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    • White Jaguars
    • Wiz
    • Xygeni
    • ZAP
    • ZeroPath

  • Log in to the platform 
  • Home
  • Quick start
      • Billing
      • Integrations
      • Platform
      • 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
      • Billing for the Advanced plan
      • Continuous Hacking free trial, plans and pricing
      • Continuous Hacking methodology
      • Continuous Hacking PoV
      • CVSSF metric
      • Glossary
      • Main website
      • Platform demo
      • Tutorial videos
      • What is DAST?
      • What is SAST?
      • Assign vulnerability remediation to a team member
      • See details of the reported security vulnerabilities
    • Sign up to Fluid Attacks
      • Break the build
      • Install CI Gate to break the build
      • Verify whether a fix was successful
  • Find and fix
    • Access to your assets
      • Cloud
      • Connector
      • Egress
      • Set up an AWS IAM role
      • Summary of mechanisms used to access assets
      • 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
      • 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
      • Pentesters' tools
    • Machine
      • 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
      • Invite contributing developers
      • Manage members
      • Manage your organization's authors
      • Understand roles
      • 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
      • Accept vulnerabilities
      • Manage fix prioritization policies
      • Manage security gates
      • Prevent the deployment of builds with vulnerabilities
      • View details of the security of your builds
      • 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
      • Enable and disable notifications
      • Explore the user menu
      • Leave group
      • Subscribe to news
      • Platform sections and header items
      • Sign-up and login authentication
      • Configure and use Sorts on your own
      • Introduction to Fluid Attacks' AI tool
      • Accuracy SLA
      • Availability SLA
      • False negatives
      • False positives
      • Response SLA
      • Scope
      • Service-level agreement summary
        • 2023
        • 2024
        • 2025
        • 2026
      • Documentation sections
      • Roadmap
      • Supported AI functions
      • Supported attack surfaces
      • Supported binaries
      • Supported browsers
      • Supported CI/CD
      • Supported clouds
      • Supported CVEs for reachability analysis
      • 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
      • 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
    • Use the Platform
      • 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
      • Introduction
      • Use the API
      • Learn the basics of the Fluid Attacks API
      • Things to know before using the API
  • Stack
      • Bash
      • Python
      • Terraform
      • TypeScript
      • Ariadne
      • Commitlint
      • Docker
      • 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
      • GitLab CI
      • Google Workspace
      • IAM
      • Jamf
      • KMS
      • Lambda
      • LogRocket
      • Okta
      • OpenAI
      • OpenSearch
      • Organizations
      • QuickSight
      • S3
      • SageMaker
      • Snowflake
      • Statuspage
      • Step Functions
      • Stripe
      • Treli
      • Ubiquiti
      • Vanta
      • Voyage AI
      • VPC
      • VPN
      • Zoho One
      • Zoho Sign
  • 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 
CompareCure53

Cure53

How does Fluid Attacks’ solution compare to Cure53’s? The following comparison table enables you to discern the performance of both providers across various attributes essential for meeting your company’s cybersecurity needs. To better understand each attribute, read their descriptions on the dedicated page .

