Infrastructure monitoring for hosts, containers and clusters
Full visibility across every layer of your infrastructure, from bare metal and VMs through to Kubernetes clusters and cloud services. Correlate infrastructure health directly to application performance and business outcomes.
See exactly what your team will see
What it puts in front of your teams
Every capability is available from day one. No additional instrumentation required beyond the initial agent deployment.
See a live demonstrationComplete platform visibility
Unified view across hosts, VMs, containers, Kubernetes, databases and network devices.
Live health tracking
Real-time metrics for CPU, memory, disk, network and custom application-level indicators.
Deep stack correlation
Connect an infrastructure event to the application slowdown and customer experience degradation it caused.
Early warning signals
Predictive threshold alerts based on learned baseline behaviour, not static limits.
Root cause clarity
Ranked root cause suggestions that point to the host, container or service most likely responsible.
Prediction and forecasting
Capacity forecasting from historical trends, identifying resource exhaustion weeks before it happens.
From signal to action in seconds
Deploy once
A lightweight Edge agent deploys to your environment. Auto-discovery maps services, hosts and applications without manual configuration.
Collect everything
A Kubernetes cluster running payment processing shows memory pressure building over four hours. Infrastructure monitoring triggers an alert at 70% before the OOM kill at 95% brings down the pods.
Act with confidence
Anomaly detection, root cause analysis and AI-assisted recommendations give your teams the context to act fast and correctly.
Signals captured by INF
A Kubernetes cluster running payment processing shows memory pressure building over four hours. Infrastructure monitoring triggers an alert at 70% before the OOM kill at 95% brings down the pods.
What changes for the business
Reduced downtime
Catch infrastructure degradation hours before it becomes an outage, with enough time to act.
Better capacity planning
Right-size infrastructure on evidence rather than safety margins, reducing waste without increasing risk.
Smarter investment
Identify over-provisioned resources and consolidate without compromising performance.
Better together with the Edge platform
INF writes its data to the Edge Datalake, making it queryable and correlatable alongside every other module in real time.
Infrastructure Monitoring questions, answered
What is infrastructure monitoring?
Infrastructure monitoring is the practice of tracking the health, performance, and availability of the underlying IT components that support applications and services — including servers, virtual machines, containers, Kubernetes clusters, cloud instances, network devices, and storage systems.
How does infrastructure monitoring work?
Infrastructure monitoring works by deploying lightweight agents on monitored hosts, or by using agentless collection via APIs and protocols such as SNMP, WMI, or cloud provider APIs. These agents collect system metrics — CPU, memory, disk I/O, network utilisation — and send them to a central platform for aggregation, visualisation, and alerting. On EDGE, infrastructure data is automatically correlated with APM, logs, and other signals.
What infrastructure can be monitored?
With EDGE, organisations can monitor physical servers, virtual machines, containers, Kubernetes clusters, cloud infrastructure (AWS, Azure, GCP), on-premises hardware, network devices, databases, and more. The platform supports over 100 integrations, enabling broad coverage of heterogeneous environments.
How can infrastructure monitoring improve system reliability?
Infrastructure monitoring improves system reliability by providing early warning of resource contention, capacity issues, and hardware degradation before they affect applications. By correlating infrastructure metrics with application performance data, teams can quickly determine whether an application problem is caused by an underlying infrastructure issue, reducing mean time to resolution.
What does Edge Infrastructure Monitoring monitor?
Edge Infrastructure Monitoring captures signals including cpu utilisation, memory pressure, disk i/o, network throughput, container restarts, pod health, and provides complete platform visibility, live health tracking, deep stack correlation and more.
How is Edge Infrastructure Monitoring deployed?
Edge connects through lightweight agents or agentless connectors — typically 2–4 hours for a standard environment — and can be deployed on-premises, in your private cloud or in a regional cloud, so monitoring data stays within your jurisdiction.
Does it work with the monitoring tools we already use?
Yes. Edge is designed for a no-rip-and-replace approach and connects alongside your existing stack, with 100+ integrations across cloud, containers, databases, APM agents, telemetry standards and alerting channels.
How does INF connect to the rest of Edge?
INF writes its data to the Edge Datalake, so it can be queried and correlated in real time with application traces, logs, infrastructure metrics and real user data from the other Edge modules.
How is it priced?
Pricing is tailored to the scale of your environment, the modules you choose and your deployment model. Start with a short, no-obligation discovery session and NCG will prepare a scoped proposal.
More answers in the FAQ library, or book a demo to see INF on your own environment.
Ready to see Infrastructure Monitoring live?
We deploy a proof of value in your environment. You keep it if it delivers. No long commitments, no surprises.