Incident Response Template - Free Download & Example

When a production incident strikes, every minute counts. Teams without a predefined incident response plan waste precious time figuring out who does what, how to communicate and which steps to take in which order. This template provides a complete structure for managing incidents from detection to post-mortem: incident classification based on severity and impact (P1 through P4), an escalation matrix with roles (Incident Commander, Technical Lead, Communications Lead), responsibilities and contact details, a communication protocol for internal and external stakeholders including status update templates and frequency, a step-by-step triage and diagnosis process, a mitigation and recovery plan with rollback options and feature flag procedures, a post-mortem framework with blameless analysis, timeline reconstruction, root cause identification and preventive action items. The template also includes a section for documenting lessons learned and tracking improvement metrics such as MTTD (Mean Time to Detect), MTTR (Mean Time to Recover) and incident frequency per category. Additionally there is space for recording runbooks per critical service: step-by-step diagnosis instructions that enable any on-call engineer to assess an incident, even when they are not the original builder of the system. The template also helps teams build an incident history that over time reveals patterns and enables proactive improvements before problems recur. The template also provides guidelines for communicating with end users during an incident, including templates for status page updates that come across as professional and transparent without causing unnecessary panic.

Variations

How to use

Step 1: Download the incident response template and adapt it to your organisation, technical infrastructure and team composition. Define incident severity levels (P1 through P4) with concrete criteria so everyone speaks the same language when classifying incidents. P1 is complete outage for all users, P4 is a cosmetic issue without functional impact. Step 2: Establish the escalation matrix with three core roles: the Incident Commander (coordinates the incident, makes decisions), the Technical Lead (performs diagnostics and recovery) and the Communications Lead (informs stakeholders and customers). Fill in the primary and secondary contact person per role, including phone number and availability. Step 3: Define the communication protocol per severity level. For P1 incidents send an immediate internal notification to the entire team and start the status page update. For P2 inform the team and direct stakeholders. For P3 and P4 a ticket in the backlog suffices. Determine update frequency: every 15 minutes for P1, every hour for P2. Step 4: Document the triage procedure: how do you identify the affected systems, which dashboards and logs do you consult first, how do you confirm the impact scope and how do you isolate the problem? Create a specific diagnosis path per critical service with the most common failure modes. Step 5: Describe mitigation options per scenario: rollback to previous version, disable feature flag, redirect traffic to fallback, database recovery, cache invalidation. Define in advance when each option is appropriate so you do not lose time on decision-making during an incident. Step 6: After resolving the incident schedule a blameless post-mortem within 48 hours. Reconstruct the timeline from detection to recovery, identify the root cause via Five Whys analysis, document what went well and what can improve, and define concrete action items with owner and deadline. Step 7: Archive the post-mortem report and share it with the entire team. Review incident metrics monthly (MTTD, MTTR, incident frequency) to identify trends and implement structural improvements. Step 11: Prepare a communication template for external status updates that you can publish on your status page or via email. Draft three variants: an initial message at incident start, an interim update with progress and a closing message upon recovery. Step 12: Schedule a blameless post-mortem session within 48 hours after every significant incident. Document the timeline, root cause, actions taken and improvement measures that should prevent recurrence. Share the report with the entire team.

How MG Software can help

MG Software helps teams set up a complete incident management process: from configuring monitoring and alerting (Datadog, Sentry, PagerDuty) to training teams in incident response procedures. We facilitate post-mortem sessions, help identify structural improvement points and advise on SRE best practices that measurably improve your platform reliability. Our experience with production incidents across diverse clients enables us to organise realistic scenario exercises. We also help set up status page communication so your end users always stay informed about recovery progress during an incident. Additionally we advise on structuring on-call rotations that are sustainable for your team, including compensation arrangements and escalation paths that prevent any single engineer from becoming overloaded. Our team has experience building runbooks per critical service, so that engineers who are not the original builders can still effectively diagnose and resolve incidents. We also offer quarterly reviews where we jointly analyse incident metrics and prioritise concrete improvement initiatives.