Discover the power of cloud cost intelligence.
Give your team a better cost platform.
Give engineering a cloud cost coach.
Learn more about CloudZero's pricing.
Request a demo to see CloudZero in action.
Learn more about CloudZero and who we are.
Explore by feature
Build fast with cost gaurdrails.
Drive accountability and stay on budget.
Manage all your discounts in one place.
Organize spend to match your business.
How SeatGeek Decoded Its AWS Bill and Measured Cost Per CustomerRead customer story
Enable engineering to make cost-aware development decisions.
Give finance the context they need to make informed decisions.
Decentralize cloud cost and mature your FinOps program.
Discover the best cloud cost optimization content in the industry.CloudZero Advisor
Compare pricing and get advice on AWS services including EC2, RDS, ElastiCache, and more.
Browse helpful webinars, ebooks, and other useful resources.Cloud Cost Assessment
Gauge the health and maturity level of your cost management and optimization efforts.
Learn how we’ve helped happy customers like SeatGeek, Drift, Remitly, and more.
Guide: How To Overcome Tagging And Accelerate Cloud Cost AllocationSee guide
Find out some of the best Google Cloud monitoring tools, best practices, and more in this guide to monitoring workloads in your Google Cloud Platform.
Google Cloud Platform (GCP) offers a great alternative to Amazon Web Services (AWS) and Microsoft Azure. In case you use Google Products extensively at work, such as Google Workspace, moving to GCP may be a natural choice too.
Perhaps you already use GCP with AWS, Azure, or another cloud provider as part of your hybrid cloud strategy. But maybe you struggle to manage GCP costs, monitor security and compliance, and observe performance.
This guide will cover how you can more effectively monitor your Google Cloud — and the best GCP monitoring tools available today.
Table Of Contents
The Google Cloud Platform offers several advantages over its competitors, such as Amazon Web Services (AWS) and Microsoft's Azure Cloud. The following are some of those advantages:
Now let's look at how Google Cloud monitoring works and why you should monitor your GCP environment.
GCP monitoring comprises collecting, analyzing, and acting on observability data generated by Google Cloud services, user experiences, apps, and infrastructure. It involves keeping track of the health and performance of your environment, including its costs and security.
Monitoring in GCP relies on collecting metrics, events, and metadata. You can gather this data using BindPlane from 150 commonly used application components, on-premises environments, and hybrid cloud deployments.
GCP monitoring aims to produce user-friendly insights through dashboards, charts, reports, and alerts. Using an Agent Policy, you can automatically install and maintain the suite of GCP monitoring agents across your Compute Engine instances to collect metrics data.
The Google Cloud Monitoring service provides you with timely information about the health of your GCP cloud, such as its availability, performance, and data security. This is possible by continuously tracking various resources in Google Cloud.
There are plenty of Google Cloud services to monitor, too:
Your developers and cloud administrators can use this cloud visibility to identify when something isn't working as it should in your Google Cloud environment. The monitoring process makes it easier to pinpoint the root cause of a problem, thus reducing mean time to repair (MTTR) and recovery times. This way, your team can resolve the issue before it negatively impacts your users' experience, exposes your data, or increases cloud costs.
Take cloud costs, for example. Unless you are Snap with $2 billion, Spotify with $450 million, or CenturyLink with $61.9 million to spend on Google Cloud services, you’ll want to track your Google Cloud spend to optimize it.
GCP recently increased prices for some core services, making it crucial to optimize your costs. A sure way to do that is to track your Google Cloud spend so you can tell precisely what to cut, what to keep, and what resources to increase to maximize your returns.
You can do that by applying several principles at all times. These principles make up the Google Cloud monitoring best practices listed below.
Cloud environments can be a complex network of infrastructure, applications, and services. Here are some best practices for getting the most out of Google's cloud services:
Google outlines even more specialized principles too, like cloud audit logs best practices. That said, here are some of the best monitoring tools for Google Cloud right now.
The following Google Cloud monitoring tools cover various areas, including GCP cost monitoring, security and compliance governance, application performance monitoring (APM), and resource utilization optimization.
With CloudZero’s AnyCost, you can collect, analyze, and understand your unit economics for Google Cloud Platform (GCP) alongside Microsoft Azure, AWS, and software — from Snowflake and New Relic to Databricks and MongoDB.
