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    Cribl.Cloud Suite

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    Sold by: Cribl 
    Deployed on AWS
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    Cribl.Cloud gives control over IT and security data without the hassle of running infrastructure.

    Overview

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    Cribl.Cloud is the easiest way to try Cribl products in the cloud through a unified platform. Cribls suite of products gives flexibility and control back to customers. With routing, shaping, enriching, and search functionalities that make data more manageable, you can easily clean up your data, get it where it needs to be, work more efficiently, and ultimately gain the control and confidence needed to be successful.

    Cribl Cloud suite of products includes:

    Stream: A highly scalable data router for data collection, reduction, enrichment, and routing of observability data.

    Edge: An intelligent, scalable edge-based data collection system for logs, metrics, and application data.

    Lake: Storage that does not lock data in. Cribl Lake is a turnkey data lake makes it easy and economical to store, access, replay, and analyze data no expertise needed.

    Search: A search feature to perform federated search-in-place queries on any data, in any form.

    Getting Started

    When you purchase your Cribl.Cloud subscription directly from the AWS Marketplace, you can experience a smooth billing process that you're already familiar with, without needing to set up a separate procurement plan to use Cribl products. Track billing and usage directly in Cribl.Cloud.

    Enjoy a quick and easy purchasing experience by utilizing your existing spend commitments through the AWS Enterprise Discount Program (EDP) to subscribe to Cribl.Cloud. Get flexible pricing and terms by purchasing through a private offer. Purchase the Cribl Cloud Suite of offerings at a pre-negotiated price. Contact awsmp@cribl.io  or a sales representative for flexible pricing for 12/24/36-month terms.

    We are available in US-West-2 (Oregon), US-East-2 (Ohio), US-East-1 (Virginia), CA-Central-1 (Canada Central), EU-West-2 (London), EU-Central-1 (Frankfurt), and AP-Southeast-2 (Sydney) with more regions coming soon! Regional pricing will apply.

    To learn more about pricing and the consumption pricing philosophy, please visit: Cribl Pricing - https://cribl.io/cribl-pricing/  Cribl.Cloud Simplified with Consumption Pricing Blog - https://cribl.io/blog/cribl-cloud-consumption-pricing/ 

    Highlights

    • Fast and easy onboarding - With zero-touch deployment, you can quickly start using Cribl products without the hassle, burden, and cost of managing infrastructure.
    • Instant scalability - The cloud provides flexibility to easily scale up or down to meet changing business needs and dynamic data demands.
    • Trusted security - Cribl knows how important protecting data is, and built all Cribl products and services from the ground up with security as the top priority. Cribl.Cloud is SOC 2 compliant, ensuring all your data is protected and secure.

    Details

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    AWS Marketplace now accepts line of credit payments through the PNC Vendor Finance program. This program is available to select AWS customers in the US, excluding NV, NC, ND, TN, & VT.
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    Quick Launch

    Leverage AWS CloudFormation templates to reduce the time and resources required to configure, deploy, and launch your software.

    Pricing

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    Try this product free according to the free trial terms set by the vendor.

    Cribl.Cloud Suite

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    Pricing is based on the duration and terms of your contract with the vendor, and additional usage. You pay upfront or in installments according to your contract terms with the vendor. This entitles you to a specified quantity of use for the contract duration. Usage-based pricing is in effect for overages or additional usage not covered in the contract. These charges are applied on top of the contract price. If you choose not to renew or replace your contract before the contract end date, access to your entitlements will expire.
    Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator  to estimate your infrastructure costs.

    12-month contract (2)

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    Dimension
    Description
    Cost/12 months
    Cribl.Cloud Free
    Cribl.Cloud Suite Free Tier
    $0.00
    Cribl.Cloud Enterprise
    Cribl.Cloud Suite Enterprise with 1TB Daily ingestion
    $142,800.00

    Additional usage costs (1)

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    The following dimensions are not included in the contract terms, which will be charged based on your usage.

    Dimension
    Cost/unit
    Overage Fees
    $0.01

    Vendor refund policy

    Cribl will refund prior payments attributable to the unused remainder of your purchase.

    Custom pricing options

    Request a private offer to receive a custom quote.

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    Usage information

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    Software as a Service (SaaS)

    SaaS delivers cloud-based software applications directly to customers over the internet. You can access these applications through a subscription model. You will pay recurring monthly usage fees through your AWS bill, while AWS handles deployment and infrastructure management, ensuring scalability, reliability, and seamless integration with other AWS services.

    Additional details

    Usage instructions

    Cribl Cloud Trust IAM Role CloudFormation Template

    This CloudFormation template creates an IAM role that allows Cribl Cloud to access specific AWS resources in your account. The role is designed to provide Cribl Cloud with the necessary permissions to interact with S3 buckets and SQS queues.

