Identity & Access Management
We build banking-grade login systems that go beyond simple passwords. By using SIM binding and carrier API integration, the app automatically verifies the user's phone number in the background.
This silent verification provides a faster login experience while ensuring the account is locked to the user’s physical device for maximum security.
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Security should not slow users down.
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Traditional 2FA is now a liability; hackers easily intercept SMS codes via SIM swapping, and high messaging fees drain your budget.
We replace this with SIM binding and silent authentication, which link the account directly to the user’s physical device via carrier APIs. This banking-grade system verifies identity in the background, providing a faster, unhackable login while using a local SMS gateway to keep operational costs low.
CUSTOMER STORIES
Client Results and Success
RESULTS DELIVERED
Business Impacts We Have Made
100%
Real-Time SIM Swap Prevention
Carrier API detection identifies a SIM swap before authentication completes — blocking the account takeover vector that SMS OTP alone cannot stop.
60%
Reduction in SMS Costs
Local SMS gateway integration via the SMPP protocol replaces commercial providers for 2FA delivery. The cost savings compound at scale — high-volume banking applications send millions of OTPs per month.
OUR SERVICES
Our Identity & Access Management Capabilities
SIM Swap Detection via Carrier APIs
Direct MNO API integration checks whether the SIM registered to an account has been swapped before authentication proceeds. Detection happens at the carrier data layer — not inferred from device behaviour after the fact.
Device and SIM Binding for Banking Apps
The user's device and SIM are bound to their account at registration. Each authentication event validates both — a session originating from an unrecognized device or a swapped SIM is flagged before access is granted.
Silent Authentication via MNO APIs
MNO API integration verifies the user's identity against their active SIM without sending an OTP. The user is authenticated in the background — no code to enter, no interception surface for an attacker.
Local SMS Gateway 2FA
SMPP protocol integration connects the platform to a local SMS gateway for OTP delivery — replacing commercial SMS providers at a fraction of the cost. Message delivery speed and reliability are maintained.
IoT Device Authentication Support
Authentication flows cover IoT device registration and session management — handling the device identity and access patterns that connected banking devices require.
Multi-Factor Authentication Orchestration
MFA combinations — SIM binding, biometric, OTP, silent authentication — are orchestrated within a single authentication layer. Each factor is configurable per user segment, transaction type, and risk level.
OUR OFFERINGS
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KYC and AML Automation
Automated identity verification platforms orchestrating parallel checks across 13+ providers.
Application Security (RASP)
We implement Runtime Application Self-Protection that detects and responds to attacks.
Identity and Access Management
We build next-level authentication infrastructure combining SIM binding.
TECHNICAL HIGHLIGHTS
Identity & Access Management by Engineers and Consultants Who Have Delivered 1000+ Projects
Direct Carrier Connections (MNO Integration)
Modern iOS Security (Post-API Deprecation)
Direct SMS Routing (SMPP Protocol)
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- Faster-than-market project delivery
- End-to-end digital transformation services
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What You Need to Know
FAQs About Identity & Access Management Service
When a user initiates authentication, the platform queries the MNO's API with the phone number on the account. The carrier returns a signal indicating whether the SIM associated with that number has been recently changed. If a swap is detected, authentication is halted, and the account is flagged for verification through an out-of-band channel. The detection uses the carrier's own SIM assignment records — not inferred signals from device behaviour — which is what makes it reliable against a swap that has already completed before the authentication attempt.