CriteriaFluid Attacks EssentialFluid Attacks AdvancedCure53
AccuracyFluid Attacks’ SAST tool achieved the best possible result against the OWASP Benchmark: a TPR (True Positive Rate) of 100% and an FPR (False Positive Rate) of 0% .Fluid Attacks identifies 90% of the evaluated systems’ risk exposure. (Accuracy is calculated with the F1 score. Risk exposure is calculated with the formula CVSSF=4^(CVSS-4) .)Cure53 does not show information regarding false positive or false negative rates.
Binary SASTYes. Fluid Attacks Essential supports APK files.Yes. Fluid Attacks Advanced’s capability is equal to that of the Essential plan.No
Languages (source code SAST)Yes . Fluid Attacks Essential supports the following languages and technologies : Android, C#, CloudFormation, Configuration files, Dart, Docker, Docker Compose, Go, HTML, HTML5, jBASE, Java, JavaScript, Kotlin, Kubernetes, PHP, Python, Razor, Shell Scripting, Storybook, Swift, Terraform, TypeScript and YAML.Yes . Fluid Attacks Advanced supports all languages and technologies supported in the Essential plan, as well as the following: ABAP, ActionScript, Apex, Assembler, ATS, Awk, C, C++, Clean, ClojureScript, Colm, cScript, Dale, Elvish, F#, Falcon, Fish, Fortran, Guile, Hana SQL Script, Haskell, Haxe, Idris, Ion, Janet, JCL, Joker, JScript, JSP, Lisp, Lobster, Natural, Nim, Objective C, Pascal, Perl, PL-SQL, PL1, PL/SQL, PowerScript, PowerShell, Prolog, R, RC, RPG4, Rust, Scala, SQL, SQR, Standard ML, T24, TAL, tcsh, Transact-SQL, VB.NET, VBA, VisualBasic 6, XML, among others.No
Frameworks (source code SAST)Yes . Fluid Attacks Essential supports the following frameworks : .NET, .NET Core, Angular, ASP.NET, Bootstrap, Django, Express, FastAPI, Flask, Flutter, Ktor, Laravel, Nest, Next.js, Node.js, React Native, React.js, Spring, Spring Boot and Vue.js.Yes . Fluid Attacks Advanced supports all frameworks supported in the Essential plan, as well as the following: Apache Struts, Ember.js, Gatsby, Meteor, Phoenix, Ruby Sinatra, Ruby on Rails, Svelte, Symfony, Tornado, among others.No
DASTYes . Fluid Attacks Essential scans unauthenticated HTTP endpoints, including headers, DNS records, HTML content, and SSL connections for encryption suites, protocols, and X509 certificates.Yes . Fluid Attacks Advanced’s capability is equal to that of the Essential plan.No
IASTNoNoNo
SCAYes . Fluid Attacks Essential supports the following package managers : Cargo, Composer, Conan, Docker Images, GitHub Actions, Go, Gradle, Hex, Maven, NPM, NuGet, pNPM, pip, Poetry, Pub, RubyGems, SBT, SwiftPM and Yarn.Yes . Fluid Attacks Advanced’s capability is equal to that of the Essential plan.No
SecretsYes. Fluid Attacks Essential detects secrets in API keys, AWS credentials, database connection passwords, express-session secrets, hardcoded emails (in security-related contexts), hardcoded environment variables (e.g., api_key, password, secret), hardcoded secrets in cryptographic calls, JWT, private keys, RSA keys, salts, SSH keys, symmetric keys, initialization vectors, SonarQube tokens and passwords (in identifiable fields).Yes. Fluid Attacks Advanced’s capability is equal to that of the Essential plan, with the addition of manual reviews to verify other attack vectors and the exploitability of secrets.No
ContainersYes . Fluid Attacks Essential scans containers based on the following distributions: Alpine, Arch, Debian, and RedHat.Yes . Fluid Attacks Advanced’s capability is equal to that of the Essential plan.No
PTaaSNoYes No. Cure53 offers one-shot MPT .
Reverse engineeringNoYes Yes 
Secure code reviewNo  Yes Yes 
CSPM  Yes   Yes No
ASPM  Yes   Yes No
SCM integrationsAzure DevOps , Bitbucket , GitHub  and GitLab It offers the same integrations  as the Essential plan.None
Ticketing integrationsAzure DevOps work items , GitLab issues  and Jira It offers the same integrations  as the Essential plan.None
ChatOps integrationsNoneNoneNone
IDE integrationsIntelliJ IDEA  and VS Code It offers the same integrations  as the Essential plan.None
CI/CD integrationsAWS CodePipeline, Bamboo, CircleCI, GitHub Actions, GitLab CI, Jenkins, TeamCity, Travis CI, and any other CI/CD system that supports Docker It offers the same integrations  as the Essential plan.None
Cloud IntegrationsAWS , Azure  and GCP It offers the same integrations  as the Essential plan.None
Compliance integrationsNoneNoneNone
SCA integrationsNative scanner  (included, no integration needed)Its capability is equal  to that of the Essential plan.None
SAST integrationsNative scanner  (included, no integration needed)Its capability is equal  to that of the Essential plan.None
DAST integrationsNative scanner  (included, no integration needed)Its capability is equal  to that of the Essential plan.None
IAST integrationsNoneNoneNone
Secrets integrationsNative scanner  (included, no integration needed)Its capability is equal  to that of the Essential plan.None
Container integrationsNative scanner  (included, no integration needed)Its capability is equal  to that of the Essential plan.None
CSPM integrationsNative scanner  (included, no integration needed)Its capability is equal  to that of the Essential plan.None