CloudZero is more of an observability tool than a cost management tool. It unifies data from multiple sources, enriches it, and delivers digestible information by role; engineering, finance, and FinOps. No tagging required.
Schedule a demo here to see how CloudZero customers are optimizing their GCP costs without endless tagging.
Formerly Stackdriver, Google Cloud Operations is a suite of tools that gathers metrics, traces, events, and metadata from the GCP environment, Amazon Web Services (AWS), application instrumentation, and hosted uptime probes.
While it originally collected application performance and virtual machine data, it now includes debugging, a profiler, and real-time log management for troubleshooting. The GCO platform is also capable of pulling monitoring data from services such as Prometheus, Cassandra, Elasticsearch, and Nginx in addition to AWS' Elastic Compute Cloud (EC2).
BindPlane collects this data from 150 app components, on-premises environments, and hybrid cloud configurations. Based on this data, GCO generates dashboards, charts, and alerts that provide readable insights.
Zenoss integrates with Google Cloud Platform to help enterprises monitor their compute instances and Kubernetes clusters. By mapping critical relationships between GCP components, you can identify when and where issues occur, as well as get insight into related dependencies.
With Zenoss, you can monitor servers and networks end-to-end. You can also enable application performance monitoring with the ZenPacks extension, which also monitors for containers and microservices, incident root cause analysis, and issue prioritization.
With Sematext Cloud, you can discover, map, and monitor your entire Google Cloud infrastructure in real-time. It tracks metrics, logs, traces, events, and end-user activity. There are about a dozen types of monitoring you can do with Sematext for Google Cloud. Among these are application performance monitoring (APM), database monitoring, inventory management, synthetic user monitoring, and network monitoring.
Additionally, it monitors applications running in K8s, Docker Swarm, and Docker, enabling detailed container and microservice monitoring.
Besides real-time monitoring, Sematext also offers anomaly detection, scheduling, and automated alerts. Its log management solution includes full-text search, filtering, alerting, scheduled reporting, as well as integrations with Syslog, Amazon S3, IBM Cloud, Elasticsearch, and Minio archiving.
Instana is a native monitoring tool for the IBM Cloud. As a GCP monitoring tool, Instana uses a single agent to identify application building blocks and trace each request . This detailed tracing enables you to perform comprehensive root cause analyses to discover issues and fix them quickly.
The platform also creates a dynamic graph of all your dependencies, so you can see what happens and how it affects other components in your GCP environment. With Instana, you can collect observability data every 1 second on GKE containers and microservices, analyze it, and act on it with confidence.
Besides GCP, Instana offers monitoring for AWS, Azure, and IBM as well.
Site24x7 Google Cloud Monitoring provides real-time, full-stack, and enterprise-grade monitoring for most GCP services. That includes Google App Engine, Google Cloud Functions, Google Compute Engine, Google Kubernetes Engine, and Cloud Audit Logging. It auto-discovers your GCP resources and lets you add custom dashboards to view its status data.
It also lets you perform full server, network, application performance, and hybrid cloud monitoring in one platform.
You’ll also have about a hundred ready-to-use plugin integrations, including MySQL, Redis, WebLogic, Hadoop, and NGINX. You can also build your own plugin to monitor specific apps, databases, and more.
Sysdig helps your DevSecOps team detect, monitor, and secure workloads on Google Cloud. That includes workloads with an open-standards approach, including Google Kubernetes Engine and Anthos. Sysdig built its platform on Falco, Sysdig OSS, and Open Policy Agent (OPA), an open standard for runtime threat detection and policy management.
The platform also supports hybrid deployments, so you can analyze security concerns from your cloud environments in one place. Aside from GCP, Sysdig also monitors yoyur security posture for Azure, AWS, IBM, Oracle, and RedHat.
This Application Manager service auto-discovers, analyzes, and reports on the health and performance of four GCP services; Google Cloud Engine, Google Kubernetes Engine, Cloud Filestore, and Cloud storage.
Other capabilities include real-time monitoring, root cause analysis, anomaly detection, and alerting. Once you've set them up, you'll receive alerts straight to your email, ServiceNow, or Slack. You can also automate corrective actions when you encounter performance issues. Just use web hooks to initiate external actions or link it with your ITSM tools, like ServiceDesk Plus or ManageEngine ServiceNow.
Datadog aggregates GCP observability data across any host and service, enabling full visibility. Datadog's Service Map lets you see the relationships between databases, APIs, containers, and more. You can follow the data streaming from an on-premise system to GCP or multi-cloud deployments this way.
