Mythos, Memory Loss, and the Part InfoSec Keeps Missing
TrustedSec argues that Mythos is a real capability jump for vulnerability research because it can identify promising bug candidates, reason about exploitability, and help produce exploit paths faster than previous tooling, but that this does not suddenly make autonomous zero-day discovery the primary risk for most defenders. The article frames Mythos as an accelerator for an existing trend: shrinking time from disclosure to usable exploitation driven by public PoCs, exploit frameworks, cheaper reverse engineering, and bug bounty incentives, rather than a totally new attack model. Its technical substance is in the historical comparison: exposed services in inetd-era Unix systems, Metasploit-era browser exploits, Blackhole and Angler exploit kits, and POS memory-scraping campaigns all became less dominant only after architectural shifts such as host firewalls, browser hardening, exploit mitigations like ASLR/DEP/CFG, chip-and-PIN, and point-to-point encryption changed attacker economics. The practical takeaway is that defenders should still prioritize the attack paths the article says dominate real intrusions today—phishing, stolen credentials, exposed edge devices, known vulnerabilities, weak identity controls, and poor segmentation—because AI-assisted exploit development lands on top of those long-standing weaknesses rather than replacing them.