How much revenue does your business generate per day? How about per hour or even minute? If you’re in a C-suite level position and don’t know, you should. If you’re the Chief Information Security Officer or Director of IT, you need to know — because every second is a dollar made or lost. Operational downtime can kill your accounting books and business.
What causes operations to stop? While the issue rarely comes down to one element, there is a common theme. The culprits are often rooted within your organization’s IT infrastructure. Not only do we know where risks can arise, but we also know how to detect and prevent them. The answer is using 24/7 unified monitoring technology.
What is Unified Monitoring of IT Infrastructure?
Proactive monitoring is the most effective way to prevent operational disruptions before they occur. But what is it? More precisely, what is unified monitoring of your IT infrastructure?
You can think of unified monitoring as a lifeguard that never takes a break. It’s on guard, 24/7, monitoring your IT infrastructure for threats and anomalies. It is an integrated observability layer that accounts for a wide range of conditions, including device temperature, network capacity, expiring certificates, proper data backup, network configurations, and more. It looks at the big system to assess overall health and potential points of failure. See the whole, or what we refer to as unified monitoring, is the real difference maker. It’s not uncommon for IT networks to use fragmented monitoring. That’s where all the vitals are monitored, but it’s isolated silos. The system can’t see how one issue may be creating or impacting another. The result is finger-pointing, slow responses, lost time, and moments of operational blindness.
When all the monitoring and data analysis are unified, it creates fast, accurate, and actionable pathways to correction.
Components of a Unified Monitoring Solution
Centralized Visibility
A single platform that aggregates all data across the infrastructure. All data should be relayed in real time with role-based dashboards for key stakeholders.
Full Stack Coverage
Complete, end-to-end infrastructure coverage including servers, storage, operating systems, cloud/hybrid environments, switches, routers, applications, APIs, databases, middleware, power, temperature, and rack-level sensors.
Telemetry Collection
Unified monitoring engine that collects metrics (CPU, memory, throughput, and temperature), logs (system, application, and security), and events (failures, config changes, and alerts).
Dependency Mapping
Automated discovery of infrastructure relationships, including a visual map of interactions/dependencies plus awareness of cross-facility and cross-cloud dependencies. This helps identify the fault point and what the next likely system is to be impacted.
Intelligent Alerting
Threshold-based alerts combined with anomaly detection. Alert correlation should also be used to suppress duplicate alerts. Ideally, they will also be context-rich alerts that clearly show the cause, impact, and urgency of the correction.
Predictive Analytics and Early Warnings
Conducting trend analysis to detect possible degradations over time. Forecasting capability to evaluate future capacity, power, and performance. Robust identification of abnormal behaviors before a larger failure occurs.
Automation and Remediation
Implementation of autonomous responses to identify failure patterns. The use of self-healing measures, such as restarting services or re-routing traffic.
Multi-Site and Edge Visibility
Standardized monitoring across all locations. Remote sites are monitored with the same rigor/practices as the headquarters. The goal is centralized governance with local insight as needed.
Business Impact and Context
Map your organization’s IT infrastructure health to its ability to deliver business services or products. Understand which users, locations, or operations are impacted by various interruptions. Prioritize remediations/repairs based on operational risk rather than technical severity. The most significant issues may not be the biggest danger.
Those components, in concert with a secure login, accurate dashboards, a unified alerting system, and a single source of infrastructure health truth, create an exceptional unified monitoring solution.
Why Unified IT Infrastructure Monitoring Works Best
Unified monitoring doesn’t collect more metrics or use additional sensors than traditional approaches. Ultimately, the reason it succeeds is in its ability to collect, view, and share data. Unified monitoring enables you to convert real-time infrastructure data into usable, actionable insights. It empowers you to identify, understand, and resolve issues before they result in operational downtime.
None of the data is siloed or blinded to other parts of the network. It’s all visible, transparent, and predictive of what will happen next. Non-unified systems collect data but keep it isolated across reports, dashboards, and alerts, with no holistic view of the larger network.
Ready to Future-Proof Your Operations with Unified Monitoring for IT Infrastructure?
Unified monitoring of the IT infrastructure is a must-have for future-proofing a facility’s scalability and operations. Identifying and deploying the best way to achieve it comes from working with an expert. Matrix-NDI solves the challenges of your business operations by unlocking the full ROI of your technology investments. We design and install networks built for maximum speed and perfectly matched to bandwidth demands.
Why Work With Matrix-NDI?
With on-staff Registered Communications Distribution Designers (RCDDs), coast-to-coast service coverage, and partnerships with leading data networking providers—including Extreme Networks, Nile, and others—Matrix-NDI delivers the expertise and reach to support your technology goals. We invite you to connect with us to see how our expertise, partnerships, and national reach can help solve your challenges.
Contact Matrix-NDI to get started. Let’s build smarter, safer, more connected spaces — together.
