SLA Breaches Were Discovered on Monday Morning From a Weekend Spreadsheet Export.

SLA monitoring was retrospective. Breaches were reported after they happened. The team could never prevent a breach, only count them.

Head of Service DeliveryVP IT OperationsCIO

Last updated

Business Problem

SLA compliance was measured weekly. Every Monday, an analyst extracted ticket data from the service desk, compared resolution times against SLA targets, and produced a spreadsheet of breaches from the previous week. The service delivery manager reviewed the spreadsheet on Tuesday. By then, the breached tickets were 5–9 days old. Clients received apology emails. The process repeated. In 18 months, the team had never prevented a single SLA breach because the monitoring was entirely retrospective. Critical tickets had the same escalation path as low-priority tickets: manual queue assignment with no urgency differentiation.

Current Challenges

  • A critical infrastructure ticket sat in the general queue for 6 hours because routing was first-come-first-served. The SLA required 30-minute acknowledgment.
  • SLA and OLA conditions were defined in contract documents, not in the system. When a ticket was paused for client input, the SLA clock continued because the system had no pause/resume rules.
  • Escalation was manual: a senior engineer had to notice a ticket was aging. Multi-channel escalation (email + SMS + in-app) did not exist.
  • The same SLA targets applied to all ticket types. A password reset and a production outage had the same response window.

How the Platform Solves It

SLA management operates at three tiers (standard, critical, and urgent), with configurable response and resolution targets per tier. Start, pause, resume, reset, and cancel conditions are defined in the system: when a ticket is paused for client input, the clock stops automatically. Automated multi-channel escalation (email, SMS, in-app) triggers before breach based on configurable warning thresholds, not after breach from a Monday spreadsheet. Dynamic routing assigns tickets by category, priority, and engineer expertise, so a critical infrastructure issue goes directly to an infrastructure specialist, not into a general queue. Breach prediction alerts surface tickets approaching their SLA window, giving the team time to act.

Explore Business Functions (Operations) →

Business Outcomes

  • SLA breach prevention replaced retrospective counting, as escalation triggers before breach, giving the team time to act instead of apologize
  • The 6-hour critical ticket delay was eliminated: dynamic routing sends infrastructure issues directly to infrastructure specialists
  • Pause/resume SLA rules stopped the clock during client-input waits, eliminating false breaches that inflated the weekly report
  • Three-tier SLA targets differentiate response expectations: password resets and production outages no longer share the same window

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