In this blog post, the author explores the use of Seccomp-BPF, a Linux kernel feature, to enhance container security by restricting the system calls a process can make, thereby preventing unauthorized actions. The post discusses the challenges of integrating Seccomp-BPF into modern development practices due to its low-level nature and highlights a tool from Red Hat, oci-seccomp-bpf-hook, that assists in creating Seccomp filters by recording system calls during container runtime. To streamline this process, the author demonstrates how to automate the creation of Seccomp filters using a Continuous Integration (CI) workflow with GitHub Actions, specifically illustrating this with a Python Flask API application. The guide emphasizes the importance of comprehensive unit and functional testing to ensure all necessary system calls are captured, which is crucial for generating accurate Seccomp filters. By integrating this automated process, developers can maintain up-to-date Seccomp profiles, thereby significantly reducing the risk of exploitation. The post concludes by encouraging the adoption of this practice as a potential industry standard, given its powerful security benefits.