Auto‑Update Stakeholders on SLO Breaches via Rootly

Automate stakeholder updates for SLO breaches with Rootly. Reduce manual work, provide timely alerts, and let your engineers focus on resolution. Learn how.

When a service-impacting incident occurs, engineers are under pressure to resolve it quickly. At the same time, business stakeholders from product, support, and leadership need to understand the impact. Manually providing updates is a distraction that pulls responders away from the fix, often leading to slow and inconsistent communication. Automating this process bridges the gap between technical and business teams.

Using an incident management platform like Rootly allows you to provide instant SLO breach updates to stakeholders. This guide shows you how to set up automated workflows that keep everyone informed, reduce manual work, and let your engineering team focus on what they do best: resolving the incident.

Why Automating SLO Breach Communication Matters

Alerting based on Service Level Objectives (SLOs) focuses your attention on what truly affects the user experience. Automating the communication around these alerts ensures the right people understand the business impact without creating unnecessary noise.

  • SLOs and SLIs: SLOs are your reliability targets promised to users, such as 99.9% uptime, measured by Service Level Indicators (SLIs) like latency or error rate.
  • Error Budgets: An error budget is the acceptable amount of unreliability before you breach your SLO [1]. When the budget is depleted, the user experience is significantly degraded.
  • Burn Rate Alerts: Modern monitoring uses burn rate—the speed at which your error budget is consumed—to trigger alerts [2]. A sudden spike in burn rate is a critical signal that a real problem is developing, making it a perfect trigger for stakeholder communication.

When a burn rate alert fires, it’s not just another notification; it’s a clear sign that business impact is imminent or already happening. Automatically translating that signal into a clear message for stakeholders is essential for managing customer trust and business continuity.

How to Automatically Update Stakeholders with Rootly

You can configure Rootly to ingest SLO breach alerts, trigger a workflow, and send tailored updates to different groups through Slack, status pages, and more. This automation is key to auto-updating business stakeholders on SLO breaches.

Step 1: Connect Your Monitoring Tools to Rootly

Rootly acts as a central hub for all your alerts. The first step is to route alerts from your monitoring and observability tools—like Datadog, New Relic, or Grafana—into the platform.

Using Rootly's Alert Routing, you can create rules that specifically identify alerts related to SLO breaches [3] [3]. You can filter these based on content in the alert payload, such as tags or text like "SLO Breach," ensuring they are handled correctly.

Step 2: Build a Workflow Triggered by SLO Alerts

Rootly Workflows are the engine that drives your automation. Once your alerts are flowing in, you can build a workflow that listens for specific triggers.

To start, create a new workflow with the following configuration:

  • Trigger: Set the workflow to start when an incoming alert matches your predefined SLO breach criteria.
  • Action: Define the sequence of automated tasks the workflow will execute once triggered, such as declaring an incident and notifying teams.

Step 3: Automate Your Communication Channels

This is where you define how and where stakeholders receive updates. A single workflow can orchestrate communication across multiple channels simultaneously.

  • Post in a Stakeholder Slack Channel: Create a dedicated, non-technical Slack channel (for example, #incidents-stakeholders) for these updates. Configure a workflow step to post a clear, concise summary using Rootly's template variables.
    • Example Message: "⚠️ Incident Declared: {{ incident.title }} \n Severity: {{ incident.severity_name }} \n Impacted Service(s): {{ incident.services | join(separator=', ') }} \n Our engineering team is investigating. You can follow progress in the dedicated [#{{ incident.slack_channel_name }}] channel."
  • Update Your Status Page: The workflow can automatically create an incident on your public or private Rootly Status Page. This makes the issue visible to customers and internal teams immediately, without requiring someone to manually log in and publish the incident [4] [4].
  • Notify Executives: For critical incidents, you can add a workflow step to send a direct message or email to an executive group. Use AI-powered executive alerts for major incidents in real-time to generate a high-level summary that focuses on business impact, not technical details.

Best Practices for Effective Stakeholder Updates

Automation gets the message out fast, but the quality of that message is what makes it effective.

Keep Updates Clear and Jargon-Free

Focus your automated messages on business impact. Instead of "p99 latency has spiked for the API service," try "Users may be experiencing slowness when loading their dashboards." Describe what users can or can't do.

Maintain a Single Source of Truth

Ensure all automated notifications link back to a central place, like the main incident Slack channel or the status page. This prevents confusion, avoids fragmented conversations, and keeps everyone aligned.

Provide Updates on a Regular Cadence

An incident is a process, not a single event. You can use Rootly's workflows to remind the Incident Commander to post updates at regular intervals, ensuring stakeholders aren't left in the dark as the incident lifecycle progresses [5] [5].

Conclusion: Focus on Resolution, Not Repetitive Updates

By setting up a system for auto-updating business stakeholders on SLO breaches, your engineering teams can remain focused on resolving the incident. Rootly handles the repetitive task of communication, ensuring that updates are timely, consistent, and clear. This not only reduces manual toil but also builds trust with business stakeholders by keeping them informed.

Ready to streamline your incident communication? Book a demo or start your free trial today.


Citations

  1. https://sre.google/workbook/alerting-on-slos
  2. https://oneuptime.com/blog/post/2026-02-17-how-to-configure-burn-rate-alerts-for-slo-based-incident-detection-on-gcp/view
  3. https://rootly.mintlify.app/alerts/alert-routing
  4. https://rootly.mintlify.app/configuration/publishing-incidents-via-web-ui
  5. https://rootly.mintlify.app/incidents/incident-lifecycle