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Beyond MTTR: Why “Time to Innocence” Is Costing Your IT Team

Solution Category Security Analytics
Type Webinar
Organization SolarWinds

Webinar Description

Key Takeaways

  • Webinar addresses “Time to Innocence,” the unmeasured time infrastructure teams spend proving they are not the cause of application slowdowns
  • Explores how fragmented visibility across diversified IT estates leads to blame cycles and reactive hardware scaling
  • Introduces the Monitor, Diagnose, Optimize, and Observe Everywhere framework for database observability
  • Includes a live demonstration of SolarWinds Database Performance Analyzer
  • Presented by Sanj Sandhu on 17 November

The Time to Innocence Problem

When applications slow down, infrastructure teams are typically blamed first. Before any root cause analysis begins, these teams must prove the issue does not lie with the network or servers. This defensive phase, referred to as “Time to Innocence,” is rarely tracked alongside standard metrics like Mean Time to Acknowledge (MTTA) or Mean Time to Resolve (MTTR), yet it consumes significant resources during incident response.

The webinar examines how this pattern creates an unbalanced loop: as IT estates diversify, visibility becomes fragmented, blame shifts without evidence, and teams resort to reactive hardware scaling. While scaling may calm the immediate crisis, it fails to address underlying causes, often rooted in database performance, allowing the cycle to repeat at greater scale.

Database Observability Framework

The session presents a four-part framework: Monitor, Diagnose, Optimize, and Observe Everywhere. This approach aims to give infrastructure teams database-aware evidence to end blame cycles and hand off root cause identification with proof rather than speculation. A live demonstration using SolarWinds Database Performance Analyzer will show how to trace slow queries to their actual source.

Who Should Attend

This webinar is designed for infrastructure leaders, IT operations professionals, and site reliability engineers who regularly participate in incident response and want to reduce the time spent defending infrastructure before actual troubleshooting begins.