Rashmi
Om Narayan
This talk explores how modern applications running in serverless (e.g., AWS Lambda, Azure Functions) and containerized (e.g., Docker, Kubernetes) environments expose secrets, credentials, and runtime data through memory-based attack techniques. We’ll showcase how attackers exploit poor memory hygiene, insecure environment variable handling, and intra-container leaks to gain access to sensitive data — even when traditional endpoint protection and file-based forensics are rendered useless.
Rashmi
Application Security Engineer, AWS
Rashmi is a cybersecurity engineer focused in application security. Alongside her expertise in safeguarding applications from cyber threats, she leverages her solid background in software development to build secure and resilient solutions. Rashmi has worked in organizations such as AWS and Electronic Arts, where she honed her skills and contributed to the security of critical applications. Outside of work, Rashmi enjoys exploring comedy clubs, playing badminton, and reading books, combining a love for both mental and physical activities.
Om Narayan
Application Security Engineer, Amazon Web Services ( AWS)
Experienced cybersecurity professional with a proven track record in securing critical cloud services, including DynamoDB, Keyspaces, Finspace, Amazon Managed Bitcoin, and Amazon Managed Airflow. Skilled in implementing robust security measures for GenAI capabilities within these platforms, serving a diverse range of industries such as healthcare, government, finance, entertainment, education, and fitness. Committed to protecting data integrity and ensuring compliance for global customers