March 10, 2026

How to Auto-Update Stakeholders on SLO Breaches with Rootly

Learn to auto-update stakeholders on SLO breaches with Rootly. Our guide shows how to automate notifications to free up engineers and build trust.

Service Level Objectives (SLOs) are critical, measurable targets for system reliability [1]. But when an SLO is breached, engineering teams face a conflict: fix the system or update anxious stakeholders. Manual communication is slow, prone to error, and pulls responders away from the urgent task of resolution. The risk is clear—every minute spent typing an update is a minute lost on the fix.

The solution is to automate this process. By setting up a system for auto-updating business stakeholders on SLO breaches, teams can ensure information flows predictably without distracting engineers. This guide demonstrates how to use Rootly to transform this stressful manual task into a seamless, automated workflow.

Why Automating Stakeholder Communication is Non-Negotiable

Relying on manual updates during an incident introduces significant risks that automation directly solves. Moving to an automated system isn't just about convenience; it's a strategic move to harden your incident response process.

Reduces Resolution Time: The primary risk of manual updates is a slower response. Automation frees engineers from writing status emails and allows them to focus entirely on diagnostics and resolution, which directly helps reduce Mean Time to Resolution (MTTR).
Prevents Inconsistent Messaging: Under pressure, manual updates can be rushed, inconsistent, or overly technical, leading to stakeholder confusion and eroding trust. Automation uses pre-approved templates to ensure every message is clear, consistent, and accurate.
Builds Trust Through Proactive Transparency: Automated alerts, sent the moment an issue is detected, demonstrate control and preparedness. This proactive approach builds confidence with business leaders, even when services are degraded [2].
Minimizes Interruptions: When stakeholders know they will receive timely updates, they are less likely to interrupt responders for information. This allows the engineering team to maintain focus without constant context switching.

How Rootly Connects SLOs to Automated Communications

Rootly acts as the central automation hub for your incident management process. It connects the technical alerts from your monitoring tools to the business-friendly updates in your communication channels.

The process begins when Rootly ingests an alert from an integrated observability platform like Datadog or New Relic. It can be configured to listen for specific signals, such as SLO burn rate alerts, which indicate that your error budget is depleting faster than planned [3].

This trigger kicks off a Rootly Workflow, a customizable, no-code engine that executes a series of automated tasks. Upon triggering, Rootly can immediately map the incident to the specific services and SLOs it affects. This context is what allows Rootly's automation pipeline to align incidents with business targets and deliver relevant, contextual communication to the right people.

A Step-by-Step Guide to Automating SLO Updates in Rootly

Configuring these automated notifications is a straightforward process in Rootly. Follow these steps to build a workflow that handles SLO breach communication from detection to resolution.

Step 1: Integrate Your Alerting and Communication Tools

Automation relies on connected systems. Start by navigating to Rootly's integrations page. Connect the monitoring tools that generate your SLO alerts, and then ensure your primary communication platforms, like Slack and email, are also connected and configured.

Step 2: Create a Workflow for SLO Breaches

Workflows are where you define the logic for your automation. Create a new workflow specifically for handling SLO breach alerts.

Trigger: Configure the workflow to trigger from an incoming alert via your monitoring tool. Use conditional logic to target only SLO-related alerts. For example, set the trigger to run if an alert's payload contains a specific phrase like "SLO Breach" or "High Error Budget Burn."
- Tradeoff: Be precise with your trigger conditions. A trigger that's too broad can create noisy, low-value incidents. A trigger that's too narrow might fail to catch a real issue. Test and refine your conditions based on your specific alerting patterns.
Action 1 - Declare an Incident: The first workflow task should automatically declare an incident. This is the first step to automatically notifying the right teams and cutting MTTR, as it creates a dedicated Slack channel, pages the on-call responder, and centralizes all activity.
Action 2 - Notify Stakeholders: Add a task to "Send a Slack message" or "Send an email." Based on AI-powered analysis of SLO burn alerts, this action will use a template to deliver a clear update to a designated stakeholder channel.

Step 3: Craft a Clear and Concise Message Template

An effective stakeholder message is non-technical, states the customer impact, and sets clear expectations. Use Rootly's template variables to dynamically populate the message with real-time incident data.

Tradeoff: A common pitfall is creating a template that is too technical or lacks clear impact. A poorly designed template can cause more confusion than it solves. Always write for a non-technical audience and test the template with business stakeholders to ensure clarity.

Example Slack Message Template:

Channel: Post to a dedicated, non-technical channel like #stakeholder-updates.
Message:

:alert: Service Performance Degradation: {{ incident.service.name }}
Impact: The {{ incident.service.name }} service is experiencing issues that put its reliability targets at risk. Customers may encounter slow load times or login failures.
Status: An incident has been declared, and our on-call team is investigating now.
Next Update: We will provide a status update within 30 minutes. You can follow technical progress in the {{ incident.slack_channel_name }} channel.

Step 4: Automate Milestone and Resolution Updates

Effective communication must continue throughout the incident lifecycle [4]. A single notification isn't enough. Enhance your workflow to send updates at key moments.

Add timed tasks that prompt the incident commander to post an update or automatically push new information to a Status Page. Most importantly, configure a final task that triggers when the incident is resolved. This action should send an "all-clear" notification to the stakeholder channel, confirming the service is stable and closing the communication loop. As a comprehensive incident management platform, Rootly orchestrates all these steps in a single, unified workflow.

Conclusion: Build Reliability and Trust with Automation

Manually communicating during an SLO breach is an outdated practice that slows down recovery and introduces unnecessary risk. Auto-updating business stakeholders on SLO breaches with Rootly is a high-leverage improvement that empowers engineers, provides clarity to the business, and builds organizational trust.

By transforming raw monitoring data into automated, context-rich communications, you can turn chaotic incidents into structured, predictable, and efficient processes.

Ready to stop the manual updates and focus on what matters? Book a demo or start a free trial to see Rootly's automation in action.