Secure C Developer
Understand C memory hazards, then apply safer input, API, bounds, allocation, and cryptographic practices.
C developers, Application security engineers
Understand C memory hazards, then apply safer input, API, bounds, allocation, and cryptographic practices.
Courses in this path
Launch the canonical Truth Surge open course for this step in the path.
Launch Course Secure Input Handling in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Memory Corruption Fundamentals in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Buffer Overflow Fundamentals in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Array Bounds Checking in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Binary Data Validation in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Replacing Unsafe APIs in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Double Free Prevention in CLaunch the canonical Truth Surge open course for this step in the path.
Launch Course Cryptography Fundamentals for C DevelopersLaunch the canonical Truth Surge open course for this step in the path.
Launch CourseContinue from here
Build a broad application-security foundation spanning design, identity, data handling, secrets, and security testing.
View Path OT and ICS Security PractitionerProgress from industrial architecture and protocols through monitoring, hunting, resilience, vulnerability management, and standards.
View Path Secure Python and AI ApplicationsBuild Python applications that validate data, protect model interactions, and constrain agent behavior.
View Path