Check Point security deployments help protect cloud workloads by controlling network traffic, enforcing security policies, and inspecting traffic through security gateways. These resources can be distributed across multiple accounts, subscriptions, projects, regions, and cloud providers, making it difficult to determine how much cloud infrastructure is being consumed by individual security deployments.
The costs associated with Check Point resources are generated by the underlying cloud infrastructure used to run and support them, including compute, networking, and data transfer services. When these costs are viewed only through the cloud provider's billing structure, identifying the portion attributable to a particular Check Point deployment can require manual analysis.
CloudSpend provides a unified view of Check Point‐related spending across AWS, Azure, and GCP by identifying resources using predefined Check Point tags. It associates cloud billing data with these tagged resources and organizes the resulting costs around Check Point specific entities. This helps you understand where security related spending is occurring, investigate changes in cost, and identify opportunities to optimize your cloud security infrastructure.
Check Point cost management is the process of tracking, analyzing, and optimizing cloud expenses associated with Check Point security resources such as clusters, policy groups, and security gateways.
CloudSpend uses Check Point specific tags to associate cloud infrastructure costs with these logical security entities. This allows you to move beyond provider-level billing data and examine spending based on how your Check Point environment is structured.
Effective Check Point cost management involves attributing cloud costs to security deployments, monitoring changes in spending, identifying resources that contribute significantly to cost, and evaluating how deployment and traffic patterns affect cloud infrastructure usage.
It also helps security and cloud teams establish clearer cost ownership. Instead of treating all networking and security infrastructure as a single expense, costs can be examined at a more granular level based on the Check Point entities associated with the resources.
CloudSpend connects cloud billing data with tagged Check Point resources across AWS, Azure, and GCP, allowing security related costs to be analyzed from a common view.
Check Point deployments can differ between cloud providers, and the underlying billing structures also vary. CloudSpend uses the Check Point tagging entities associated with each environment to identify the relevant resources and attribute their costs accordingly. This makes it easier to compare security spending across accounts, subscriptions, projects, regions, and services without manually reconciling separate billing sources.
You can analyze spending based on Check Point clusters, policy groups, and security gateways to understand how individual security deployments contribute to overall cloud costs.
The report also helps distinguish costs associated with Check Point resources from the supporting cloud infrastructure. This can help you investigate whether an increase in spending is associated with a particular security gateway, cluster, traffic processing requirement, or supporting cloud service.
Cost trends and anomaly detection provide additional visibility into changes in spending. For example, an increase in traffic processed through a security gateway may result in greater consumption of the underlying cloud resources. By identifying the tagged resources associated with the change, you can investigate the cost increase without having manually review multiple billing sources.
You can also use budgets and alerts to monitor Check Point related spending and identify when costs exceed expected levels. This supports proactive cost management while allowing security teams to maintain the required protection for their cloud workloads.
CloudSpend uses the following entities to tag and track your Check Point resources across AWS, Azure, and GCP environments.
| Report category | Report display name | Description | AWS/Azure tag key | GCP tag key | Tag value |
|---|---|---|---|---|---|
| Check Point | Check Point Cluster ID | The Check Point cluster ID. | checkpoint:cluster-id | checkpoint-cluster-id | <cluster-id> |
| Check Point | Check Point Policy Group | The Check Point policy group. | checkpoint:policy-group | checkpoint-policy-group | <policy-group> |
| Check Point | Check Point Security Gateway | The Check Point security gateway. | checkpoint:security-gateway | checkpoint-security-gateway | <security-gateway> |
These tags help CloudSpend associate cloud costs with specific Check Point security entities and provide a more granular view of spending across your multi‐cloud environment.
CloudSpend uses the above entities to tag and track your Check Point resources across AWS, Azure, and GCP environments. These entities provide the link between the logical structure of your Check Point deployment and the cloud resources generating the associated costs.
