Most network incidents do not announce themselves. They start as subtle performance anomalies — a circuit trending toward saturation, a routing protocol instability, a switch running out of MAC table space. By the time users notice, the damage is done.
Proactive network support means detecting these signals before they become outages — and having the engineering context to resolve them without delay. It is included in every Fortress managed infrastructure plan — no separate fee.
Reactive support is not cheaper — it is more expensive in aggregate. Here is how the two models compare across the dimensions that affect your business.
Every proactive support retainer includes the full service stack — no feature tiers, no upsells for basic capabilities.
Continuous uptime and performance monitoring across all managed devices — switches, routers, firewalls, wireless infrastructure, and WAN circuits. We are watching before your users notice a problem.
Customized alert thresholds for interface utilization, CPU/memory, BGP neighbor state, STP topology changes, and device availability — with escalation paths defined for each alert severity.
Common fault scenarios are handled by pre-approved runbooks — no waiting for approval to restart a failed process, re-establish a flapping BGP session, or reallocate DHCP pool space. Routine issues are resolved faster.
Scheduled patching of network device firmware and security appliance signatures, with testing in maintenance windows and rollback procedures documented before any change is applied.
All infrastructure changes go through a formal change process: documented request, risk assessment, rollback plan, and implementation approval before touching production. Every change is logged.
Delivered by the 5th of each month: uptime statistics, incident summary with MTTR data, capacity trending graphs, top alerting devices, and forward-looking recommendations.
A structured 60-minute QBR with your dedicated Fortress engineer: SLA review, capacity planning, security posture update, and a preview of upcoming infrastructure lifecycle events.
For hardware failures, physical layer issues, and incidents requiring hands-on intervention — our engineers are available for emergency on-site dispatch within the New York City metro area.
Incident severity determines response commitment. Every SLA in this table is contractually binding — not a target, but an obligation.
Examples: Complete site outage, core switch failure, WAN circuit down
Examples: Partial outage, significant performance degradation, redundant path failure
Examples: Single device alerts, minor performance anomalies, informational threshold breaches
Every managed services engagement goes through a structured 4-week onboarding before full steady-state operations begin. Shortcuts here create monitoring gaps — we do not take them.
We learn your environment before we touch it. The discovery phase produces a complete, accurate picture of what you have — often surfacing undocumented devices and configuration risks in the process.
We deploy our monitoring stack into your environment and tune it specifically for your infrastructure — not a generic template. Alert thresholds are calibrated against your actual performance baselines to minimize false positives.
Week 5 marks the transition to steady-state managed operations. Your 30-day review call validates that alerting is properly tuned and your team is satisfied with the reporting cadence before we declare the onboarding complete.
The first step is a no-cost infrastructure review. We will assess your current monitoring posture, identify coverage gaps, and show you what proactive management would look like for your environment.
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