--- title: "Monitoring and network operations" description: "Monitoring of servers, networks, storage, cloud and applications by a network operations center, with incidents handled to written response targets." url: https://www.expandware.com/services/managed-it/monitoring-and-noc/ section: "Services" topics: ["Managed IT", "ITIL 4", "Zabbix", "Prometheus", "Grafana"] publisher: "Expandware Private Limited" --- # Monitoring and network operations Monitoring of servers, networks, storage, cloud and applications by a network operations center, with incidents handled to written response targets. Your systems, watched around the clock. Production does not fail during business hours by preference. Our managed operations give you a named engineer inside a 15-minute P1 response target, proactive patching and capacity work, and reporting that shows exactly what was done and why. Monitoring covers the whole stack, from power and network links to databases and application health, so an alert names the failing layer rather than a symptom. Where it usually starts: - Outages are reported by users before monitoring notices them. - Alerts go to an inbox that nobody reads after hours. - Monitoring tools exist, but nobody has tuned them, so every alert is ignored. - Your engineers spend more time firefighting production than building anything new. What is included: - Full stack monitoring: Power, network, servers, storage, virtualization, cloud, databases and applications. - Alert triage: Alerts correlated and prioritized by engineers, not forwarded raw. - Incident response: A 15-minute P1 response target for Enterprise SLA clients, with a named engineer. - Patching and maintenance: Operating system, firmware and platform updates on an agreed calendar. - Capacity planning: Trends in storage, compute and bandwidth reported before they become outages. - Root cause analysis: Every P1 and P2 incident analyzed, with fixes tracked to completion. Where it sits: The network operations center is the watchful part of the managed IT architecture: it monitors the systems behind your users, from links and servers to databases, and hands confirmed problems to the people who fix them. Decisions to settle early: - Your tools or ours. Existing monitoring can often be tuned rather than replaced. We replace a tool only when that is cheaper than fixing it. - What we may act on alone. Pre-approved actions resolve incidents faster at night; others need your change process. The runbooks set the boundary. - How much to monitor. Watching everything produces noise; watching too little misses failures. Coverage follows what the business depends on. How the work runs: Detect, Monitored around the clock. Respond, Named engineer, 15-minute P1 target. Prevent, Patching, capacity and maintenance. Report, Root cause for every P1 and P2. How it is bought: - A fixed-fee assessment: We review your current monitoring, alert routing and recent incidents, and map what is watched against what the business depends on. You receive the coverage gaps and a fixed onboarding price. - A fixed-price build: Onboarding covers connecting monitoring to every layer in scope, tuning thresholds, writing alert runbooks and agreeing escalation contacts before we take responsibility. - Running it afterwards: Operations then run monthly against the service level, with patching and maintenance on an agreed calendar and root cause analysis for serious incidents. Worked example, outages reported by customers first. Say an online retailer has monitoring tools in place, but their alerts go to an inbox nobody reads after hours, and the last outage was reported by customers on social media. - Map: We list every layer the shop depends on, from internet links and load balancers to the database and payment provider, and check which are monitored. - Tune: Thresholds are set from measured baselines, related alerts are correlated, and each alert is tied to a runbook and an owner. - Respond: Alerts reach our engineers around the clock. They triage, follow the runbook and call your named contact when the business needs to know. - Review: Every serious incident gets a root cause report, and the fixes it identifies are tracked until they are done. At the end, failures are noticed by monitoring before customers, an alert means something when it fires, and each incident leaves the estate harder to break the same way. (An illustration, not a client account.) What you have at the end: - Monitoring coverage map: Every monitored system and service, what is checked on each, and the gaps still to close. - Alert runbooks for each service: What each alert means and the first steps to take, so a responder at night acts as one would by