    Template Overview

    The template does the following:

    1. Creates an IAM role named CriblTrustCloud
    2. Configures a trust relationship with Cribl Cloud's AWS account
    3. Attaches a policy that grants access to S3 and SQS resources
    4. Outputs the role name, ARN, and an external ID for authentication

    Parameters

    • CriblCloudAccountID: The AWS account ID of Cribl Cloud (default: '012345678910')

    IAM Role Details

    Trust Relationship

    The role trusts two specific roles in the Cribl Cloud account:

    • arn:aws:iam::{CriblCloudAccountID}:role/search-exec-main
    • arn:aws:iam::{CriblCloudAccountID}:role/main-default

    These roles can assume the CriblTrustCloud role using the sts:AssumeRole, sts:TagSession, and sts:SetSourceIdentity actions.

    Permissions

    The role has a policy named CriblCloudS3SQSPolicy that grants the following permissions:

    1. S3 access:
      • List buckets
      • Get and put objects
      • Get bucket location
    2. SQS access:
      • Receive and delete messages
      • Change message visibility
      • Get queue attributes and URL

    These permissions apply to all S3 buckets and SQS queues in the account.

    Security Feature

    The template includes a security feature that requires an external ID for authentication. This external ID is derived from the CloudFormation stack ID, providing an additional layer of security when assuming the role.

    Outputs

    The template provides three outputs:

    1. RoleName: The name of the created IAM role
    2. RoleArn: The ARN of the created role
    3. ExternalId: The external ID required for authentication when assuming the role

    Usage

    To use this template:

    1. Deploy it in your AWS account using CloudFormation
    2. Provide the resulting role ARN and external ID to Cribl Cloud
    3. Cribl Cloud can then assume this role to access your S3 and SQS resources

    Remember to review and adjust the permissions as necessary to align with your security requirements and the specific needs of your Cribl Cloud integration1 2 3 .

    <div style="text-align: center">⁂</div>

    Enable CloudTrail and VPC Flow Logging for Cribl Cloud

    This document explains the resources that will be created when deploying the provided CloudFormation template. The template is designed to create an IAM role that trusts Cribl Cloud and sets up CloudTrail and VPC Flow logging to an S3 bucket.

    Template Overview

    The template automates the creation of AWS resources to enable centralized logging, specifically focusing on CloudTrail logs and VPC Flow Logs. It creates S3 buckets for storing these logs, SQS queues for triggering processes upon log arrival, and an IAM role to allow Cribl Cloud to access these logs.

    Resources Created

    Here's a breakdown of the resources defined in the CloudFormation template:

    • CriblCTQueue (AWS::SQS::Queue): Creates an SQS queue named according to the CTSQS parameter (default: cribl-cloudtrail-sqs). This queue will be used to trigger actions when new CloudTrail logs are written to the S3 bucket.

      • Properties:
        • QueueName: !Ref CTSQS - Sets the queue name to the value of the CTSQS parameter.
    • CriblCTQueuePolicy (AWS::SQS::QueuePolicy): Defines the policy for the CriblCTQueue, allowing s3.amazonaws.com to send messages to the queue. The policy includes a condition that the source account must match the AWS account ID in which the stack is deployed. This ensures only S3 events from the current AWS account can trigger the queue.

      • Properties:
        • PolicyDocument:
          • Statement:
            • Effect: Allow - Allows actions specified in the policy.
            • Principal: Service: s3.amazonaws.com - Specifies the service that can perform the actions.
            • Action: SQS:SendMessage - Allows sending messages to the queue.
            • Resource: !GetAtt CriblCTQueue.Arn - The ARN of the SQS queue.
            • Condition:
              • StringEquals: 'aws:SourceAccount': !Ref AWS::AccountId - Restricts the source account to the account where the stack is deployed.
        • Queues: !Ref CTSQS - Associates the policy with the SQS queue.
    • TrailBucket (AWS::S3::Bucket): Creates an S3 bucket used to store CloudTrail logs. The bucket is configured with a NotificationConfiguration that sends an event to the CriblCTQueue when a new object is created (specifically, a PUT operation). This will trigger processing when new CloudTrail logs are available.

      • Properties:
        • NotificationConfiguration:
          • QueueConfigurations:
            • Event: s3:ObjectCreated:Put - Specifies that the notification should be triggered when an object is created using a PUT operation.
            • Queue: !GetAtt CriblCTQueue.Arn - The ARN of the SQS queue to send the notification to.
      • DependsOn: CriblCTQueuePolicy - Ensures that the queue policy is created before the bucket.
    • TrailBucketPolicy (AWS::S3::BucketPolicy): Defines the policy for the TrailBucket. This policy grants permissions to:

      • delivery.logs.amazonaws.com: Allows the AWS Logs service to write objects to the bucket, ensuring proper log delivery. It requires bucket-owner-full-control ACL.

      • cloudtrail.amazonaws.com: Allows CloudTrail to get the bucket ACL and put objects into the bucket. It also requires bucket-owner-full-control ACL.

      • A Deny statement that enforces the use of SSL for all requests to the bucket, enhancing security.

