MTTR Reduction
From hours to minutes. Every incident.
ManySignal compresses the detection-to-containment timeline by automating the three slowest phases: triage, investigation, and evidence assembly. The median MTTR for account compromise drops from 3–8 hours to 28 minutes.
Where time goes — before and after
Average timelines for account compromise incidents. Manual SOC baseline vs. ManySignal.
| Phase | Manual SOC (Before) | ManySignal (After) | Improvement |
|---|---|---|---|
| Detection (MTTD) | 45–90 min | < 30 sec | 99.4% faster |
| Triage (MTTT) | 30–60 min | < 30 sec | 99.2% faster |
| Investigation (MTTI) | 60–120 min | 4 min | 97% faster |
| Containment (MTTR) | 2–8 hours | 28 min | 90% faster |
| Case close (total) | 4–16 hours | 45 min | 90% faster |
Median values across 150+ enterprise deployments. Individual results vary by environment complexity and data source coverage.
What compresses each phase
Detection
Continuous vs. batch
Real-time telemetry processing fires detections as events occur, not in the next log batch cycle. Eliminates the 45–90 minute detection delay in polling-based systems.
Triage
AI vs. manual queue
The Triage agent evaluates every alert in 20–30 seconds with a structured 12-point protocol. Manual triage takes 30–60 minutes when analysts get to it — often hours later.
Investigation
Parallel vs. sequential
The Investigate agent runs 8+ enrichment and correlation queries simultaneously. Manual investigation runs them one at a time, across multiple tools, with context-switching overhead.
Evidence assembly
Automated vs. hand-written
Attack timeline, affected assets, and MITRE mapping are assembled automatically. Analysts receive the finished product — no manual correlation or timeline construction.
Approval and response
One-click vs. multi-step
Containment actions dispatch from inside the case with one approval click. Manual response involves tool-switching, manual API calls, or waiting for access to restricted systems.
Case documentation
Auto-generated vs. manual report
Post-incident reports generate automatically at case close: timeline, root cause, actions taken, recommendations. No analyst time required for documentation.
MTTR reduction outcomes
90% reduction in total MTTR
Detection-to-close timeline compresses from hours to under 45 minutes for most incident types.
Investigation in 4 minutes vs. 90 minutes
Parallel enrichment and automated timeline assembly eliminate the longest phase of manual incident response.
Containment before the attacker moves
Sub-90-second detection-to-page means containment reaches affected assets before most lateral movement sequences complete.
MTTR metrics visible in the SOC dashboard
Mean time for each phase tracked per incident type, per time period. Compare against pre-deployment baseline.
Baseline assessment before you buy
Pre-deployment assessment establishes your current MTTR baseline using historical incidents, so improvement is measurable.
30/60/90 day progress reviews
Structured reviews with your customer success team track MTTR improvement against the baseline through the first quarter.
What security leaders say about MTTR
“Month-end MDR client reports used to take my team three days. Now the report agent generates them from case data in minutes.”
Grace Whitfield
MDR Practice Director, Quillstone Legal
“Every verdict comes with the question set, the answers, and the weights. Our auditors had never seen anything like it.”
Jonas Meyer
Director of Security & Compliance, Cobalt Health
“The kill switch mattered more than any demo. When leadership asked 'what if it goes wrong', we had a one-click answer.”
Rachel Steinberg
Deputy CISO, Northwind Bank
MTTR reduction — common questions
What does ManySignal actually measure as MTTR?
ManySignal measures MTTR as the time from first detection event to the last containment action for a case. Sub-metrics are tracked separately: mean time to detect (MTTD), mean time to triage (MTTT), mean time to investigate (MTTI), and mean time to respond (MTTR for the response phase only). Each is visible in the SOC metrics dashboard.
What's the typical MTTR for account compromise incidents before and after ManySignal?
In customer baseline assessments, account compromise MTTR before ManySignal ranges from 3 to 8 hours (including overnight delays when incidents go undetected until morning). After ManySignal, the median MTTR for account compromise is 28 minutes: 30 seconds to detect, 24 seconds to triage, 4 minutes to investigate, and 22 minutes from on-call page to approved containment.
Does the automated case assembly actually reduce investigation time, or just move it earlier?
It genuinely reduces it. Manual investigation involves querying multiple systems, correlating events by hand, and writing up findings. ManySignal's Investigate agent runs these queries in parallel and produces a structured output the analyst reads — not reproduces. The actual investigation work is done by the agent; the analyst validates and decides.
How do we measure our current MTTR baseline before deploying ManySignal?
ManySignal's pre-deployment assessment team runs a telemetry analysis against your historical incidents to establish a baseline MTTR per incident type. This uses your existing log data — no new tooling required. The baseline is delivered as part of the onboarding package and used to measure progress at 30, 60, and 90 days post-deployment.
What types of incidents see the largest MTTR improvement?
The largest improvements are typically seen in: account compromise (3–8 hours → 28 minutes), phishing response (2–4 hours → 15 minutes), and lateral movement detection (6–24 hours → under 90 minutes). Cloud misconfiguration response improves from days to hours because ManySignal surfaces findings continuously, not in weekly scan batches.
What is the minimum MTTR achievable for a high-confidence threat with ManySignal in full autonomous mode?
For detections where pre-approved autonomous containment is configured, MTTR can be as low as 90 seconds: 30 seconds detection, 24 seconds triage, 45 seconds investigation, and near-instant autonomous action dispatch. This is achievable for high-confidence, well-defined threat types like known-bad IP connections, malware hash matches, and credential use from impossible travel locations. Analyst-reviewed cases add the approval decision time on top of that baseline.
How does MTTR improvement translate to business risk reduction?
Dwell time is directly correlated with breach impact. The IBM Cost of Data Breach report shows breaches identified and contained in under 200 days cost on average $1.2M less than those taking longer. ManySignal's MTTR reduction — from hours to minutes for most incident types — compresses the attacker's window for lateral movement, data access, and persistence establishment. Reduced dwell time directly reduces the scope of what an attacker can accomplish before containment.
Can we use ManySignal's MTTR data in our cyber insurance renewal application?
Yes. ManySignal's SOC metrics report provides documented MTTR by incident type with timestamps — exactly the format cyber insurers request as evidence of detection and response capability. Several ManySignal customers have reported that documented MTTR improvement contributed to premium reductions or improved coverage terms at renewal. The report is exported as a PDF formatted for insurer submission.
Does MTTR improvement affect compliance standing with frameworks like PCI DSS or HIPAA?
Yes. PCI DSS Requirement 12.10 requires a documented incident response plan with defined response times. HIPAA requires timely breach identification and notification. ManySignal's MTTR reporting serves as documented evidence that incidents are being detected and responded to within defined windows. The evidence package includes timestamps from detection through containment, which satisfies the auditor's requirement for proof of timely response.
Get your MTTR baseline assessment
Share 90 days of incident data. We'll calculate your current MTTR per incident type and project the improvement with ManySignal — before you commit to anything.