Zero Trust Data Utility Control

Control the Utility of Data

SEC@R keeps sensitive data dormant by default and activates it only after trusted device verification, real-time consent and contextual authorization.

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Trusted by regulated industries · Zero custody · Immutable audit

DATA UTILITY LIFECYCLE

Dormant Data

Trusted Device

Consent

Activated

Dormant Again

SEC@R Executive Dashboard

Why Traditional Security Isn't Enough

Credentials can be stolen. OTPs can be intercepted. SEC@R eliminates the attack surface by keeping data dormant until trust is proven in real time.

Traditional authentication

Username

Password

OTP

Biometric

Fraud Still Happens

SEC@R data utility control

Dormant Data

Trusted Device

Real-time Consent

Temporary Activation

Automatic Deactivation

Platform capabilities

Data utility control — not another login layer

SEC@R governs when sensitive data becomes usable. Every capability is designed to keep fraudsters from activating what they steal.

Dormant by Default

Sensitive data stays unusable until every trust signal passes. When the session ends, it returns to dormant — worthless to attackers.

Trusted Device Verification

FIDO2 and BLE hardware prove possession before any data utility is released to enterprise systems.

Continuous Authentication

Trust is validated throughout the session — not only at login. Broken trust terminates access immediately.

Proximity Based Access

BLE presence keeps sessions bound to the authenticated user. Move away — access ends automatically.

Automatic Session Termination

Sessions expire when consent withdraws, devices leave range, or fraud indicators fail.

Role Based Authorization

Enterprise RBAC maps employees, roles, and policies before any activation request is honored.

Enterprise API Integration

Trust signals flow to your core systems via secure APIs — without moving regulated data through SEC@R.

Immutable Audit Logs

Hash-chained, tamper-evident records for regulators, auditors, and board reporting.

Zero Custody Architecture

SEC@R never stores PAN, credentials, health records, or identity documents. Opaque UUIDs only.

How SEC@R Works

A horizontal trust chain from certified hardware to your enterprise systems — access is never implicit.

BLE Device

Mobile App

Trust Server

Enterprise API

Access Granted

Access is granted only after the backend validates:

Trusted device
Employee mapping
Role
Enterprise authorization

Proximity security

Continuous Presence Verification

Authentication does not stop after login. SEC@R continuously validates the presence of the trusted BLE device. If the authenticated user moves beyond the configured proximity threshold, the mobile application immediately notifies the trust server and the enterprise session is terminated automatically.

Presence loss response

User walks away

Signal disconnects

Session ends

Fraud Indicator Check (FIC)

“SEC@R doesn't detect fraud after it happens—it detects broken trust before your data ever wakes up.”

Fraud Indicator Check (FIC) is SEC@R's continuous trust engine that validates device identity, SIM continuity, location, network context, and cryptographic possession before activating sensitive data. If a fraud indicator is detected, SEC@R quarantines the session and keeps all protected data dormant and unusable.

One failed Fraud Indicator Check. Zero data activation. Zero opportunity for fraud.

How Fraud Indicator Check works

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