      • Properties:

        • Bucket: !Ref TrailBucket - The name of the S3 bucket.
        • PolicyDocument:
          • Version: 2012-10-17 - The version of the policy document.
          • Statement:
            • Sid: AWSLogDeliveryWrite
              • Effect: Allow - Allows the action specified.
              • Principal: Service: delivery.logs.amazonaws.com - The AWS Logs service principal.
              • Action: s3:PutObject - Allows putting objects into the bucket.
              • Resource: !Sub '${TrailBucket.Arn}/AWSLogs/' - The S3 bucket and prefix to allow the action on.
              • Condition: StringEquals: 's3:x-amz-acl': bucket-owner-full-control - Requires the bucket-owner-full-control ACL.
            • Sid: AWSCloudTrailAclCheck
              • Effect: Allow
              • Principal: Service: cloudtrail.amazonaws.com
              • Action: s3:GetBucketAcl
              • Resource: !Sub '${TrailBucket.Arn}'
            • Sid: AWSCloudTrailWrite
              • Effect: Allow
              • Principal: Service: cloudtrail.amazonaws.com
              • Action: s3:PutObject
              • Resource: !Sub '${TrailBucket.Arn}/AWSLogs/*/*'
              • Condition: StringEquals: 's3:x-amz-acl': 'bucket-owner-full-control'
            • Sid: AllowSSLRequestsOnly
              • Effect: Deny
              • Principal: * - Applies to all principals.
              • Action: s3:* - Denies all S3 actions.
              • Resource:
                • !GetAtt TrailBucket.Arn
                • !Sub '${TrailBucket.Arn}/*'
              • Condition: Bool: 'aws:SecureTransport': false - Denies requests that are not using SSL.
    • ExternalTrail (AWS::CloudTrail::Trail): Creates a CloudTrail trail. It is configured to:

      • Store logs in the TrailBucket.

      • Include global service events.

      • Enable logging.

      • Create a multi-region trail.

      • Enable log file validation.

      • Properties:

        • S3BucketName: !Ref TrailBucket - The name of the S3 bucket where the logs will be stored.
        • IncludeGlobalServiceEvents: true - Includes global service events.
        • IsLogging: true - Enables logging.
        • IsMultiRegionTrail: true - Creates a multi-region trail.
        • EnableLogFileValidation: true - Enables log file validation.
        • TrailName: !Sub '${TrailBucket}-trail' - Sets the name of the trail.
      • DependsOn:

        • TrailBucket
        • TrailBucketPolicy
    • CriblVPCQueue (AWS::SQS::Queue): Creates an SQS queue named according to the VPCSQS parameter (default: cribl-vpc-sqs). This queue will be used to trigger actions when new VPC Flow Logs are written to the S3 bucket.

      • Properties:
        • QueueName: !Ref VPCSQS - Sets the queue name.
    • CriblVPCQueuePolicy (AWS::SQS::QueuePolicy): Defines the policy for the CriblVPCQueue, allowing s3.amazonaws.com to send messages to the queue. Similar to CriblCTQueuePolicy, it restricts access to events originating from the same AWS account.

      • Properties:
        • PolicyDocument:
          • Statement:
            • Effect: Allow
            • Principal: Service: s3.amazonaws.com
            • Action: SQS:SendMessage
            • Resource: !GetAtt CriblVPCQueue.Arn
            • Condition: StringEquals: 'aws:SourceAccount': !Ref "AWS::AccountId"
        • Queues: !Ref VPCSQS
    • LogBucket (AWS::S3::Bucket): Creates an S3 bucket used to store VPC Flow Logs. The bucket is configured with a NotificationConfiguration to send an event to the CriblVPCQueue when new objects are created.

      • Properties:
        • NotificationConfiguration:
          • QueueConfigurations:
            • Event: s3:ObjectCreated:Put
            • Queue: !GetAtt CriblVPCQueue.Arn
      • DependsOn: CriblVPCQueuePolicy
    • LogBucketPolicy (AWS::S3::BucketPolicy): Defines the policy for the LogBucket. This policy grants permissions to:

      • delivery.logs.amazonaws.com: Allows the AWS Logs service to write objects to the bucket. It requires bucket-owner-full-control ACL.

      • Allows delivery.logs.amazonaws.com to get the bucket ACL.

      • Enforces SSL for all requests to the bucket.

      • Properties:

        • Bucket: !Ref LogBucket
        • PolicyDocument:
          • Version: 2012-10-17
          • Statement:
            • Sid: AWSLogDeliveryWrite
              • Effect: Allow
              • Principal: Service: delivery.logs.amazonaws.com
              • Action: s3:PutObject
              • Resource: !Sub '${LogBucket.Arn}/AWSLogs/${AWS::AccountId}/*'
              • Condition: StringEquals: 's3:x-amz-acl': bucket-owner-full-control
            • Sid: AWSLogDeliveryAclCheck
              • Effect: Allow
              • Principal: Service: delivery.logs.amazonaws.com
              • Action: s3:GetBucketAcl
              • Resource: !GetAtt LogBucket.Arn
            • Sid: AllowSSLRequestsOnly
              • Effect: Deny
              • Principal: *
              • Action: s3:*
              • Resource:
                • !GetAtt LogBucket.Arn
                • !Sub '${LogBucket.Arn}/*'
              • Condition: Bool: 'aws:SecureTransport': false
    • FlowLog (AWS::EC2::FlowLog): Creates a VPC Flow Log that captures network traffic information for the VPC specified in the VPCId parameter. The flow logs are stored in the LogBucket. The type of traffic to log is determined by the TrafficType parameter (ALL, ACCEPT, or REJECT).