ComplianceFluid Attacks Essential validates some requirements  based on these standards and guidelines : Agile Alliance, BSIMM, BIZEC-APP, BSAFSS, CAPEC™, CASA, C2M2, CCPA, CERT-C, CERT-J, CIS, CMMC, CPRA, CWE™, CWE TOP 25, ePrivacy Directive, FACTA, FCRA, FedRAMP, FERPA, FISMA, GDPR, GLBA, HIPAA, HITRUST CSF, ISA/IEC 62443, ISO/IEC 27001, ISO/IEC 27002, ISSAF, LGPD, MITRE ATT&CK, MISRA-C, MVSP, NERC CIP, NIST 800-53, NIST 800-63B, NIST 800-115, NIST 800-171, NIST CSF, NIST SSDF, NYDFS, NY SHIELD Act, OSSTMM3, OWASP API Security Top 10, OWASP ASVS, OWASP MASVS, OWASP-M TOP 10, OWASP SAMM, OWASP SCP, OWASP Top 10 Privacy Risks, OWASP TOP 10, PA-DSS, PCI DSS, PDPA, PDPO, POPIA, PTES, Resolution SB 2021 2126, SANS 25, SIG Core, SIG Lite, SOC2®, SWIFT CSCF, WASC and WASSEC.Fluid Attacks Advanced validates all the requirements  according to the same standards and guidelines  as the Essential plan.Cure53 validates requirements based on these standards and guidelines: GDPR , HIPAA , among others.
Fast and automatic Yes  Yes No
RemediationFluid Attacks Essential provides detailed documentation  on fixes and features both on its platform and in its VS Code extension , which uses generative AI to offer custom step-by-step correction guidance . Additionally, its extension leverages gen AI to offer automated fixes  capabilities.In addition to the Essential plan features, Fluid Attacks Advanced offers the option of “Talk to a hacker ” in which its experts help clients understand the most challenging vulnerabilities, which helps as a basis to figure out remediation.Cure53 provides detailed documentation on the fixes in the reports it delivers  to the client along with the MPT  results.
CI/CD securityFluid Attacks Essential can integrate with CI/CD systems  and trigger a build pipeline failure to prevent from deploying a noncompliant software version into production (break the build ).Fluid Attacks Advanced’s capability is equal  to that of the Essential plan.No
Vulnerability detection method  Automated tools Hybrid  (automated tools + AI + human intelligence)Human intelligence (as part of its MPT offering )
Vulnerability chainingNoBy combining vulnerabilities A and B , Fluid Attacks Advanced discovers a new, higher impact vulnerability C.By combining vulnerabilities A and B , Cure53 discovers a new, higher impact vulnerability C.
Delivery of evidenceFluid Attacks Essential’s evidence is delivered in (a) PDF executive reports , (b) XLSX technical reports , (c) code pieces  and (d) graphs and metrics of the system’s security status .Fluid Attacks Advanced delivers all the types of evidence mentioned in the Essential plan, and additionally, (a) video recordings of the attack  and (b) screenshots with explanatory annotations .Cure53’s evidence is delivered in (a) PDF reports .
ExploitationNoFluid Attacks Advanced can do exploitation  as long as the client provides an available environment.Cure53 does exploitation  as part of its MPT offering .
Zero-day vulnerabilitiesNoFluid Attacks Advanced’s security researchers search for zero-day vulnerabilities  in open-source software.No
AI/ML triageNoUsing artificial intelligence (AI), Fluid Attacks Advanced prioritizes  potentially vulnerable files for assessment. Its AI is specially trained by machine learning (ML) with thousands of snippets of vulnerable code.No
Year founded2001 Same as the Essential plan 2007 
Number of employees139 Same as the Essential plan 25 
Main capabilityNative ASPM  and Built-In Scanners AI-Powered PTaaS  with Native ASPM  and Built-In Scanners Manual penetration testing 
Extra capabilitiesNoneNoneSecurity analysis and architectural advice  and t raining and consulting 
Reputation sites (on a scale of 1 to 10)Between 8.89 and 9.71 based on 36 reviews over 6.3 years from the following three sources: Clutch , Gartner Peer Insights  and PeerSpot Same as the Essentials planNo reviews
Certifications or attestationsSOC 2 Type II  and SOC 3 It is covered by the same certifications and attestations  as the Essential plan.No
Offensive certifications0202 offensive certifications  from 59 different types4 offensive certifications  from 4 different types
DeploymentSaaS Same as the Essential plan No
DemoYes Yes No
FreemiumNoNoNo
Free trialYes . 21-day free trial .Yes . POV  to evaluate up to 3 applications, lasting 4 to 8 weeks depending on the organization’s size.No
Open sourceYes . MPL-2.0 license . Totally equivalent to the paid version .Yes . MPL-2.0 license . Partially equivalent to the paid version .No
MarketplacesAWS It is available in the same marketplace  as the Essential plan.No
Transparent pricingNoNoNo
CNAYes Yes No
CVEFluid Attacks has identified  a total of 257 CVEs to date that have been officially published in the MITRE  database.Same as the Essential planNo
Status pageYes Yes No
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References were last checked on Oct 30, 2024.

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Last updated on February 13, 2026
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