Digital Accessibility Advisory

DevSecOps Accessibility Integration

Stop catching accessibility failures after release. We embed accessibility directly into your CI/CD pipeline — automated checks, quality gates, and developer tooling that make barriers impossible to ship.

CI/CD shift left axe-core WCAG 2.2 GitHub Actions automated testing
// why shift left on accessibility
30%
Issues caught by automation — the rest need manual or contextual testing
6x
More expensive to fix accessibility issues post-release vs. in development
0
Accessibility issues blocked in pipelines with no gates configured
1st
Day of a sprint — when we want accessibility to be considered, not the last

Organisations that integrate accessibility into their DevSecOps practice dramatically reduce remediation costs, legal exposure, and the time their teams spend fixing issues that could have been caught at the point of code.

// the problem

Why accessibility keeps
slipping through

Accessibility is treated as a final-step audit

In most organisations, accessibility is checked after a product is built — often right before launch. At this point, structural issues are expensive and disruptive to fix. Inaccessible components are baked in, patterns are entrenched, and developers are under pressure to ship. The result: deferred debt that compounds with every release.

No tooling, no gates, no feedback loop

Without accessibility linting, automated checks in CI, or pull request review tooling, developers have no signal when they introduce barriers. Issues ship silently. By the time an audit catches them — weeks or months later — the code author has moved on, context is lost, and fixes are guesswork. The pipeline has no memory of what it allowed through.

Teams lack accessibility knowledge at the point of code

Even well-intentioned developers introduce accessibility barriers because accessible coding patterns aren't part of their standard toolkit. Without linting rules, IDE extensions, design tokens, and documented component standards, accessibility knowledge stays locked in specialist heads — and never reaches the developers writing the code daily.

How it works

The pipeline
integration model

phase_01
Discovery & audit
We baseline your current pipeline, toolchain, and team knowledge. Identify where accessibility gates can be inserted and what checks are already in place.
phase_02
Linting & IDE setup
We configure accessibility linting rules (eslint-plugin-jsx-a11y, axe linter) and IDE extensions so developers get instant feedback at the point of code — before anything is committed.
phase_03
CI/CD quality gates
Automated axe-core scans run on every pull request. Builds fail on critical accessibility violations. Gates are configured progressively — starting with blockers, expanding over time as the team builds confidence.
phase_04
Component & design token standards
We work with your design system team to audit component accessibility, document ARIA patterns, and establish accessible design tokens — ensuring accessibility is built into the shared library that every team builds from.
phase_05
Training & knowledge transfer
Workshops for developers and QA engineers on accessible coding patterns, ARIA usage, screen reader testing, and how to interpret and resolve gate failures — so the team is self-sufficient.
// tools we integrate
axe-core
Industry standard automated WCAG testing engine used in CI pipelines and browser extensions
eslint-plugin-jsx-a11y
Static AST accessibility checker for JSX that flags issues at the point of authoring
Playwright / Cypress
E2E test frameworks with axe integration for full-page accessibility regression testing
Storybook + a11y addon
Component-level accessibility testing and documentation inside your design system workflow
What you receive

Integration
deliverables

Pipeline configuration files
Ready-to-deploy GitHub Actions, GitLab CI, or Jenkins pipeline configurations with axe-core integration, severity thresholds, and PR annotation setup tailored to your environment.
yaml / json
Linting ruleset & config
Pre-configured eslint and stylelint rulesets for your tech stack (React, Angular, Vue, vanilla HTML). Documented rules with rationale so developers understand the why, not just the error.
.eslintrc / config
Developer training workshops
Tailored workshop sessions for developers and QA engineers covering WCAG fundamentals, accessible HTML patterns, ARIA usage, screen reader testing, and how to resolve CI gate failures.
live sessions
Accessibility health dashboard
A configured monitoring dashboard showing accessibility violation trends, severity breakdown, team metrics, and sprint-over-sprint progress — giving leadership and engineering real-time visibility.
dashboard config
Who it's built for

Every role in your
engineering organisation

DevSecOps Accessibility Integration is not a specialist service for one team. When the pipeline is set up correctly, every role in your engineering organisation benefits — from the developer writing the first line of code to the CISO reviewing risk posture.
Frontend developers
Get instant feedback from linting and IDE tooling. Learn accessible patterns at the point of code. Stop discovering issues weeks after writing the component.
QA & test engineers
Accessibility checks run automatically in the same pipeline as functional tests. No separate audit cycle — accessibility is part of your existing quality gate workflow.
Design system teams
Component-level testing ensures your shared library ships accessible primitives. Inaccessible components are caught before they propagate to every product surface that consumes the system.
Security & compliance
Accessibility compliance evidence is generated automatically by the pipeline. VPAT documentation, violation logs, and remediation trails are available for legal and procurement review at any time.
Engineering leadership
Real-time dashboards surface accessibility health across all products and teams. Sprint-over-sprint trend data enables data-driven decisions about where to invest remediation effort.
Product & programme managers
Accessibility issues surface in sprint planning as part of normal backlog management — not as a surprise at the end of a release cycle. Estimating and prioritising becomes predictable.