Reducing Fraud Losses by 42% in 90 Days

Client: A Top Digital Bank

Client Need

The bank was facing escalating fraud incidents across online and mobile channels. Traditional fraud controls were reactive, rule-heavy, and unable to keep up with new attack patterns like credential stuffing, bot-driven account takeovers, and social engineering fraud. The leadership team needed:

• real-time fraud prevention layer that could integrate with their banking stack.

• Continuous authentication without adding friction for genuine customers.

• Automated policy enforcement to stay audit-ready for regulatory frameworks like PCI DSS, GDPR, and RBI guidelines.

Technical Challenges

• Static Rules Fatigue: Their legacy fraud system depended on fixed rules, leading to high false positives and missed zero-day threats.

• Fragmented Monitoring: Fraud, compliance, and session monitoring were siloed, creating blind spots.

• Scalability Issues: Existing tools couldn’t handle fraud checks at the scale of millions of daily transactions without latency.

K-Protect Solution

The bank deployed K-Protects Policy Engine and Behavioral Intelligence across its digital channels. Key components included:

• Adaptive Trust Policies: Dynamic IF/THEN rules that adjusted in real time to user identity, device, behavior, and risk signals.

• Continuous Session Monitoring: Detection of anomalies like session hijacking, unusual transaction velocity, or credential replay.

• Compliance Intelligence: 100+ pre-built controls ensured ongoing adherence to PCI DSS, SOC 2, and RBI digital security norms.

• Frictionless Customer Experience: Genuine users passed through without additional authentication hurdles, while risky actions triggered MFA or session termination.

Impact

• 42% Reduction in Fraud Losses within the first 90 days.

• 70% Lower False Positives, freeing fraud teams to focus on high-risk alerts.

• < 2s Policy Enforcement Latency, ensuring security without slowing transactions.

• End-to-End Compliance Readiness, helping the bank pass audits seamlessly while reducing manual overhead.

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