12 articles in this category
Threat modeling keeps a dirty secret: most units do it in the faulty sequence. They launch with network diagrams, asset inventories, or compliance che...
You've sat through threat modeling sessions that balloon into a two-day death march. Every data flow gets a swimlane. Every microservice gets a threat...
You designed the threat model. Mapped every payoff matrix. Calculated your Nash equilibrium. Felt good. Then the adversary did something you didn't ex...
You've done the threat model. You've listed assets, drawn trust boundaries, and flagged spoofing risks. But your model doesn't consider what happens w...
You're three hours into a threat-modeling workshop. The whiteboard is a mess of boxes and arrows. Someone just asked, 'Does the CRM count as a trust b...
You built a threat model last quarter. It felt solid—you mapped trust boundaries, listed assets, ranked risks. But here's the dirty secret: that sprea...
Race conditions are often dismissed as low-level concurrency bugs—something for kernel developers, not protocol designers. But when a state equipment ...
You built a threat model six months ago. It was thorough—you mapped data flows, identified trust boundaries, ranked risks. But since then, your infra ...
Most threat models I see launch with a rectangle around the whole setup. That rectangle become the perimeter. Inside it, everythion is trusted. Outsid...
Start with rules and you will miss the edge case that sinks your protocol. That is not pessimism — it is the lesson from a dozen post-mortems I have e...
Threat modeled is one of those practices everyone agrees is key—until the crew sits down to more actual do it. Then comes the openion question: how de...
Implicit trust is the silent killer in protocol design. It hides in default assumptions—like that a TLS handshake always comes from a legitimate peer,...