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  • Home
  • Quick start
      • Billing
      • Integrations
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      • Scanner
      • Ask our pentesters to explain a vulnerability
      • Fix code with gen AI from the IDE
      • See safe dependency versions
      • Import repositories to test
      • Invite team members to sign up
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      • Glossary
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      • What is DAST?
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      • Assign vulnerability remediation to a team member
      • See details of the reported security vulnerabilities
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      • Break the build
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    • Access to your assets
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      • Set up an AWS IAM role
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      • Types of authentication used
      • Fix code automatically with gen AI
      • Get AI-generated guides for remediation
      • Contribute to enhancing the scanners
      • Fluid Attacks' scanners
      • Know and reproduce the scanner’s OWASP Benchmark results
      • Pentesters' tools
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      • Configure and use Sorts on your own
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      • Supported evidence formats
      • Supported frameworks
      • Supported IDE functionalities
      • Supported languages
      • Supported languages for vulnerability fixes
      • Supported package managers
      • Supported remediation
      • Supported SCM systems
      • Supported secrets
      • Supported standards
      • Supported ticketing systems
      • CVSS score adjustment
      • Find reachable dependency vulnerabilities
      • Vulnerability signature update
      • What is SCA?
      • APK scanner configuration file
      • DAST scanner configuration file
      • SAST scanner configuration file
      • SCA scanner configuration file
      • Scan with a configuration file
    • Use the Platform
        • Platform sections and header items
        • Sign-up and login authentication
        • Create and delete groups
        • Create another organization
        • Know your Groups section
        • Manage a group's configuration
        • Register payment information
        • See the target of evaluation's status and SBOM
        • Sort groups into portfolios
        • Invite contributing developers
        • Manage members
        • Manage your organization's authors
        • Understand roles
        • Import repositories fast and safely with OAuth
        • Manage environments
        • Manage repositories
        • Manage your credentials
        • Resolve events impeding tests
        • See retrieved repositories not yet added to any group
        • Analyze your supply chain security
        • Assign treatments
        • Correlate your threat model to vulnerabilities
        • Examine the evidence of exploitability
        • Request a vulnerability be dismissed as Zero Risk
        • See vulnerabilities assigned to you
        • See where vulnerabilities are and more details
        • Verify fixes with reattacks
        • Ask the AI Agent
        • Ask via chat
        • Post comments
        • Send Fluid Attacks an email
        • Talk to a Pentester
        • Watch certifiable tutorial videos or get a demo
        • Access recent downloads
        • Check your compliance with standards
        • View analytics common to orgs, groups and portfolios
        • Download a report of detected vulnerabilities
        • View analytics for the group level only
        • View analytics for the portfolio level only
        • Use analytics charts options
        • View and download logs
        • Accept vulnerabilities
        • Manage fix prioritization policies
        • Manage security gates
        • Prevent the deployment of builds with vulnerabilities
        • View details of the security of your builds
        • Enable and disable notifications
        • Explore the user menu
        • Leave group
        • Subscribe to news
      • Manage repositories
      • See vulnerabilities
      • Exclude findings from scan reports
      • Run scans locally
      • Understand the scanner output
      • Use standalone scanners
      • Use the scanners in CI/CD
  • Integrations
      • Local tools
      • Access Talk to a Pentester and help from Jira issues
      • Automate Jira issue creation
      • Create Jira issues for vulnerabilities
      • Go to vulnerability evidence and more from Jira issues
      • Install the Fluid Attacks app for Jira Cloud
      • Link vulnerabilities to Jira issues or unlink them
      • Request reattacks from Jira issues
      • Set up the Jira integration
      • Set up the Azure DevOps integration
      • Set up the GitLab integration
      • Install the VS Code extension
      • View vulnerable lines, use fix options and more
      • VS Code extension error and solution catalog
      • Identify and address vulnerabilities from IntelliJ
      • Install the IntelliJ plugin
      • Identify and address vulnerabilities from Cursor
      • Install the Cursor extension
