Four authentication-related weaknesses appeared in every final codebase: insecure JWT verification and management; lack of application-level brute force protections; exposure to token replay attacks; and insecure defaults for refresh token cookie configurations.
Four authentication-related weaknesses appeared in every final codebase: insecure JWT verification and management; lack of application-level brute force protections; exposure to token replay attacks; and insecure defaults for refresh token cookie configurations. — This cybersecurity statistic was published by DryRun Security in May 2026. It covers topics including Authentication, Application Security, Coding Agents. The original data appears in The Agentic Coding Security Report . For the full methodology and detailed findings, refer to the original report.
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What does this statistic say?
Four authentication-related weaknesses appeared in every final codebase: insecure JWT verification and management; lack of application-level brute force protections; exposure to token replay attacks; and insecure defaults for refresh token cookie configurations. This data was published by DryRun Security and covers Authentication, Application Security, Coding Agents.
Where does this data come from?
This statistic comes from The Agentic Coding Security Report , published by DryRun Security on May 27, 2026. You can view the original report at https://www.dryrun.security/the-agentic-coding-security-report-pr.
What cybersecurity topics does this cover?
This statistic relates to Authentication, Application Security, Coding Agents. Browse more statistics on Authentication or from DryRun Security.