AWS Fargate is a serverless container execution engine for ECS and EKS — but as a compute infrastructure service it has no WCAG accessibility audit, no Core Web Vitals scoring, and no post-deployment front-end quality monitoring. PageGuard audits any Fargate-hosted web application externally — free, no AWS access needed, results in 30 seconds.
ADA Title II Deadline: April 24, 2026
State and local government websites must meet WCAG 2.1 AA by April 24, 2026. Government agencies, nonprofits, and educational institutions running containerized web applications on AWS Fargate face this compliance deadline. CI/CD pipelines can deploy new container images that introduce WCAG regressions in the rendered HTML without any front-end quality gate at the infrastructure layer. PageGuard monitors the live production URL continuously without requiring AWS account access, IAM permissions, or container changes.
| Feature | PageGuard | AWS Fargate |
|---|---|---|
| What is it? | External website health monitor — scans any deployed URL for performance, accessibility, SEO, and best practices | AWS Fargate is a serverless container execution engine launched by Amazon Web Services in 2017 that runs Docker containers on-demand without requiring users to provision or manage EC2 instances; Fargate works as a launch type for Amazon ECS (Elastic Container Service) and Amazon EKS (Elastic Kubernetes Service) — users define container task definitions (CPU, memory, network configuration) and Fargate handles the underlying compute infrastructure; containers start in seconds with per-second billing, automatic scaling, and full AWS networking integration via VPC; Fargate supports any containerized application regardless of language or framework — Node.js, Python, Java, Go, Ruby, PHP, and static sites; built-in AWS IAM security, VPC networking, load balancer integration (ALB/NLB), CloudWatch logging, and AWS Secrets Manager; used by enterprises running microservices architectures, batch processing workloads, API backends, and web applications that need container flexibility without Kubernetes complexity; Fargate eliminates the operational overhead of EC2 fleet management while maintaining full container portability |
| Free tier | ✓ Yes — unlimited one-off scans, no signup required | Limited — AWS Fargate does not have a traditional free tier; AWS Free Tier provides 6 months of limited ECS on Fargate usage (750 hours per month of Linux Fargate CPU and memory) for new AWS accounts; standard Fargate pricing applies after free tier expires: charged per vCPU-second and per GB-second of memory; no built-in WCAG accessibility auditing or Core Web Vitals measurement for containerized web applications at any AWS Fargate pricing tier |
| Accessibility audit (WCAG / ADA) | ✓ Yes — WCAG 2.1 AA scored 0–100 with specific issue list | No — AWS Fargate is a serverless container execution engine with no built-in WCAG or ADA accessibility auditing capability for the containerized web applications it runs; Fargate manages container compute resources (CPU allocation, memory, networking, storage) but has no mechanism to analyze the HTML output rendered by containers for accessibility compliance; accessibility quality of web applications running on Fargate depends entirely on the application code and the HTML it generates, not the container execution environment; AWS Fargate has no WCAG scoring engine, no color contrast analysis, no ARIA validation, and no accessibility issue detection in its platform |
| Technical SEO audit | ✓ Yes — meta tags, headings, canonical, structured data | No — AWS Fargate provides no SEO audit scores, meta tag validation, heading hierarchy analysis, canonical URL checking, or structured data verification; Fargate is a container execution environment that runs application code without analyzing the HTML quality of the output those containers produce; developers running web applications on Fargate must use separate SEO audit tools to verify the rendered HTML served to users and search engine crawlers |
| Performance audit (Core Web Vitals) | ✓ Yes — LCP, CLS, FCP scored 0–100 per scan | No — AWS Fargate provides no Core Web Vitals measurement (LCP, CLS, FCP, INP, TTFB) for web applications running in Fargate containers; Fargate metrics in CloudWatch focus on CPU utilization, memory utilization, network I/O, and container startup time — these are infrastructure-level metrics, not browser-side user experience quality metrics like Core Web Vitals; container cold start time and container image pull time can affect TTFB for the first request after scale-up, but Fargate does not measure user-facing performance scores; measuring production Core Web Vitals requires separate tooling like PageGuard |
| Serverless container execution | No — PageGuard is an external monitoring tool, not a container execution platform | ✓ Yes — AWS Fargate core capability: run any Docker container without provisioning or managing EC2 instances; define task definitions with container image, CPU/memory requirements, environment variables, networking, and IAM role; Fargate automatically provisions underlying compute, scales tasks based on demand, and handles OS patching and security updates; supports ECS tasks and EKS pods; per-second billing with no minimum fees; integrates with Application Load Balancer, Network Load Balancer, AWS VPC, IAM, CloudWatch, X-Ray, Secrets Manager, and ECR (Elastic Container Registry); supports multi-container task definitions for sidecar patterns; Fargate Spot for up to 70% cost reduction on interruptible workloads |