      • AWS Marketplace integration
    • MCP server
      • Installation
      • Capabilities and use cases
      • Docker installation
      • Excluding files from analysis
      • Integrate with Azure DevOps Peer Reviewer Assistant
      • Integrate with GitLab Peer Reviewer Assistant
      • Troubleshooting
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      • Use the API
      • Learn the basics of the Fluid Attacks API
      • Things to know before using the API
  • Stack
      • Bash
      • Python
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      • TypeScript
      • Ariadne
      • Commitlint
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      • ESLint
      • GraphQL
      • Hypercorn
      • Kubernetes
      • Labels
      • Mypy
      • Nix Flakes
      • Platform audit logs
      • Platform authentication
      • Platform authorization
      • Pydantic AI
      • React
      • Ruff
      • Sops
      • Starlette
      • Tree-sitter
      • Visual Studio Code
      • AWS
      • Batch
      • Bedrock
      • BigCodeBench
      • BugSnag
      • Checkly
      • Claude 3.5 Sonnet
      • Cloudflare
      • CloudWatch
      • Cost Management
      • Datadog
      • dbt
      • DynamoDB
      • EBS
      • EC2
      • EKS
      • ELB
      • Engineering metrics
      • ePayco
      • EventBridge
      • GitLab
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      • Google Workspace
      • IAM
      • Jamf
      • KMS
      • Lambda
      • LogRocket
      • Okta
      • OpenAI
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      • SageMaker
      • Snowflake
      • Statuspage
      • Step Functions
      • Stripe
      • Treli
      • Ubiquiti
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      • Voyage AI
      • VPC
      • VPN
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  • Compliance
      • Clients
      • Password policies
      • Staff
      • Access revocation
      • Endpoint
      • Authorization for clients
      • Authorization for Fluid Attacks staff
      • Secret rotation
      • Secure employee termination
      • Session management
      • Distributed apps
      • Distributed firewall
      • Everything backed up
      • Multiple zones
      • Recovery objective
      • Device (re)enrolling
      • Direct hiring
      • Encryption at rest
      • Encryption in transit
      • No personal gain
      • Personnel NDA
      • Secure deletion
      • Awareness
      • Certification Hub
      • Certified cloud provider
      • Certified security analysts
      • Comprehensive reporting
      • Developing for integrity
      • Extensive hiring process
      • Monitoring
      • Production data not used for dev or test
      • Secure emails
      • Software Artifacts SLSA levels
      • Static website
      • Training plan
      • Everything as code
      • Extensive logs
      • Data privacy policy
      • Data policies
      • Email obfuscation
      • Employee time tracking software
      • Manual for the National Database Registry (NDR)
      • OTR messaging
      • Polygraph tests
      • Project pseudonymization
      • Retention
      • Secure delivery of sensitive data
      • Transparent use of cookies
      • Unsubscribe email
      • Continuity and recovery
      • Equipment and telecommuting
      • Everything is decentralized
      • Redundant roles
      • Complaint management
      • Data leakage policy
      • Ethics hotline
      • Help channel
      • Incident management
      • Information security responsibility
      • Open source
      • Quality policy
      • Status page
      • Testing our technology
      • Vulnerability releasing
  • Compare
    • 42Crunch
    • 7 Way Security
    • Aikido
    • Anvil Secure
    • Apiiro
    • AppCheck
    • Appdome
    • Appknox
    • Aqua
    • ArmorCode
    • Arnica
    • Astra
    • Base4
    • Bishop Fox
    • Black Duck
    • Black Hills
    • Breachlock
    • Bright Security
    • Burp Suite
    • Checkmarx
    • CloudGuard
    • Cobalt
    • Codacy
    • Conviso
    • Cure53
    • Cycode
    • Cyver
    • Data Theorem
    • DataDog
    • DeepSource
    • DefectDojo
    • Detectify
    • Devel
    • Dryrun Security
    • Dynatrace
    • Edgescan
    • Endor Labs
    • Escape
    • Evolve Security
    • Faraday Security
    • FortiDevSec
    • Fortify
    • GitHub Advanced Security
    • GitLab Ultimate
    • GuardRails
    • HackerOne
    • Hackmetrix
    • Hadrian
    • HCL AppScan
    • Heeler
    • Hopper Security
    • ImmuniWeb
    • Inspectiv
    • Intigriti
    • Intruder
    • Invicti
    • JFrog
    • Jit
    • Kiuwan
    • Legit Security
    • Mandiant
    • Mend
    • Mindgard
    • Moderne
    • NetSPI
    • NowSecure
    • Nucleus Security
    • Oligo Security
    • Orca Security
    • Oversecured
    • OX Security
    • Phoenix Security
    • PlexTrac
    • Praetorian
    • Prancer
    • Prisma Cloud
    • Probely
    • Prowler
    • ReversingLabs
    • RunSybil
    • Safety
    • Securitum
    • Seemplicity
    • Semgrep
    • Snyk
    • Socket
    • SonarQube
    • Sonatype
    • SOOS
    • StackHawk
    • Strike
    • Synacktiv
    • Tenable Nessus
    • ThreatModeler
    • Veracode
    • White Jaguars
    • Wiz
    • Xygeni
    • ZAP
    • ZeroPath

