MUMBAI, India, Aug. 12 -- Intellectual Property India has published a patent application (202611070900 A) filed by Finncube Credit Services Private Limited on June 08, 2026, for Tamper Resistant Secure Transaction Kiosk System With Embedded Authentication And Hardware Controlled Encrypted Transaction Processing Method.
Inventor includes Rahul Sharma.
The application for the patent was published on August 07, 2026, under issue no. 32/2026.
Abstract: The present invention relates to a tamper resistant secure transaction kiosk system and hardware controlled encrypted transaction processing method configured to perform secure authenticated electronic transaction processing through coordinated interaction of integrated electromechanical, embedded processing, authentication, encrypted communication. and. transaction execution components. The system comprises a reinforced enclosure defining a hardware integrated kiosk architecture including a structural support stand (3), electromechanical locking arrangement (4). power control switch (5). an embedded processing unit, secure memory subsystem, user interaction module including a touchscreen display (1), encrypted communication interface, authentication subsystem, tamper detection subsystem, transaction logging module. and power management subsystem interconnected through a secured internal bus architecture. The authentication subsystem performs multi-factor authentication including OTP verification. PAN verification. and biometric verification using a facial recognition camera (2). The embedded processing unit executes firmware stored in protected memory to perform encrypted credential verification. secure eligibility determination, authenticated transaction execution, encrypted communication, and secure transaction logging within a hardware isolated execution environment. The encrypted communication interface establishes communication with a remote financial authorization server using encrypted communication protocols. The system further performs secure bank account validation and electronic transaction disbursal through encrypted transaction channels while generating encrypted digitally signed transaction records synchronized with a centralized server architecture. The invention further provides a hardware controlled encrypted transaction processing method executed through coordinated interaction of the integrated hardware modules to provide improved transaction security, tamper resistance, secure authentication handling, protected firmware execution, encrypted communication integrity, and secure transaction continuity. secure
Disclaimer: Curated by HT Syndication.