      • Properties:
        • LogDestination: !Sub 'arn:${AWS::Partition}:s3:::${LogBucket}' - The ARN of the S3 bucket where the flow logs will be stored.
        • LogDestinationType: s3 - Specifies that the destination is an S3 bucket.
        • ResourceId: !Ref VPCId - The ID of the VPC to log.
        • ResourceType: VPC - Specifies that the resource is a VPC.
        • TrafficType: !Ref TrafficType - The type of traffic to log (ALL, ACCEPT, REJECT).
    • CriblTrustCloud (AWS::IAM::Role): Creates an IAM role that allows Cribl Cloud to access AWS resources.

      • Properties:
        • AssumeRolePolicyDocument:
          • Version: 2012-10-17
          • Statement:
            • Effect: Allow
            • Principal:
              • AWS:
                • !Sub 'arn:aws:iam::${CriblCloudAccountID}:role/search-exec-main'
                • !Sub 'arn:aws:iam::${CriblCloudAccountID}:role/main-default'
            • Action:
              • sts:AssumeRole
              • sts:TagSession
              • sts:SetSourceIdentity
            • Condition:
              • StringEquals: 'sts:ExternalId': !Select - 4 - !Split - '-' - !Select - 2 - !Split - '/' - !Ref 'AWS::StackId'
        • Description: Role to provide access AWS resources from Cribl Cloud Trust
        • Policies:
          • PolicyName: SQS
            • PolicyDocument:
              • Version: 2012-10-17
              • Statement:
                • Effect: Allow
                • Action:
                  • sqs:ReceiveMessage
                  • sqs:DeleteMessage
                  • sqs:GetQueueAttributes
                  • sqs:GetQueueUrl
                • Resource:
                  • !GetAtt CriblCTQueue.Arn
                  • !GetAtt CriblVPCQueue.Arn
          • PolicyName: S3EmbeddedInlinePolicy
            • PolicyDocument:
              • Version: 2012-10-17
              • Statement:
                • Effect: Allow
                • Action:
                  • s3:ListBucket
                  • s3:GetObject
                  • s3:PutObject
                  • s3:GetBucketLocation
                • Resource:
                  • !Sub ${TrailBucket.Arn}
                  • !Sub ${TrailBucket.Arn}/*
                  • !Sub ${LogBucket.Arn}
                  • !Sub ${LogBucket.Arn}/*

    Parameters

    The template utilizes parameters to allow customization during deployment:

    • CriblCloudAccountID: The AWS account ID of the Cribl Cloud instance. This is required for the IAM role's trust relationship.
      • Description: Cribl Cloud Trust AWS Account ID. Navigate to Cribl.Cloud, go to Workspace and click on Access. Find the Trust and copy the AWS Account ID found in the trust ARN.
      • Type: String
      • Default: '012345678910'
    • CTSQS: The name of the SQS queue for CloudTrail logs.
      • Description: Name of the SQS queue for CloudTrail to trigger for S3 log retrieval.
      • Type: String
      • Default: cribl-cloudtrail-sqs
    • TrafficType: The type of traffic to log for VPC Flow Logs (ALL, ACCEPT, REJECT).
      • Description: The type of traffic to log.
      • Type: String
      • Default: ALL
      • AllowedValues: ACCEPT, REJECT, ALL
    • VPCSQS: The name of the SQS queue for VPC Flow Logs.
      • Description: Name of the SQS for VPCFlow Logs.
      • Type: String
      • Default: cribl-vpc-sqs
    • VPCId: The ID of the VPC for which to enable flow logging.
      • Description: Select your VPC to enable logging
      • Type: AWS::EC2::VPC::Id

    Outputs

    The template defines outputs that provide key information about the created resources:

    • CloudTrailS3Bucket: The ARN of the S3 bucket storing CloudTrail logs.
      • Description: Amazon S3 Bucket for CloudTrail Events
      • Value: !GetAtt TrailBucket.Arn
    • VPCFlowLogsS3Bucket: The ARN of the S3 bucket storing VPC Flow Logs.
      • Description: Amazon S3 Bucket for VPC Flow Logs
      • Value: !GetAtt LogBucket.Arn
    • RoleName: The name of the created IAM role.
      • Description: Name of created IAM Role
      • Value: !Ref CriblTrustCloud
    • RoleArn: The ARN of the created IAM role.
      • Description: Arn of created Role
      • Value: !GetAtt CriblTrustCloud.Arn
    • ExternalId: The external ID used for authentication when assuming the IAM role.
      • Description: External Id for authentication
      • Value: !Select - 4 - !Split - '-' - !Select - 2 - !Split - '/' - !Ref 'AWS::StackId'

    Deployment Considerations

    • Cribl Cloud Account ID: Ensure the CriblCloudAccountID parameter is set to the correct AWS account ID for your Cribl Cloud instance. This is crucial for establishing the trust relationship.
    • S3 Bucket Names: S3 bucket names must be globally unique. If the template is deployed multiple times in the same region, you may need to adjust the names of the buckets. Consider using a Stack name prefix.
    • VPC ID: The VPCId parameter should be set to the ID of the VPC for which you want to enable flow logging.
    • Security: Regularly review and update IAM policies to adhere to the principle of least privilege. Consider using more restrictive S3 bucket policies if necessary.
    • SQS Queue Configuration: Monitor the SQS queues for backlog and adjust the processing capacity accordingly.
    • CloudTrail Configuration: Confirm that CloudTrail is properly configured to deliver logs to the designated S3 bucket.
    • VPC Flow Log Configuration: Verify that VPC Flow Logs are correctly capturing network traffic.
    • External ID: The External ID is a critical security measure for cross-account access. Make sure it's correctly configured in both AWS and Cribl Cloud.

