The May 31 Dashlane incident, where automated numeric brute-forcing of 2FA codes enabled download of fewer than 20 encrypted personal vaults, exposes a critical gap in how password managers handle device registration under high-velocity attacks. While Dashlane correctly notes that master-password encryption renders offline cracking statistically improbable, the event reveals how even limited success in bypassing 2FA can grant attackers persistent copies of vaults for future exploitation if master passwords are ever phished or reused elsewhere. This mirrors patterns seen in the 2022 LastPass breach, where stolen encrypted vaults later fueled targeted campaigns, and aligns with Verizon DBIR findings on credential-stuffing persistence. The coverage underplays the potential for this to serve as reconnaissance by sophisticated actors testing automation against consumer-grade 2FA before pivoting to enterprise or government-adjacent targets reliant on similar tools. Affected users face elevated phishing risk, as attackers now possess encrypted data that could be leveraged in social-engineering follow-ons. Broader infrastructure implications include eroded trust in password managers as single points of failure for critical accounts, urging adoption of hardware keys and zero-knowledge architecture audits.