The challenge: keeping the service desk under control
For MSPs managing high volumes of tickets, recurring alerts, SLA deadlines and distributed engineering teams, maintaining clean queues and accurate data can consume hours of valuable staff time.
For Pacific IT Support, keeping service desk operations running smoothly across a dispersed team — with half its crew offshore — meant finding a smarter way to manage the daily workload without constant manual oversight.
The solution: AI-powered automation connected to Autotask
Using Recursyv AI, Pacific IT Support connects their corporate AI (in this case Claude) directly to its Autotask service desk, giving the team better insight into operational tasks and service delivery, and actionable insights, through natural-language prompts in an LLM.
Rather than manually monitoring queues, checking tickets and compiling reports, Recursyv AI helps keep service desk operations moving.
How Recursyv AI helps Pacific IT automate
- Cleaner ticket queues: detects spam and duplicate tickets, consolidates recurring alerts into tracked issues and keeps ticket data synchronised.
- Proactive SLA and queue management: checks SLA status throughout the day, flags stale tickets and identifies work ready to close or bill.
- Better team visibility: reviews time-entry accuracy, provides engineer workload snapshots and generates individual reports with dispatch charts and clickable ticket links.
- Smarter maintenance workflows: automatically classifies and dispatches recurring maintenance tickets.
- Actionable service delivery reporting: produces weekly scorecards and time-series reports to help managers monitor performance and prepare team huddles.
The results: 200+ hours recovered in two months
By automating repetitive service desk administration and keeping queues clean, Recursyv AI is helping Pacific IT Support reclaim valuable team capacity, improve operational oversight and reduce the need for continuous manual monitoring.
For a distributed team, this represents more than time saved: it is a force multiplier that helps a small MSP operate more efficiently.
