Account Takeover Protection Stop fraud before it starts.
Block account takeovers in real time, before they hit your business.
eCommerce & Retail
Financial Services & Banking
Healthcare Providers
SaaS & Subscription Services
Advertising & Affiliate Networks
Social Media & Online Communities
Direct financial losses from fraudulent transactions or chargebacks
Fake ad campaigns launched from hijacked accounts
Brand damage resulting in lost customer confidence
Support teams overwhelmed with recovery and complaints
Lost customers and declining lifetime customer value
Compliance violations & legal exposure under GDPR, HIPAA and more
Workflow disruptions that stall the business
Data breaches & identity theft at scale
Enterprise-grade detection without complex deployment
Supports zero-trust and identity-first security strategies
Compatible with all modern platforms, including web, mobile, API
Account takeover fraud prevention with Anura.
Anura’s real-time account takeover detection system uses data and proprietary technology to block unauthorized access before it happens.
Spot suspicious logins before they break in
- Uses advanced algorithms to analyze environmental anomalies
- Flags bots, automated scripts, and human fraudsters
- Separate real users from fake ones with high accuracy
Stop credential stuffing & automated attacks
- Detects login attemps with stolen or leaked credentials
- Blocks high-speed login attacks across multiple IPs
- Stops bots from running thousands of login combinations per second
Identify fraudulent patterns in real time
- Flags logins from bad IPs, VPNs, and anonymizing proxies
- Spot device takeovers and session hijacks
- Catch location spoofing and unusual access instantly
Keep real users moving
- Run silently in the background with no CAPTCHAs or delays
- Let verified users log in without friction
- Trigger instant fraud alerts for fast action
Turn insight into action
- Detailed fraud reporting and threat intelligence dashboards
- Helps optimize security
- Integrate with your existing tech stack with zero disruption
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