the SQA metrics layer. They sit alongside defect density, defect leakage, and audit findings in the quality posture dashboard. Together they answer the engineering health question, not just the testing-output question.

Can you take over the audit programme?

Yes. The SQA programme includes internal audit calendar, control framework mapping, audit findings register, and external-audit preparation. External audit becomes a confirmation of evidence already on file rather than a discovery exercise.

How quickly can an SQA engagement begin?

Most SQA engagements begin within two weeks of scope agreement. The first week sets up the charter and posture audit; the baseline audit completes by week three or four. Programme rebuilds run 8 to 16 weeks; continuous stewardship runs as a quarterly governance rhythm thereafter.

SQA as engineering practice

QAble runs SQA as a managed programme — process, standards, audit, metrics, prevention, and engineering practice. Aligned with ISO 9001, IEEE 730, ISO/IEC 25010, and CMMI; reported as a single quality posture leadership can defend.

Talk to QA Advisor

SQA across process, prevention, and engineering

Five-stage SQA Lifecycle Framework

Aligned with ISO 9001, IEEE 730, CMMI

Single quality posture across the SDLC

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Direct access to QAble's SQA engagement leads.

sales@qable.io +91-70167-99899

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