Mobile Identity for eCommerce

Streamline user authentication, increase conversion success rates and protect your users at every step of their journey.

mobile identity

TURN MOBILE SECURITY INTO A CHECKOUT ADVANTAGE

In eCommerce, every second of friction reduces conversion. At the same time, fraud is rising – and identity attacks can threaten both revenue and customer trust. Balancing security with a smooth experience is no longer optional.

IDlayr for eCommerce delivers secure, frictionless mobile identity for your entire shopping journey. From account creation and login to checkout and account changes, IDlayr verifies users in real-time using their mobile network and SIM card. No passwords, no SMS codes, no guesswork, no friction.

Keep your genuine users moving fast, block fraud at every step, and improve conversion.

 

Why It Matters

Increase revenues without compromising trust.

  • Prevent fraud at every step
  • Stop fake accounts, bots, and identity theft with real-time SIM and device verification.

  • Deliver low-friction experiences that convert
  • Replace SMS OTPs and password resets with silent mobile authentication that works in the background.

  • Optimize for mobile-first shoppers
  • Give your users a native, mobile-friendly experience that performs across networks, devices, and environments.

Traditional eCommerce Identity

IDlayr for eCommerce

Passwords, email links, and SMS OTPs Seamless mobile identity verification Frustrating flows and higher drop-off Real-time SIM and device checks Reactive fraud controls after the fact Stronger security with fewer interruptions

 

Which teams can benefit?

  • Guest and Registered Checkout
  • Authenticate users quickly and confidently to improve cart completion and reduce checkout abandonment.

  • Account Access and Profile Updates
  • Verify identity before critical changes like shipping address, saved cards, or contact information.

  • Fraud Prevention and Risk-Based Step-Up
  • Block bots, synthetic accounts, and suspicious sessions with automated mobile-based detection and step-up flows.