The client is a mid-sized manufacturing company in Karachi's industrial corridor with approximately 180 employees across production, warehouse, finance, and sales functions. Their IT environment consisted of three aging on-premises servers running their ERP system, file storage, and accounting software, supported by a single internal IT generalist and a network of ad-hoc relationships with hardware vendors who were called when something broke. In the twelve months before engaging Infraspine, the company had experienced seven significant IT incidents — two of which caused ERP unavailability lasting over four hours each, directly halting production scheduling and order processing. The IT person was spending the majority of their time firefighting rather than on any proactive or strategic work. The management team had no visibility into the health of their IT infrastructure until something failed.
Infraspine's engagement began with a two-week IT assessment covering infrastructure inventory, configuration review, backup verification, security posture, and incident history analysis. The assessment identified several critical risks: one server's RAID array had a failed disk that had not been flagged to anyone, backup jobs on the ERP server had been failing silently for three months meaning there was no recent recoverable backup, antivirus definitions on 40% of endpoints were more than six months out of date, and there was no monitoring of any kind on the server environment. The server that had caused the two longest outages was running at 94% disk capacity — a state it had been in for months without anyone knowing. The assessment report gave the management team, for the first time, a clear and honest picture of their IT environment's actual risk profile.
Implementation proceeded in three phases over eight weeks. Phase one deployed infrastructure monitoring — agents on all three servers and network equipment, feeding into Infraspine's NOC monitoring platform. This gave immediate visibility into CPU, memory, disk, and network metrics with alerting thresholds configured for proactive intervention before thresholds became outages. The failed RAID disk was replaced within 48 hours of monitoring deployment; the almost-full disk had capacity added within the first week. Phase two established a structured managed IT support service with a defined ticketing system, SLA commitments (critical issues acknowledged within 15 minutes, four-hour resolution target for production-affecting issues), and a monthly scheduled maintenance window for patching, backup testing, and configuration review. Phase three addressed the backup failures by implementing a new backup solution with daily verification testing and off-site replication to ensure a recoverable backup was always available.
The results measured over the following twelve months were significant. Unplanned IT downtime incidents reduced from seven in the preceding year to one — a network switch failure that was identified within four minutes by monitoring and resolved within two hours. The single remaining incident was resolved before it affected production. The internal IT person, freed from firefighting, was redeployed to work on an ERP optimisation project that the management team had wanted to start for two years but had never had the bandwidth to pursue. The client calculated that the managed IT service fee was equivalent to less than 20% of what the previous year's downtime incidents had cost in lost production time, overtime recovery costs, and management time — and that figure did not account for the avoided catastrophic risk of a full data loss event that the undetected backup failure had been creating. The relationship has since expanded to include cybersecurity monitoring and a cloud migration planning engagement.