Free Tool

Incident Response Time Calculator

Calculate your mean time to respond (MTTR) to DDoS incidents and see how automated detection dramatically reduces response times.

Your Current Response Times

Detection method

How do you currently detect DDoS attacks?

Triage time (minutes)

Time to assess the incident severity and scope

Mitigation time (minutes)

Time to apply countermeasures (firewall rules, null-route, etc.)

Recovery time (minutes)

Time to verify services are fully restored

80 min

Your current MTTR

56 min

MTTR with Flowtriq

30%

Time reduction

Without Flowtriq

Detection

15 min

Triage & Analysis

15 min

Mitigation

30 min

Recovery & Verify

20 min

Total: 80 min

With Flowtriq

Detection

1 second

Triage & Analysis

5 min

Mitigation

20 min

Recovery & Verify

10 min

Total: ~36 min

Understanding MTTR for DDoS Incidents

Mean Time to Respond (MTTR) is one of the most critical metrics for measuring your security operations effectiveness. For DDoS attacks, MTTR includes four phases: detection, triage, mitigation, and recovery. Each phase contributes to total downtime and business impact.

The detection phase is where the biggest gains can be made. Traditional monitoring tools poll metrics every 30-60 seconds and may take multiple data points to confirm an anomaly. User-reported detection averages 15-30 minutes. By contrast, Flowtriq checks packets per second every single second and alerts within 1 second of threshold breach.

Why Detection Speed Matters Most

Faster detection does more than just shave minutes off your timeline. When you detect an attack in 1 second, your team receives pre-classified attack data (SYN flood, UDP amplification, etc.) and PCAP captures immediately. This eliminates most triage time, since your team already knows what they are dealing with and can jump straight to mitigation with the right playbook.

Organizations using automated, real-time detection report 40-70% reductions in total incident response time compared to manual detection methods.

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FAQ

Frequently Asked Questions

What is MTTR in DDoS incident response?

MTTR (Mean Time To Respond) measures average time from attack onset to service restoration. Industry average MTTR without automation: 5–15 min detection + 20–40 min manual mitigation. With automated detection and mitigation: under 1 second detection, under 2 minutes for full auto-mitigation.

How does automated DDoS mitigation reduce MTTR?

Automation eliminates the manual detection phase (typically 5–15 minutes) and applies mitigation rules in under 2 seconds vs. 20–40 minutes for a human to SSH in, diagnose, and respond. For a business losing $5,000/minute, reducing MTTR from 30 minutes to 2 minutes saves $140,000 per incident.

What is a good MTTR target for DDoS response?

Best-in-class MTTR for DDoS is under 5 minutes end-to-end. Sub-60-second detection with automated mitigation is achievable with a kernel-level agent. Manual-only response typically has MTTR of 15–45 minutes. Each 10-minute MTTR reduction in a 1-hour attack represents 16% less revenue lost.