3d ago · 6 min read · Modern applications rely heavily on APIs to exchange data between services, mobile apps, and third-party integrations. Because APIs often expose sensitive data and business logic, authentication becom
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3d ago · 6 min read · Executive summary During a security assessment of an enterprise-grade package library, I identified a multi-stage attack chain composed of three logic and infrastructure flaws: HTTP Parameter Pollutio
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5d ago · 4 min read · TL;DR API rotation attacks (credential cycling across multiple endpoints in seconds) bypass 99% of standard rate limiters because they distribute requests across legitimate token endpoints. TIAMAT's analysis of 47 breached credential sets shows 73% w...
Join discussionMar 6 · 6 min read · Security incidents in ASP.NET Core APIs rarely happen because teams forgot authentication entirely. They happen when basic controls exist but production-hardening controls are inconsistent, undocumented, or delayed until after launch. The fastest way...
Join discussionMar 5 · 5 min read · Modern ASP.NET Core teams rarely fail because they cannot issue tokens. They fail because they lock into one token model too early, then struggle with revocation, cross-service trust, and runtime costs later. 🚀 Need implementation-ready .NET source...
Join discussionMar 4 · 9 min read · Every API needs rate limiting. Without it, a single misbehaving client can overwhelm your servers, a bug in consumer code can create accidental denial-of-service attacks, and bad actors can abuse your resources. But rate limiting creates friction. De...
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