    This detailed explanation provides a comprehensive understanding of the resources created by the CloudFormation template, enabling informed deployment and management. Remember to adapt parameters to your specific environment and security requirements.

    Footnotes

    1. https://docs.aws.amazon.com/AWSCloudFormation/latest/UserGuide/aws-resource-iam-role.html   

    2. https://github.com/criblio/cribl-aws-cloudformation-templates   

    3. https://awsfundamentals.com/blog/aws-iam-roles-with-aws-cloudformation   

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    Overview

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    AI generated from product descriptions
    Data Routing
    Highly scalable data router for collection, reduction, enrichment, and routing of observability data
    Edge Data Collection
    Intelligent and scalable edge-based system for collecting logs, metrics, and application data
    Data Lake Storage
    Flexible storage solution that enables storing, accessing, replaying, and analyzing data without expertise requirements
    Federated Search
    Capability to perform search-in-place queries across diverse data formats and sources
    Security Compliance
    SOC 2 compliant platform with security built into core product architecture
    Data Collection and Indexing
    Real-time collection and indexing of machine-generated data from diverse sources and locations
    Event Correlation
    Advanced correlation capabilities including time-based, transaction-based, sub-searches, lookups, and joins across multiple data sources
    Scalability
    Capability to collect and index tens of terabytes of data per day with distributed computing architecture
    High Availability
    Clustering technology ensuring continuous data availability and system reliability during scale-out operations
    Machine Data Analysis
    Comprehensive platform for searching, analyzing, and visualizing massive streams of machine data from physical, virtual, and cloud infrastructures
    Telemetry Data Management
    Comprehensive platform to ingest, analyze, and alert on metrics, events, logs, and traces across infrastructure
    Multi-Stack Observability
    Full-stack monitoring capability providing integrated visualization and troubleshooting across software environments
    Intelligent Anomaly Detection
    Automated system for detecting performance anomalies, correlating issues, and reducing alert noise
    AWS Service Integration
    Deep integration with AWS technology stack enabling telemetry data collection from multiple AWS services including EKS, Lambda, Kinesis, and CloudWatch
    SAP Environment Monitoring
    Agentless monitoring solution supporting multiple SAP systems including RISE, ECC, S/4HANA, BTP with insights into CPU, databases, RFC details, and background jobs

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    Star ratings include only reviews from verified AWS customers. External reviews can also include a star rating, but star ratings from external reviews are not averaged in with the AWS customer star ratings.
    Joe Cicero

    Facilitates seamless log integration and reduces data costs with efficient compression

    Reviewed on Aug 15, 2025
    Review provided by PeerSpot

    What is our primary use case?

    I use Cribl  with all of my customers that I manage services for. It's how I get their third-party log sources into Microsoft Sentinel .

    How has it helped my organization?

    We save about 75% percent of our costs by processing network and firewall logs through Cribl. This is largely due to the compression and duplication that exists within those logs. They tend to be very noisy, and most of the information isn’t useful from a security standpoint. While some of the data might be valuable to other departments, we don’t need to store all that extra information. By removing these unnecessary details, we quickly reduce our data retention costs by 75%.

    Cribl makes it very easy to contain data cost and complexity. As far as complexity is concerned, there might be manual ways to do it in other products, but not with the ease and durability. It remains the same, whereas you might try to put a patchwork of other things together to get the same result. In terms of controlling costs, we achieve about 75% savings on data storage, which is fantastic. However, it’s worth noting that Cribl is not free, so we do pay for it to realize these savings. As long as Cribl doesn’t increase their prices too steeply or too quickly, we should be fine in terms of managing our costs.

    Cribl definitely handles high volumes of diverse data types. Anything from firewall logs, endpoint security logs, to Windows event logs can become very noisy, especially in large environments. I've not had an issue with Cribl dropping logs. Occasionally there could be a short-term outage, but that's definitely very rare.

    What is most valuable?

    My favorite feature is Cribl  Stream . That's probably the only Cribl product I have a lot of experience with, and Cribl Stream  makes it very easy to identify where all the customer's log sources are and to quickly connect them to a destination source such as Microsoft Sentinel  and Microsoft Azure  Data Storage.

    Cribl Stream does two things: not only does it make it easy to connect one log source or one dataset to multiple storage locations, but it also has compression features, which greatly reduce the storage cost for that data. It strips out and compresses data so that only the absolute information remains and not any duplicates. Dual destination and compression are the two top features.

    What needs improvement?

    I would Cribl to become more Microsoft-focused. A lot of my work is in the Microsoft environment. Cribl supports all of these other platforms out there, and they seem to be developing a lot for CrowdStrike. I'd prefer to see some Microsoft-specific connectors built inside of Cribl.

