Stanford Course - Web Security
Organizations collectively lose billions of dollars annually to cybercrime, creating an urgent need for strategic defense mechanisms in web application development. This course transforms participants from developers into security strategists by teaching risk assessment, secure design principles, and precision testing methodologies. The curriculum focuses on building resilient applications that can withstand existing and emerging threats through a structured framework for action. By the end of the program, professionals gain the ability to integrate security into the development lifecycle rather than treating it as an afterthought.
SecTor 2025 | Tracing Adversary Steps through Cyber-Physical Attack Lifecycle
Recent high-profile attacks on water utilities and chemical plants reveal that successful cyber intrusions do not automatically translate to physical destruction due to robust system design and control logic. While attackers often manipulate Human-Machine Interface screens, the actual physical impact is frequently neutralized by safety mechanisms that prevent actuators from executing dangerous commands. Analysis of incidents from 2012 through 2023 shows a reliance on the same malware and infrastructure vulnerabilities rather than evolving sophisticated threats. The core challenge lies in the complex control loops where attackers must spoof sensor signals or bypass millions of state checks to achieve physical outcomes, a process that remains laborious and rarely successful without deep engineering knowledge.