What is machine learning fraud protection?
Machine learning fraud protection uses models to evaluate behavioral, session, and transaction signals and score risk in real time. It can detect patterns beyond explicit rules and adapt as attack behavior changes. hCaptcha Private Learning adds customer-defined risk classes and joint learning with pre-blinded data, enabling fraud and abuse detection without requiring personally identifiable information (PII).
How does hCaptcha Private Learning provide machine learning fraud protection without PII?
Customers control what data they send and can pre-blind fields before the data reaches hCaptcha. Private Learning combines that pre-blinded data with hCaptcha models and risk classes through joint learning to produce customer-specific risk predictions. This limits data exposure while preserving the signals needed to detect fraud and abuse.
How does machine learning fraud protection differ from rule-based fraud detection?
Rule-based fraud detection applies explicit conditions and thresholds, making it useful for known attack patterns and business policies. Machine learning evaluates relationships across many signals and can identify emerging patterns that no individual rule describes. Private Learning combines both approaches: Rule-to-Learn lets teams use business-defined rules to adjust model behavior.
How does Private Learning support GDPR, CCPA, LGPD, PIPL, and HIPAA requirements?
hCaptcha complies with GDPR, CCPA, LGPD, and PIPL. Private Learning supports fully pre-blinded, Zero PII deployments, which can help organizations subject to HIPAA limit data exposure and support their compliance obligations. hCaptcha maintains ISO/IEC 27001 and ISO/IEC 27701 certifications, a current SOC 2 Type II certification, PCI DSS 4.0 Level 1 Service Provider compliance, and certification under the EU-U.S., UK-U.S., and Swiss-U.S. Data Privacy Frameworks.
How long does it take to deploy machine learning fraud protection with Private Learning?
Private Learning can begin scoring risk in minutes. Label-Optional Learning does not require teams to hand-label a historical fraud dataset before receiving useful scores. Teams can choose standardized risk classes or define custom classes, then integrate through hCaptcha SDKs or backend prediction APIs. Rule-to-Learn lets teams adjust model behavior with business-defined rules after deployment.
What kinds of fraud does Private Learning detect?
Private Learning can model standardized or custom risk classes for account takeover, credential stuffing, card testing, transaction fraud, incentive abuse, in-game abuse, giveaway abuse, and coordinated automated activity. Teams can also define business-specific classes for edge cases. Each fraud scenario receives a tailored model within the same hCaptcha Enterprise platform.
How does Private Learning fit into an existing fraud stack?
Private Learning adds privacy-preserving machine learning to an existing fraud stack. It runs within hCaptcha Enterprise alongside Bot Detection, Account Defense, Fraud Protection, MFA, and User Journeys. Real-time and offline inference are available through familiar hCaptcha SDKs and scalable backend prediction APIs, allowing teams to use risk predictions in existing rules, orchestration, analytics, and investigation workflows.