Innovative banks choose BioCatch.
Discover how hundreds of the world’s leading banks are achieving measurable results: from preventing fraud and reducing operational costs to increasing digital adoption rates and enhancing the digital customer experience.
Evolving threats require smarter protection.
Fraud is no longer just a technical problem—it’s a human one. Today’s attackers rely on social engineering, coercion, and manipulation to bypass traditional defenses, tricking legitimate users into authorizing fraudulent transactions. As a result, legacy fraud controls that focus on credentials, devices, or static rules are increasingly ineffective against modern scams.
Financial institutions now face a difficult tradeoff: strengthen security and risk frustrating customers, or streamline experiences and expose themselves to greater fraud losses. Discover how intelligent friction is transforming fraud prevention and how your organization can apply it today.
Synthesized intelligence:
Unified Collection. Continuous Telemetry. Behavioral Sequencing. Predictive Analysis. Real-time Decisioning.
No vendor has ever deployed behavioral intelligence at the scale we've proven possible. We continuously analyze more user sessions (16 billion and counting), collect more signals (3,000 plus), deliver more trusted insights, and protect more digital banking customers (more than half a billion) than any other behavior-centric digital-fraud-prevention solution provider. And we do it in the context of their device, the applications they use, and their transactional tendencies to deliver a trusted and accurate signal for a frictionless and secure customer experience.
Proven at scale. Trusted worldwide.
BioCatch is a proven leader in fraud and financial crime prevention. By synthesizing first-of-its-kind, scalable behavioral intelligence and device insights in real time, BioCatch brings human context and intent to the analysis of every digital interaction, empowering hundreds of financial institutions to detect and stop advanced threats that routinely bypass traditional controls.