    For how long have I used the solution?

    I have been using Cribl for about two years now. They've only been around for about four years, so I've been using them for half of their existence.

    What do I think about the stability of the solution?

    The performance and stability of Cribl are fantastic. The uptime is 99.9%. We are realizing all of the cost savings promised, and there are no failures.

    What do I think about the scalability of the solution?

    Scalability is easy because we can just go into the portal and add a new log source. If we onboard a new firewall or something we want to collect logs on, we can quickly implement that. I don't need to talk to a Cribl engineer to connect a new log source. The only requirement might be purchasing more Cribl credits if I'm running low because I'm asking it to do more than originally specified.

    How are customer service and support?

    We've engaged their customer service and support, and anytime there's an outage, they've been very receptive. They've quickly escalated our tickets and helped us get resolution. We've never felt we were waiting for a response or that they didn't know what was going on. I think it's maybe because we were an early customer. I would assume it's the same for all customers, but we've gotten great treatment. 

    I would give them a 10 out of 10 for support. They are very responsive. We deal with a lot of other cloud solution providers who have tried to save money on support. It could be that because Cribl is new and they really want to make sure all new customers are being successful, but we really hope this continues. We don't feel we're alone.

    How would you rate customer service and support?

    Which solution did I use previously and why did I switch?

    The only alternative I can compare Cribl to would be Azure  Data Transformation, Azure Data Time configuration rules and policies, basically making the storage source sort the data, and that is very painful. I don't see any next-best options when it comes to Cribl. They seem to be a leader and standing alone in their service offering, specific to Cribl Stream. For other products such as Cribl Lake, there's now Microsoft Sentinel Lake, which is a competitor, and I haven't really analyzed the pricing to see how competitive that is. But regarding Cribl Stream, there's no close competitor. The closest is extremely painful, requiring about 20 pages of configuration to even get close.

    How was the initial setup?

    It's straightforward. They have a really nice user interface, and their service engineers will guide you through the initial setup. Since they are compensated based on product usage, they ensure that we are properly onboarded and that our experience is as successful as possible.

    To deploy Cribl probably took an hour. Identifying all the different log sources that we wanted to bring in took about another eight hours of human work as it was a data exercise of determining which log sources are important to us, and where we can get the best compression or data size reduction. You can connect to them all automatically, but you want to have the thought process of which ones matter and what actual data you need. 

    It does not require any maintenance on my end. The big thing is just checking connector health to make sure everything is running and that logs aren't dropping and that there haven't been any changes. In case there's any outage, putting in a ticket for any outage issues is very minimal. It's set it and forget it, and then just monitor to make sure nothing's bad or nothing has gone wrong.

    What about the implementation team?

    We're a large organization, so we have a team of about five people who worked on the deployment of Cribl. I'm sure smaller organizations could use a lot less. We probably could have gotten away with two or three people. Not to say one person couldn't do it, but it's always good to have another person putting eyes on the process just so that we don't have a single point of failure.

    What's my experience with pricing, setup cost, and licensing?

    The pricing has been increasing year-over-year, and I understand that the cost of business continues to grow. The cost of log retention and all the aspects they're fighting against, they are also a victim of. It is a concern that I'm watching as they raise prices about 10% year-over-year. I am still observing significant cost savings, although the amount of savings is gradually decreasing. Additionally, they are currently the sole provider of this type of solution, which means they face no competitive threats.

    What other advice do I have?

    I would rate Cribl a ten out of ten. I truly appreciate them as partners. They genuinely feel like they're with us on this journey to manage the increasing volume of data. It's been exciting to watch them grow. At first, I thought I was a bit of a nerd for being an early adopter, but seeing so many others come on board after us reassures me that we made the right decision.

    reviewer2748900

    Real time validation of data transformation before pushing them into production

    Reviewed on Aug 08, 2025
    Review provided by PeerSpot

    What is our primary use case?

    We use Cribl  Stream  to collect logs from multiple sources, transform and enrich them, filter out unnecessary data before sending them to SIEM . We also use Cribl  to route logging to data lake.

    How has it helped my organization?

    Since we started using Cribl, it’s made a huge difference for us. We spend a lot less time building and maintaining things, so the team can focus on the security work that really matters and brings value. Plus, by filtering out all the noisy data we don’t need, we’ve been able to cut costs and make our data a lot cleaner.

    What is most valuable?

    One of the biggest things I love about Cribl is that you can actually see the output in real time before you push anything to production. The UI makes it super easy to work with, and honestly, it saves a ton of time. Plus, it’s way easier to collaborate—everyone’s on the same page, and you’re not guessing what the data’s gonna look like once it’s live

    What needs improvement?

    So since we’re handling a ton of data, I think we could really benefit from a more integrated or connected way to manage it all. Like, if there is a way to better track data lineage, metadata, those can help with knowledge transfer.

    For how long have I used the solution?

    A couple of months

    What do I think about the stability of the solution?

    I haven’t ran into issue yet

    What do I think about the scalability of the solution?

    I can’t really speak to scalability yet. So far I don’t have any problem with it.

    How are customer service and support?

