A product of Infinicue
SEC@R platform
Secure Executable Consent @ Real-time
SEC@R is a Zero Trust Data Utility Control platform. It keeps sensitive data dormant by default and activates it only after trusted device verification, real-time consent, and contextual authorization — without SEC@R ever holding regulated credentials.
Fraud Indicator Check · FIC
Trust verified before your data wakes up
“SEC@R doesn't detect fraud after it happens—it detects broken trust before your data ever wakes up.”
SEC@R performs a continuous Fraud Indicator Check before activating any sensitive data. 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.
Dormant by default
Sensitive data remains dormant by default. Activated only with trusted device presence and real-time user consent. Data utility is limited to the authorized session. Automatic deactivation when the session ends or the trusted device moves away.
Prevents phishing, bots, credential theft, and unauthorized transactions before they occur.
Eight fraud indicators evaluated continuously
SEC@R evaluates multiple signals in real time — not a single password or OTP.
- Registered FIDO2 device present
- BLE wallet or ring in proximity
- Trusted SIM active
- Expected service provider
- Trusted location
- Known Wi‑Fi environment
- Device integrity
- IP and network reputation
Quarantine Mode
If any critical fraud indicator fails, the application enters Quarantine Mode. No activation request is sent to the connected institution, and the user is immediately notified.
One failed Fraud Indicator Check. Zero data activation. Zero opportunity for fraud.
Note: Fraud Indicator Check (FIC) is the continuous pre-activation trust engine on the SEC@R app. The Fraud Intelligence Center is the separate analyst console for SOC and fraud teams.
FIDO2 / WebAuthn
Possession and biometric gating on authenticators — orchestrated, not stored.
BLE proximity
Ring, phone, wallet, DSC token, and card holder attestation in a multi-device trust layer.
Fraud Indicator Check
Continuous trust validation across devices, SIM, location, and network — before any sensitive data activates.
Protected sensitive data
SEC@R is industry-agnostic. The same trust layer guards identity, financial, medical, and enterprise data — your systems keep custody; SEC@R only verifies who may activate it.
Identity & KYC
Government IDs, Aadhaar utilities, PAN, passport, and consent-bound identity sharing — activated only after trust is verified.
Financial & payments
Accounts, cards, and payment authorizations — orchestrated without SEC@R storing PAN, PIN, or credentials.
Medical & health records
Health histories, prescriptions, insurance claims, and hospital access — gated by device trust and explicit consent.
Enterprise & government
Privileged access, citizen services, and regulated workflows — dormant until multi-device verification succeeds.
Supported devices
Security principles
SEC@R is not a core banking, EMR, or identity vault — it is a trust layer your organization controls across every sensitive data class.
Dormant by default
Sensitive data — identity, financial, medical, and more — stays asleep until every critical Fraud Indicator Check passes. When the session ends, it returns to dormant — useless to attackers.
Zero sensitive data custody
No passwords, identity documents, health records, payment credentials, or account numbers — ever stored by SEC@R.
Opaque identity only
Customer and device UUIDs plus cryptographic keys — never resolved to sensitive identifiers inside the platform.
Fail closed by design
Trust Engine denies on ambiguity, timeout, or score below threshold. No silent bypass.
Defense in depth
mTLS, JWT, FIDO2/WebAuthn, BLE challenge-response, and immutable hash-chained audit logs.
| Layer | Technologies |
|---|---|
| Backend | Python 3.13, FastAPI, PostgreSQL, Redis, Kafka, Elasticsearch |
| Dashboard | Next.js, TypeScript, Tailwind |
| Mobile | React Native (iOS & Android) |
| Infrastructure | Docker, Kubernetes, Helm, GitHub Actions |
Stop fraud before sensitive data is exposed
From account takeover and device cloning to identity abuse and medical record access fraud — see how SEC@R maps each attack to automated detection and prevention.
View use cases