
SIM-Based Mobile Authentication
Upgrade to a frictionless, SIM-based identity verification method. Powered by mobile network data, this solution verifies users securely via their SIM—no codes, no passwords. It’s more secure than SMS or biometrics and delivers a superior user experience. Ideal for banks, fintechs, and high-trust digital services.
Fast Integration, Minimal Friction

Fast Login

Two-Factor Authentication (2FA)

High Reliability

Real-Time Reporting

Mobile Authentication Support

Cascading Delivery System

Seamless Integration

Multi-Use Cases

SMS & WhatsApp OTP Authentication

Enhanced Fraud Prevention
Frequently Asked Questions
OTP-less authentication is a secure login method that eliminates the need for one-time passwords (OTPs). Instead, it leverages device authentication, biometrics, or push notifications to verify a user’s identity.
OTP-less authentication reduces the risk of phishing attacks, SIM card swaps, and OTP interception. By using more secure methods like biometrics or device-based authentication, it ensures only the authorized user can access the system.
OTP-less authentication improves user experience by reducing friction during login, increases security, lowers costs associated with sending OTPs, and enhances customer satisfaction with faster and seamless access.
Yes, OTP-less authentication adheres to industry standards and data protection regulations like GDPR, ensuring secure and compliant identity verification.
Yes, our OTP-less authentication solution is highly adaptable and can be easily integrated with existing systems, including websites, mobile apps, and enterprise software, through API integration.
To implement OTP-less authentication, users need to have a device capable of biometric authentication (e.g., smartphones) or enable trusted device recognition features in their apps or platforms.
OTP-less authentication eliminates the need for users to remember passwords or wait for OTPs, providing a quicker and hassle-free login process, which enhances customer engagement and retention.