    The technical support is good. I'm happy with that.

    How would you rate customer service and support?

    Positive

    Which solution did I use previously and why did I switch?

    We have used something similar before, which was Logstash .

    What was our ROI?

    Not sure

    What's my experience with pricing, setup cost, and licensing?

    I think the pricing for Cribl is reasonable. For large usage, but I heard the calculation of those credits is a bit complicated.

    Which other solutions did I evaluate?

    We did, but Cribl just felt more mature and well-established. I think that’s the reason why we selected it.

    What other advice do I have?

    Cribl gives us way more control and flexibility than we ever had before. We deal with massive volumes of telemetry data, and honestly, a lot of it is just noise. Cribl allow us to easily filter, transform, and route that data exactly how we want. It’s made a big difference.

    Kumbesh Rajagopal

    Efficiently manages high volumes of diverse data types and reduces informational logs

    Reviewed on Aug 01, 2025
    Review provided by PeerSpot

    What is our primary use case?

    For Cribl , we use only Stream , which we are using as a data pipeline in between our environment and the SIEM  console. We have two SIEMs: one is a cloud SIEM  and one is an on-prem SIEM. On-prem, we are using another user and entity behavior analysis tool, so we have a redirection or a copy of a log for user login and logout information. Then we have a SIEM console, and we have redirections to the SIEM through Cribl . From the environment, we have a load balancer, and from the load balancer, we have this data pipeline configured to different SIEMs, and then we have that data transferred to two different SIEMs.

    What is most valuable?

    Cribl's ability to handle high volumes of diverse data types is exactly the purpose that we took it for, and as far as I have seen for the last nine months, it is handling well without issues. Connectivity-wise, there is some problem, but I'm not sure whether it's from the Cribl end or the SIEM end; we are working on both ends right now, so I don't see any problems concerning that. Cribl has helped in reducing informational logs between the main entity of our SIEM and the external entity, so that actually helped.

    What needs improvement?

    Regarding Cribl's solution, we have limited access to Stream . I'm not sure about the other three products. We only use the Stream of Cribl. If I suggest something, it may be available on the other products. I haven't worked on those. The suggestion would be more into log information, as I'm not able to view more logs because this is a limitation that we are only using for data pipelining. If we have more visibility or if the storage structure is already there, I'm not sure; if it is there, it would be fine.

    Regarding stability, lagging only happens if I exceed my data analysis stuff, but it is a limitation with Cribl as per their design. We do not use it for that purpose, but if it is improved, it would be great. For scalability, I'm not sure in my project as we are using it only for a limited purpose. Maybe, if there was an environment that required more data transfers and logs to be filtered out, it would be good, and I would suggest it.

    For how long have I used the solution?

    I have been using Cribl since we deployed it during November, which is close to nine months.

    What do I think about the stability of the solution?

    We are actually checking on a regular basis; however, the problem is with the connectivity of the data pipeline and the SIEM. It requires attention if there is an alert; for example, if the pipeline is down and we receive an alert that it's not sending information to the log collection platform for more than one or two hours, if we receive an alert, it would be great.

    What do I think about the scalability of the solution?

    For scalability, I'm not sure in my project as we are using it only for a limited purpose. Maybe, if there was an environment that required more data transfers and logs to be filtered out, it would be good, and I would suggest it.

    How are customer service and support?

    My engineering team contacts Cribl's technical support; I join the call in case any issues come up and I provide my suggestions.

    How would you rate customer service and support?

    Positive

    Which solution did I use previously and why did I switch?

    Cribl is the first tool that I'm using for this particular data pipelining. We do have Dynatrace , but we use it for a different purpose, for monitoring. Cribl is for streaming purposes only, so the purpose is different. I'm not sure if there is a competitor for this particular tool or not, as I haven't worked with any competitor so far.

    How was the initial setup?

    The initial installation was kind of easy to understand for me, while my teammates struggled a little bit, so I would say it was okay.

    What about the implementation team?

    My engineering team contacts Cribl's technical support; I join the call in case any issues come up and I provide my suggestions.

    Which other solutions did I evaluate?

    Cribl is the first tool that I'm using for this particular data pipelining.

    What other advice do I have?

    For everything, my suggestion and limitation as I told, if it were there, I would give Cribl 10 out of 10; since it's not, I'm giving nine out of 10. I am just a user of Cribl; my company has a license with them. I'm not sure if they have a partnership with Cribl or not. I rate Cribl nine out of 10.

    reviewer2744961

    Ease of use in data parsing and manipulation saves development time

    Reviewed on Jul 23, 2025
    Review from a verified AWS customer

    What is our primary use case?

    Our use cases that we are exploring Cribl  for right now are for data parsing and data manipulation.

    What is most valuable?

    The feature I appreciate most about Cribl  is that it is really easy to use and quick to replicate data models on different data sets. We have over 1,000 log sources, and currently, we have to configure them individually with their own architecture. Cribl allows us to do a copy and paste architecture and saves us a lot of development time. It also makes it easy to add any sort of extra data parsing to specific lines. Ease of use is really our biggest benefit from it.

    What needs improvement?

