Design secure and robust microservices systems using the most up-to-date security best practices
InstructorMemi LaviThe curriculum organizes security through a multi-layered approach, covering physical, network, and platform perimeters.
Instruction includes specific details on OAuth2 protocols alongside the implementation of logging and monitoring.
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
This architectural diagram illustrates how to secure a microservices network by restricting IPs and using TLS connections between specific service nodes.
This schematic illustrates a Man-in-the-Middle attack where an adversary intercepts communication between a user and a bank website, altering a financial transaction from one recipient to another.
This educational slide outlines the core characteristics of microservices architecture, including componentization via services, decentralized data management, and design for failure.
This educational slide defines the core objectives of software security by listing four key areas it protects against: data loss, disruption of service, data leaks, and data inconsistency.
Learner signals suggest the content is more theoretical than practical, lacking extensive hands-on coding or end-to-end production examples. Note that these signals were provided before the displayed update date, and the update label does not prove a correction has been made.
Some content focuses on platform-level security that may not align with the immediate needs of application developers. Note that this signal was provided before the displayed update date, and the update label does not prove a correction has been made.
The focus on platform-level security may diverge from the goals of some developers.
