Incident Response Planning: The 7 Steps Most Organizations Skip
The NIST Cybersecurity Framework and SANS Institute both provide excellent incident response frameworks. Most organizations adopt one, customize it minimally, store it in a SharePoint folder, and move on. The plan exists. It checks the compliance box. It has never been stress-tested against a scenario that even remotely resembles an actual breach. Here are the seven steps that the majority of organizations skip, and why each one matters when the incident is real and the clock is running.
Step 1: Pre-Authorize Emergency Actions
During an active incident, speed is survival. Yet most organizations require executive approval to take critical containment actions: isolating network segments, shutting down compromised systems, blocking external communications, or engaging forensic responders. At 2 AM on a Saturday, when the ransomware is spreading laterally, the approval chain becomes the bottleneck that turns a containable incident into a catastrophe.
Pre-authorize a defined set of emergency actions that the incident commander can execute without waiting for approval. Document the specific actions, the conditions under which they are authorized, and the notification requirements (who gets informed after the action, not before). This single step can reduce containment time from hours to minutes.
Step 2: Define Communication Protocols Before You Need Them
When a breach occurs, communication becomes chaos. Who notifies the CEO? Who briefs the board? Who talks to customers? Who handles media inquiries? Who communicates with regulators? If these questions are being answered for the first time during the incident, the answers will be wrong.
Pre-draft communication templates for each stakeholder: internal executive notification, employee awareness bulletin, customer notification (where legally required), regulatory disclosure, and media holding statement. These templates will be customized during the actual incident, but starting from a template is dramatically faster than starting from a blank page under crisis pressure.
Step 3: Map Your Critical Data and Systems
You cannot prioritize recovery if you do not know what matters most. Which systems are revenue-critical? Which databases contain regulated data? Which applications have the lowest tolerance for downtime? Most IR plans prioritize recovery generically ("restore critical systems first") without defining which systems are critical, in what order, and what "restored" means for each.
| Priority Tier | System Type | RTO/RPO |
|---|---|---|
| Tier 1 | Customer-facing, revenue-generating | Within hours |
| Tier 2 | Operational, employee-facing | Within days |
| Tier 3 | Administrative, non-urgent | Within weeks |
Step 4: Establish Out-of-Band Communications
If your primary communication tools (email, Slack, Teams) run on the same infrastructure as the compromised systems, you may lose communication capability during the incident. Attackers know this and frequently target communication systems specifically to delay coordination.
Establish an out-of-band communication channel that is independent of your primary IT infrastructure: a dedicated Signal group, a separate phone bridge, or a third-party incident management platform that the attacker cannot access through your compromised environment.
Step 5: Identify and Pre-Engage Third Parties
During an incident, you will likely need forensic investigators, legal counsel (breach notification law is complex and varies by jurisdiction), crisis communications support, and potentially law enforcement engagement. Finding, vetting, and engaging these parties during an active incident wastes hours you do not have.
Pre-negotiate retainer agreements with an incident response firm and a breach-specialized law firm. Have their contact information in the out-of-band communication channel, not in the corporate directory that may be inaccessible.
Step 6: Conduct Realistic Tabletop Exercises
"Most tabletop exercises are too gentle. They present a clean scenario with clear information and ample time. Real incidents are messy: information is incomplete, contradictory, and arriving faster than you can process it."
- Source on Realistic Incident Response
A tabletop exercise is a facilitated simulation where the incident response team walks through a realistic breach scenario, making decisions in real-time and identifying gaps in the plan. The operative word is realistic. The goal is not to validate the plan but to break it and then fix it.
Step 7: Conduct Full Recovery Drills
The ultimate test of incident readiness is a full recovery drill: actually restoring systems from backup in an isolated environment and verifying that they function correctly. Most organizations have never done this. They trust their backups because the backup jobs report "success." A backup job that completes successfully and a backup that can be restored to a functional state are not the same thing.
Schedule a full recovery drill at least annually. Restore your Tier 1 systems from backup, verify functionality, and measure how long the process takes. Compare the actual recovery time to your documented RTOs. The gap between them is your real recovery risk, and you would rather discover it during a drill than during an actual incident.
Implementing these often-overlooked steps can significantly improve incident response effectiveness. For organizations unsure of their readiness, consider a Flynaut Incident Response Readiness Assessment and explore our security services for tailored support.
How many of these seven steps has your organization completed? Request a Flynaut Incident Response Readiness Assessment at flynaut.com/oneprotect.
Related Reading
- Ransomware Resilience: Moving Beyond Backup to True Recovery Readiness
- Third-Party Risk Management: Protecting Your Extended Enterprise
- Email Security in the Age of AI-Powered Phishing: What Has Changed
Ready to take the next step? Explore Flynaut OneProtect Security Services to discuss how we can help your organization.