The Check Point Cluster ID identifies a Check Point cluster. CloudSpend uses checkpoint:cluster-id in AWS and Azure and checkpoint-cluster-id in GCP to associate cloud costs with the corresponding cluster. This allows you to compare spending across clusters and identify deployments that contribute significantly to your security infrastructure costs.
The Check Point Policy Group identifies a logical group of security policies. CloudSpend uses checkpoint:policy-group in AWS and Azure and checkpoint-policy-group in GCP to associate costs with the relevant policy group. This gives you a way to analyze spending based on the security configurations applied to your environment.
The Check Point Security Gateway identifies an individual security gateway. CloudSpend uses checkpoint:security-gateway in AWS and Azure and checkpoint-security-gateway in GCP to associate costs with the corresponding gateway. This helps you investigate the cost of individual security gateways and understand how different security deployments contribute to overall spending.
Using these entities together allows you to examine Check Point costs from different levels of the security environment. For example, you can start with a cluster to understand the cost of a broader deployment and then use the policy group or security gateway information to investigate the resources contributing to that cost.
The provider specific tag keys also allow CloudSpend to maintain consistent Check Point cost attribution even though AWS, Azure, and GCP use different tag formats. This gives you a common way to analyze Check Point spending across your multi‐cloud environment.
Here are some of the key benefits of the Check Point cost report:
With the Check Point cost report, you get a unified view of your Check Point related spending across AWS, Azure, and GCP environments.
The report allows you to move from an overall view of security related cloud spending to more detailed analysis based on the Check Point entities associated with your resources. You can use the available cost dimensions and filters to investigate spending across accounts, subscriptions, projects, regions, services, and tagged resources.
Follow these steps to view the report:
The Spend Analysis view helps you understand what is driving your Check Point related cloud costs and how spending changes across your security environment. It brings together cost information from the selected cloud environment and allows you to examine spending patterns without having to work directly with raw billing data.
You can view the total cost for the selected period and identify accounts, subscriptions, or projects with higher Check Point related spending. Cost trends help you understand whether spending is increasing gradually or whether a particular period introduced a significant change.
You can also examine costs by service, region, and resource to understand how the underlying cloud infrastructure contributes to your security spending. This is useful when a Check Point deployment uses multiple cloud services and the resulting charges are distributed across different billing components.
The Check Point tags provide an additional layer of analysis. You can use the cluster ID to identify the deployment associated with a cost increase and then examine the policy group or security gateway associated with the tagged resources. This helps narrow down the source of a change instead of treating the entire security environment as a single cost category.
Anomaly detection can help highlight unusual changes in spending. For example, if a security gateway or cluster begins consuming more underlying cloud resources than usual, the resulting cost change can be investigated through the tagged resource information and related cost dimensions.
By combining cost trends, service-level information, resource details, and Check Point specific tags, Spend Analysis helps you understand both the scale of security spending and the factors contributing to it.
The Resource Explorer provides a more detailed way to examine Check Point related costs across different dimensions of your cloud environment. It allows you to move from the overall cost of your security deployment to specific accounts, regions, services, resource groups, and tags.
You can use the available dimensions to compare Check Point spending across cloud environments and identify where security infrastructure is generating higher costs. For example, analyzing costs by region can help you identify locations with greater security infrastructure spending, while service-based analysis can show which underlying cloud services contribute to the total cost.
The Check Point tagging entities are particularly useful for detailed cost attribution. You can use the Cluster ID to examine the cost of individual Check Point clusters, the Policy Group to analyze costs associated with different security policy configurations, and the Security Gateway to investigate spending at the gateway-level.
Filters can be applied to narrow the analysis to a specific deployment, environment, region, or tagged resource. This allows you to investigate individual cost drivers without losing the broader context of your Check Point spending.
Resource Explorer also helps compare similar Check Point deployments and identify differences in their cloud infrastructure costs. This can support decisions around resource allocation, deployment configuration, and security infrastructure optimization.
By providing multiple ways to explore and attribute costs, Resource Explorer helps security and cloud teams understand where Check Point spending occurs, establish clearer cost ownership, and take targeted action when optimization opportunities are identified.