SOURAV PAL

Implemented Secure Boot solution on Qualcomm 8295 SoC for VGTT ICM, integrating cryptographic chain of trust and key provisioning to enhance system integrity and implemented Certificate management app in POSIX based QNX RTOS

Designed comprehensive DAC/MAC security policies for the VGTT ICM project, implementing secpols across QNX system processes to bolster access control.

Conducted detailed TARA activities, deriving critical cybersecurity requirements from stakeholder needs and ensuring ISO 21434 compliance.

Implemented robust UART/USB security hardening, effectively eliminating debug interface attack vectors in production environments.

Contributed to security architecture design for smart cockpit on Qualcomm 8255, implementing threat modeling activities per ISO 21434 and designing DAC/MAC access control policies to isolate camera and display components.

Designed and implemented secure credential lifecycle management, leveraging TPM for hardware-backed key storage and PKCS#11 interface for secure cryptographic operations.

Drove ASPICE audit readiness initiatives, producing comprehensive security compliance documentation and requirements traceability, achieving successful audit outcomes.

Led the telematics ECU architecture, incorporating security-aware design for features like remote engine start, E-Call, and Driving Score.

Translated complex stakeholder security requirements into precise technical cybersecurity specifications and architectural designs, ensuring alignment with business needs.

Managed Tier 1 supplier relationships effectively, deploying critical features across multiple production vehicle lines and achieving successful integration.

Designed and implemented a secure camera calibration and dirt detection system on NVIDIA Jetson, integrating C++/Bash for robust performance.

Developed AUTOSAR RTE/COM modules with secure automotive communication patterns, enhancing data integrity and reliability.

Developed a Diagnostic Event Management module for autonomous driving ECU, incorporating E2E PDU protection to ensure data integrity and system reliability.

Architected HMI Adapter Layer middleware on QNX, implementing secure state management for instrument clusters to ensure robust and reliable operation.

Designed instrument cluster display modules, integrating advanced data validation and safe state handling mechanisms to enhance system reliability and user experience.

Developed industrial valve automation firmware on TI Tiva microcontrollers, incorporating secure communication protocols to ensure robust and protected operations.