    Something that Cribl could do better is processing time. There is not enough customization to improve performance. An example would be with AWS Lambda  functions, the way we were doing it before. There are different strategies where the way we code it could save us more processing time and still have the same price. With Cribl, it is very much set in its ways. If you want better performance, then you have to pay for more resources.

    The UI is a very beneficial thing that saves us a ton of time. I mentioned the copy and paste approach and little to no code anymore, as it is all UI interface-based now. There is little to no code that we do other than regex commands. If there was still some aspect of being able to add our own code, we could potentially get better performance. I understand this is the whole use case of Cribl, to remove the technical need aspect. You do not need as many experienced developers; you will pay for software and have to hire an analyst instead of an engineer and save money on wages. For how good the tool is, it would be nice to still have that data engineering aspect.

    For how long have I used the solution?

    I have not been using Cribl in my career. We are a company that is interested in investing in it at the moment. However, we do have several teams that have used it and we have also had access to a dev workspace that we have used.

    What do I think about the stability of the solution?

    I have not had any issues. So far, everything has been good.

    What do I think about the scalability of the solution?

    It is pretty scalable, just in terms of cost. If you have any problems, it is probably going to be more about having to pay for more resources.

    Which solution did I use previously and why did I switch?

    Currently, we are using Logstash , and we are also exploring a POC with DataBahn. DataBahn is a newer company. They are not as sophisticated as Cribl, and the performance is probably not there, but they make up for it in cost.

    How was the initial setup?

    Being new to Cribl, the setup was very easy.

    What about the implementation team?

    For us, it could have been done with one person, but we had different team members involved just for exposure because we were onboarding it with many people. It could have been a one-person implementation, but two to three people would have been a good healthy number.

    What's my experience with pricing, setup cost, and licensing?

    The current pricing is a little bit above average.

    What other advice do I have?

    We are using around 25% of what Cribl offers, mainly focusing on log parsing, which is what Cribl started with. We use AWS  as our main source of ingestion.

    There is little flexibility in pricing. It is simply the market price, and you either pay it or you do not. Cribl has significant capacity to handle high volumes of diverse data types, such as logs and metrics. Cribl can handle almost anything we throw at it, as lonthe g as budget is not an issue.

    There is a team in my company that uses them, but they are part of a separate company. We do not have any partnership with them yet.

    On a scale of 1-10, I rate Cribl an 8.

    reviewer2741781

    Enables us to gain control over data flow and optimizing log management across multiple destinations

    Reviewed on Jul 17, 2025
    Review provided by PeerSpot

    What is our primary use case?

    Entire logs from my organization go through Cribl  and get routed to Splunk and various other destinations. I use it on a large scale in my organization. Cribl  Stream  is one of my favorite parts. I use Cribl to route the logs to various destinations. It helped us to completely remove the monopoly on Splunk. Not only firewall logs, but also cloud trail logs and many other logs were processed through Cribl.

    What is most valuable?

    It helped us to completely remove the monopoly on Splunk, as we previously couldn't have any control over logs and how to optimize them. When we had Cribl in place, it provided a vision and a platform for us to control what we send and how we send it in terms of data passing, data enrichment, and many more things, with massaging the data. It also helped us to open up to many tools where we could send the data to various destinations, as it is vendor-agnostic.

    What needs improvement?

    Cribl Stream  is good, but I feel they could develop more products apart from Cribl Stream for my use case. I know Search is coming and Data Lake is there, but there can be more innovations in Cribl. They had one good product, which is Cribl Stream, which appears to be the primary revenue source for the company, but there may be many other use cases. They could explore OTel and how to connect with DynaTrace. They are looking specifically for logging, but expanding into metrics and APM  would also help.

    For how long have I used the solution?

    I have been using Cribl for the past three to four years.

    What do I think about the stability of the solution?

    On-premises deployment is something which customers take care of themselves. Earlier versions had quite a few issues, but there are more stable versions now, so it is a good time to start using Cribl.

    What do I think about the scalability of the solution?

    They are very scalable and good.

    How are customer service and support?

    They are very good in terms of solving issues. Regarding availability over other time zones, since it is mostly focused on Europe and US, they are starting to build up in New Zealand and other places.

    How would you rate customer service and support?

    Which solution did I use previously and why did I switch?

    I tried a few other alternatives as POCs, but none of them worked out as effectively as Cribl.

    How was the initial setup?

    We worked on it for six months. Our infrastructure is complex, so it took almost six months, a couple of quarters.

    What about the implementation team?

    If you have a good architect and a couple of Cribl staff members to assist, three persons can handle the implementation.

    What was our ROI?

    It is feasible and doable. Compared to Splunk, Cribl is cheaper.

    What's my experience with pricing, setup cost, and licensing?

    Pricing is feasible and doable. Compared to Splunk, Cribl is cheaper.

    Which other solutions did I evaluate?

    I tried a few other alternatives as POCs, but none of them worked out as effectively as Cribl.

    What other advice do I have?

    It has been able to perform to the best of its capabilities. They are able to handle everything with their non-shared architecture. On a scale of 1-10, I would rate Cribl a solid nine.

    Which deployment model are you using for this solution?

    On-premises

    If public cloud, private cloud, or hybrid cloud, which cloud provider do you use?

    Other
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