Datadog connects to services like Google Cloud Run, collects data in real-time, and automatically scales in response to new resources you create in the GCP environment.
In addition, Datadog is compatible with native integrations like Google Cloud Deployment Manager and Ansible. This empowers you to deploy and configure it on new clusters, hosts, and other application resources in an instant.
Dynatrace aims to provide deep visibility into Google Cloud services at scale and highly dynamic deployments. It analyzes metrics from each of the services available via Google Operations API. Dynatrace monitors 38 GCP services, from tracking Google APIs and Cloud Run to Google Dataflow and Cloud Spanner monitoring.
After installing Dynatrace OneAgent, the platform ingests GCP metrics and logs from multiple GCP projects. It also supports OpenTelemetry and distributed tracing. All this means automated monitoring around the clock, root cause analysis support, and real-time observability.
Elastic on Google Cloud ingests and stores data from of your sources in any format. You can then index, search, and assemble GCP logs and metrics for real-time analysis and visualization. Additionally, Elastic enables you to create visualizations and custom dashboards to help you interpret observability data and respond promptly to anomalous patterns.
Elastic Observability on Google Cloud helps you achieve that by monitoring metrics, logs, and APM traces at scale. The platform seamlessly integrates with other tools, including its own, Elastic Stack, which delivers Elasticsearch, Beats, Logstash, and Kibana for thorough data visualization, searching, and analysis.
Splunk partners with Google Cloud to provide you with real-time visibility into Google Cloud logs, events, performance metrics, and billing data. By supporting open-source standards, such as OpenTelemetry, you can auto-instrument any data type once. With no reworks, you'll have full-fidelity visibility across your hybrid system along with existing GCP metrics in minutes.
Splunk does this through SignalFX. Security-wise, Splunk enables you to use Splunk Phantom Apps for Google Workspace, Google Workspace for Gmail, Google Vault, Safe Browsing, and BigQuery to orchestrate security infrastructure.
Opsview lets you extend its monitoring capabilities with plug-ins, Opspacks. Its GCP Opspack is free-of-charge. This Google Cloud Platform monitoring package simplifies monitoring performance metrics for Compute Engine Instances, Cloud SQL Database Instances, and Cloud Storage Buckets.
Specifically, it provides Host Templates for Cloud GCP Compute, Storage, MySQL, and PostgreSQL. This is on top of all the other features that come with the standard monitoring service.
Opsview creates an application dependency map by searching through applications much like a Web crawler, passing across sites, as well as cloud platforms. It is especially effective at chaining back from websites through APIs and services, enabling complete visibility into the entire backend that supports the sites.
Sumo Logic emphasizes logs management on top of using metrics for real-time, continuous monitoring for Google Cloud. For example, its LogReduce algorithm enables grouping similar messages while LogCompare provides data comparison between two periods.
The tool uses field extraction to enable rule-based extraction of data from unstructured sources. It also delivers real-time application performance monitoring with alerting and custom dashboarding. You can also schedule your queries to run periodically. Furthermore, it provides integrated PCI compliance and threat intelligence to detect, report, and counter cloud security risks.
New Relic leverages metrics, logs, events, and traces to contextualize, correlate, and curate observability data across GCP environments. Expect a monitoring service with tools to track your system’s health across your infrastructure, cloud apps, and digital customer experiences – up to 21 GCP services. New Relic also automatically detects anomalies, recognizes patterns, and reduces signal-to-noise ratio, intelligent sensing, escalation, and incident resolution.
With over 470 integrations, New Relic also simplifies ingesting, hosting, and securing your telemetry data. It also lets you use your existing open-source tools with minimal additional infrastructure requirements.
By monitoring your GCP environment with these tools, you can ensure that your cloud applications are performing at their best. You can detect, analyze, and act on potential issues before they negatively affect your users.
A key metric to monitor in the GCP public cloud is cost. Most GCP cost monitoring tools display average and total costs, but CloudZero gives you granular details such as unit costs.
With CloudZero, you can view GCP cost per customer, product, feature, and more — all without endless tagging. CloudZero accurately identifies and presents the costs of tagged, untagged, and untaggable resources.
CloudZero is the only solution that enables you to allocate 100% of your spend in hours — so you can align everyone around cost dimensions that matter to your business.