Capture monitoring dashboards, incident timelines, and runbook pages as pixel-perfect screenshots automatically. Integrate with PagerDuty, Grafana, Datadog, and any web-based observability tool.
Start Free — 200 Screenshots/MonthDevOps and SRE teams operate complex systems where the visual state of monitoring dashboards captures information that raw metrics alone cannot convey. During an incident, the Grafana dashboard showing a spike in error rates, the Datadog APM trace waterfall indicating slow database queries, or the Kubernetes pod status panel revealing crashlooping containers provides the critical context that allows engineers to diagnose problems quickly. Capturing and preserving these visual states during and after incidents creates an audit trail that accelerates postmortem analysis and reduces mean time to resolution in future similar incidents.
SnapAPI provides DevOps and SRE teams with a REST API that captures any monitoring dashboard as a pixel-perfect screenshot without requiring teams to maintain their own browser automation infrastructure. Integrate SnapAPI into your incident response runbooks, your CI/CD pipeline status reporting workflows, and your scheduled infrastructure health reporting to automate visual documentation across your entire operations stack.
When a PagerDuty alert fires, your on-call engineer needs to understand the system state immediately. Capturing a screenshot of the relevant Grafana or Datadog dashboard at the exact moment the alert triggers provides crucial baseline context. By integrating SnapAPI into your alerting webhook handler, you can automatically capture dashboard screenshots when incidents open, attach them to the incident timeline, and include them in the Slack notification sent to the on-call channel. Engineers joining the incident have the visual baseline immediately, even if dashboard data has already changed by the time they open their laptop.
Continuous integration pipelines produce rich web-based build reports, test coverage visualizations, and deployment status dashboards. Capturing screenshots of these reports as part of each pipeline run creates a visual history of build health that is easy to review during sprint retrospectives and quarterly engineering reviews. SnapAPI integrates into any CI system that supports shell commands -- GitHub Actions, GitLab CI, CircleCI, Jenkins -- through a simple curl call that captures the pipeline report URL and stores the screenshot as a pipeline artifact alongside test results and coverage reports.
Observability dashboards evolve as systems grow and teams add new metrics. Archiving weekly or monthly snapshots of key Grafana and Datadog dashboards creates a visual record of how your system's behavior has changed over time. This historical context is invaluable during capacity planning, architecture reviews, and retrospective analysis of performance trends. SnapAPI captures these dashboards at the configured resolution with JavaScript fully executed, ensuring that charts, graphs, and heatmaps are fully rendered in the captured image rather than appearing as empty SVG containers.
Modern DevOps teams rely on a growing ecosystem of browser-based observability and operations tools. Grafana dashboards visualize time-series metrics. Datadog APM traces show distributed request flows. Kubernetes dashboards display cluster resource utilization and pod health. ArgoCD shows application deployment status. GitHub Actions and CircleCI present pipeline results in rich web interfaces. Each of these tools produces visual information that has lasting value for incident analysis, capacity planning, change management, and team retrospectives. SnapAPI enables DevOps and SRE teams to capture this visual information automatically and integrate it into the operational documentation workflows that help organizations learn from their systems over time.
Incident postmortems are only as useful as the evidence they document. Written timelines and metric tables capture the quantitative story of an incident, but the visual story -- what the monitoring dashboards actually showed at each phase of the incident -- is often missing because capturing and organizing those screenshots during an active incident is impractical. SnapAPI solves this by enabling automated dashboard capture at defined intervals during active incidents. When your alerting system opens an incident, a webhook calls SnapAPI to capture the relevant dashboards immediately, then again at five-minute intervals until the incident is resolved. These screenshots are stored chronologically in your incident management system, giving the postmortem author a complete visual timeline of system state during the entire incident without requiring any manual screenshot effort from engineers who were busy fighting the fire.
Continuous deployment pipelines benefit from visual verification steps that confirm new deployments render correctly before traffic is fully shifted. After a canary or blue-green deployment promotes a new version, your CI pipeline can call SnapAPI to capture screenshots of key application pages in the new environment and attach them to the deployment record in your change management system. Visual review of these screenshots confirms that the new version renders correctly at all critical pages before the deployment is marked successful. This visual verification step catches rendering regressions -- missing CSS, broken images, incorrect layout -- that automated functional tests often miss because they check behavior rather than appearance.
When Terraform, Pulumi, or CloudFormation changes are applied to production infrastructure, the resulting state changes are visible in cloud provider consoles and infrastructure dashboards. Capturing screenshots of these dashboards before and after infrastructure changes creates a visual diff record that change advisory boards, compliance auditors, and future engineers can review to understand what changed and when. SnapAPI integrates into infrastructure change runbooks as a documentation step that captures pre-change and post-change dashboard states automatically, without requiring the engineer executing the change to remember to take screenshots manually during a potentially high-stress deployment window.
Operational runbooks that guide on-call engineers through troubleshooting procedures are most effective when they include visual examples of what normal and abnormal system states look like. Keeping runbook screenshots current is a perpetual challenge as dashboards evolve and new metrics are added. SnapAPI enables a scheduled workflow that recaptures runbook screenshots on a weekly or monthly basis, automatically updating the visual attachments in your runbook documentation system. On-call engineers always see current, accurate visual references rather than outdated screenshots that show dashboard layouts from six months ago before the team reorganized their Grafana panels.
Service level objectives and error budget reporting require regular communication of complex reliability metrics to engineering leadership and product stakeholders. These reports typically include time-series charts, burn rate graphs, and reliability trend visualizations that are difficult to convey accurately in prose or tables. SnapAPI enables automated weekly or monthly SLO report generation: a scheduled script captures screenshots of your SLO dashboards, the error budget consumption chart, and the reliability trend panel, assembles them into a PDF report using SnapAPI's PDF endpoint, and delivers the finished report to stakeholders via email. Leadership receives accurate, visually clear reliability reports without requiring SRE engineers to spend time on manual report production each reporting cycle.
Integrating SnapAPI into DevOps and SRE workflows requires only an HTTP client and a SnapAPI API key. The free tier provides 200 captures per month -- sufficient for evaluating SnapAPI against your monitoring stack and testing captures of your specific Grafana, Datadog, and Kubernetes dashboard URLs. Create a free account at snapapi.pics, retrieve your API key from the dashboard, and make your first screenshot call with a single curl command. Most DevOps teams have SnapAPI producing useful dashboard captures within the same hour they create their account.
Security operations teams use browser-based dashboards to review vulnerability scan results, SAST findings, dependency audit reports, and DAST scan outputs from tools like Snyk, SonarQube, Veracode, and OWASP ZAP. Capturing screenshots of these dashboards at the time of each scan run creates a visual record of the security posture at that point in time, complementing the structured JSON or XML scan output with the visual context that dashboard views provide. SnapAPI integrates into security scanning pipelines as a post-scan documentation step that automatically captures the vulnerability dashboard state and attaches the screenshot to the scan record in your security management platform, giving security engineers and compliance auditors a complete picture of both the raw findings and the prioritized risk view that the dashboard presents at each scan cycle.
SnapAPI works with any authentication proxy or cookie injection pattern required to capture dashboards behind login walls, making it suitable for internal observability tools that restrict public access. Contact the SnapAPI team for guidance on authenticated capture workflows for your specific monitoring stack.