day. - Incident and root cause reports: A timeline, cause and fix for every P1 and P2 incident, with the follow-up actions tracked. - Maintenance calendar: Planned patching, firmware and platform work, agreed in advance and published to the people affected. - Monthly and quarterly service reviews: Availability, incidents, capacity trends and planned work, reviewed with you on a fixed schedule. Standards and platforms worked with: ITIL 4, Zabbix, Prometheus, Grafana, Datadog, LogicMonitor, PRTG, Azure Monitor, Amazon CloudWatch. Where it goes wrong, and what we design out: - Alerts nobody reads. Monitoring that sends everything to a shared inbox is no monitoring at all. Every alert reaches an engineer who acts on it, around the clock. - Default thresholds. Untuned alerts fire constantly and get ignored. Thresholds come from measured baselines, and alerts nobody acts on are removed. - Fixing symptoms. Restarting a service clears the alarm but not the cause. Serious incidents get a root cause and a tracked fix. What it changes: - A clear path during an incident. Severity, escalation, communication and recovery are agreed before an outage asks your team to improvise them. - Preventive work on the calendar. Patching, capacity and reliability improvements are planned work, not deferred until the next failure. - Reporting leaders can use. Activity, trends, risks and priorities are reviewed monthly and every quarter. How you will know it is working: - Outages are noticed by monitoring before users report them. - Each alert has a runbook and an owner. - The same incident does not recur once its fix is closed. - Capacity problems are reported weeks before they cause an outage. Who you work with: - Operations lead. Owns the service level, the monthly review and the root cause program. - NOC engineers. Watch, triage and respond around the clock, following the runbooks. - Platform specialists. Handle patching, capacity and the deeper fixes for each technology. What we need from you: - Access to the systems and monitoring tools in scope. - Escalation contacts on your side for every hour of the day. - Your change process and maintenance windows. - Records of recent incidents and their causes. Common questions: Q: What does a 15-minute P1 response target mean? A: For eligible Enterprise SLA clients, it is the target to acknowledge and begin coordinated response to a defined P1 incident. Recovery objectives and scope are agreed in the SLA. Q: What is covered, and what is not? A: The service boundary is written into the agreement: which systems, which hours, what counts as each severity and what falls outside. Anything ambiguous at signing becomes an argument during an incident, so we resolve it at signing. Q: Do we get the same engineers each time? A: Yes. A named engineer owns your environment, with a cross-trained backup so leave and time zones do not become your problem. You are told when that changes. Q: Can we exit without being stranded? A: Yes. Documentation, runbooks and access stay current throughout rather than being assembled at the end, and the agreement includes a defined transition out. Q: Can you work with the monitoring tools we already have? A: Usually, yes. We work with Zabbix, Prometheus, Grafana, Datadog, LogicMonitor, PRTG and the cloud providers' own tools. Where the setup is sound we tune it, where it has gaps we extend it, and we propose replacing it only when that is the cheaper path. Q: How do you reduce alert noise? A: By setting thresholds from measured baselines rather than defaults, correlating alerts that share a cause, and removing alerts nobody acts on. Every remaining alert has a runbook and an owner, which is the test of whether it should exist. Q: What is in a root cause analysis? A: A timeline of the incident, how it was detected and resolved, the underlying cause rather than the symptom, and the actions that would stop it recurring, each with an owner and a date. The actions are tracked to completion and reviewed in the monthly service report. Q: Do you change our systems without asking? A: Only within limits agreed in advance. Routine actions in the runbooks, such as restarting a failed service, are pre-approved. Anything else goes through your change process, and an emergency change made during an incident is recorded and reviewed afterwards. Often paired with: Backup and disaster recovery, Enterprise LAN, WAN and Wi-Fi, 24/7 SOC and MDR. --- Canonical page: https://www.expandware.com/services/managed-it/monitoring-and-noc/ Site index for machines: https://www.expandware.com/llms.txt Full site text: https://www.expandware.com/llms-full.txt Expandware Private Limited. Inquiries: solutions@expandware.com, +92 (333) 32 11011.