  • Log in to the platform 

On This Page

  • Security gates
  • Response to external vulnerability reports
  • Time to remediate
  • Monitoring
  • Requirement
  • Other transparency measures
ComplianceTransparencyTesting our technology

Testing our technology

We have projects focused on hacking our software. It is essential for us to be an example of secure software. That’s why our entire technology stack goes through a process of comprehensive Continuous Hacking . All our development projects run Continuous Integration  pipelines, including exploits and strict linters, to ensure that no known vulnerabilities are released to production. Additionally, we run a bug bounty program  to ensure the highest security and privacy of our websites. Everyone is eligible to participate in the bug bounty program, and people are encouraged to find and responsibly report vulnerabilities through a monetary award based on the impact of the vulnerability.

Security gates

Fluid Attacks tests its own projects through automated and manual techniques and configures the following security gates from the platform:

  • Fluid Attacks’ CLI breaks the build due to new vulnerabilities, guaranteeing they are not passed onto the platform.
  • Fluid Attacks’ CI Gate breaks the build due to vulnerabilities with any CVSS score.
  • Fluid Attacks’ engineering team may accept vulnerabilities temporarily while they work on a patch. Each vulnerability can be accepted only once and for up to 60 days.
  • Fluid Attacks accepts the following vulnerability types permanently due to its use of the cloud: Lack of protection against deletion - EC2  and Traceability loss - AWS .

Response to external vulnerability reports

  1. The researcher submits a report through help@fluidattacks.com.
  2. A response team is assigned, based on availability and the knowledge set.
  3. The response team responds to the researcher and makes inquiries to satisfy any needed information and confirm if the report is indeed a vulnerability. If it is not a vulnerability, the team communicates to the researcher why.
  4. The severity of the vulnerability is established based on its CVSS  score.
  5. An issue is created in Fluid Attacks’ bug tracker  and prioritized according to its severity. If appropriate, users are notified of the vulnerability, including any steps for them to take, but without any details that could suggest an exploitation path.
  6. Appropriate patches are worked on locally by the response team.
  7. Patches are reviewed with the researcher.
  8. The vulnerability announcement is drafted and a release date is discussed.
  9. At the release date, the fix is deployed, and the vulnerability is announced at Fluid Attacks News  and through email to the affected users if appropriate.
  10. The researcher is contacted and asked if they wish for credit.
  11. Internal Fluid Attacks meetings are held in order to analyze the incident and take any actions that can isolate our code base, prevent similar incidents, reduce future incidents, or improve future responses.

Time to remediate

Fluid Attacks has defined the following remediation times based on vulnerability severity as recommended by industry standards and frameworks, such as PCI DSS and NIST:

CVSS v4.0 scoreTime to remediate
9.0 - 10.0 (Critical)≤ 7 days
7.0 - 8.9 (High)≤ 15 days
4.0 - 6.9 (Medium)≤ 30 days
0.1 - 3.9 (Low)≤ 60 days or according to priority

Monitoring

Fluid Attacks monitors that it is remediating vulnerabilities found in its products as follows:

  • Remediation percentage should be above 99%.
  • There should be fewer than ten bugs.

Moreover, Fluid Attacks’ incident manager ensures that issues are created and closed.

Requirement

155. Application free of malicious code 

Other transparency measures

  • Complaint management 
  • Data leakage policy 
  • Ethics hotline 
  • Help channel 
  • Incident management 
  • Information security responsibility 
  • Open source 
  • Quality policy 
  • Status page 
  • Vulnerability releasing 
Last updated on February 13, 2026
Status pageVulnerability releasing

Fluid Attacks 2026. All rights reserved.