| Automated website monitoring | ✓ Yes — weekly or daily scans with email alerts on score drop | No — AWS Fargate does not perform automated quality monitoring of WCAG compliance, Core Web Vitals, or SEO quality for containerized web applications; AWS CloudWatch can alert on infrastructure metrics (CPU, memory, error rates) but cannot detect front-end accessibility regressions or Core Web Vitals degradation in the HTML output served by containers; automated front-end quality monitoring of Fargate-hosted web applications requires a separate external monitoring tool |
| AI-generated plain-English report | ✓ Yes — explains issues in non-technical language | No — AWS Fargate provides no AI-generated health report or plain-English explanation of front-end accessibility, SEO, or Core Web Vitals issues; AWS CloudWatch dashboards and Container Insights show infrastructure metrics, container logs, resource utilization trends, and deployment events — not front-end quality analysis of the HTML served by containerized applications |
| ADA Title II compliance monitoring | ✓ Yes — WCAG audit + alert on accessibility regression | No — AWS Fargate does not audit or alert on WCAG compliance for containerized web applications; government agencies, nonprofits, and educational institutions running public-facing web applications on AWS Fargate face ADA Title II compliance requirements with an April 24, 2026 deadline; Fargate auto-scales container tasks based on demand — new container versions deployed via CI/CD pipelines can introduce accessibility regressions in HTML output without any WCAG quality gate at the infrastructure level; continuous WCAG monitoring of the production URL requires a separate external tool like PageGuard |
| Works on any deployed platform | ✓ Yes — scans any URL on any hosting or platform | AWS Fargate runs containerized applications within AWS cloud; it does not scan or monitor the front-end quality of websites hosted on other platforms like Vercel, Netlify, Cloudflare, Azure, or GCP; Fargate focuses exclusively on container execution within AWS VPC infrastructure without cross-platform front-end quality monitoring capability |
| Independent external audit | ✓ Yes — third-party scan, shareable URL for clients/stakeholders | No — AWS Fargate provides no built-in tool to generate a shareable external front-end health report for containerized web applications; AWS CloudWatch and Container Insights show container metrics, CPU/memory utilization, and deployment events — not WCAG accessibility scores or Core Web Vitals quality scores shareable with clients, procurement teams, or ADA compliance auditors |
| Instant on-demand scan | ✓ Yes — results in 30 seconds, no code changes needed | No — no on-demand front-end health scan of websites running on Fargate containers; auditing a Fargate-hosted web application for WCAG accessibility, Core Web Vitals, or SEO quality requires running third-party tools against the public URL after container deployment completes; AWS Fargate has no concept of scanning the HTML quality of the containerized applications it runs |
| Multi-site dashboard | ✓ Yes — 1–50 sites depending on plan | AWS ECS console and CloudWatch Container Insights show all Fargate tasks and services within an AWS account with CPU/memory metrics, task logs, deployment history, and networking configuration — there is no cross-application health dashboard showing WCAG compliance, SEO quality, or Core Web Vitals for multiple web applications running on Fargate |
| Pricing for health monitoring | ✓ Free + from $9/mo for automated monitoring | Health monitoring not available — AWS Fargate pricing is based on vCPU and memory consumption: approximately $0.04048 per vCPU per hour and $0.004445 per GB per hour; no front-end quality monitoring at any spend level; additional CloudWatch costs apply for logs and metrics |
Get WCAG accessibility scores and Core Web Vitals for any web application running on AWS Fargate. Results in 30 seconds. No AWS account access, IAM roles, or container changes required.
Results in ~30 seconds. 4 scores: Performance, Accessibility, SEO, Best Practices.
Yes — PageGuard scans any public URL regardless of whether the application runs in Fargate containers, EC2 instances, or any other platform. Paste the public-facing URL of your Fargate web application into PageGuard for a full health report covering WCAG accessibility, Core Web Vitals, SEO, and best practices in ~30 seconds. No AWS account, IAM permissions, or container modifications required.
No — AWS Fargate is a serverless container execution engine focused on running Docker containers without EC2 management. It has no built-in WCAG compliance checking, accessibility scoring, or front-end quality analysis for containerized applications. Fargate monitors infrastructure metrics through CloudWatch, not browser-side user experience quality. PageGuard audits the live rendered URL and provides a WCAG 2.1 AA score with specific issues to fix.
Yes — when Fargate scales up new container tasks, new instances take time to start and pull container images from ECR. Requests that hit a newly started container see higher TTFB until the application is fully initialized, which can degrade LCP scores. Using Application Load Balancer health checks and pre-warming strategies can reduce cold start impact, but PageGuard measures actual TTFB and Core Web Vitals at the production URL and alerts you when performance scores drop below acceptable thresholds.
No — they serve completely different purposes. AWS Fargate is a serverless container execution environment that runs Docker containers in AWS VPC without requiring EC2 management, providing scalable compute infrastructure for any containerized workload. PageGuard is an external quality monitoring tool that audits the front-end HTML delivered to users for WCAG compliance, Core Web Vitals, and SEO quality. Teams running containerized web applications on Fargate should add PageGuard to continuously verify front-end health after each container deployment.