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Password managers have the potential to help users more effectively managetheir passwords and address many of the concerns surrounding password-basedauthentication, however prior research has identified significantvulnerabilities in existing password managers. Since that time, five years haspassed, leaving it unclear whether password managers remain vulnerable orwhether they are now ready for broad adoption. To answer this question, weevaluate thirteen popular password managers and consider all three stages ofthe password manager lifecycle--password generation, storage, and autofill. Ourevaluation is the first analysis of password generation in password managers,finding several non-random character distributions and identifying instanceswhere generated passwords were vulnerable to online and offline guessingattacks. For password storage and autofill, we replicate past evaluations,demonstrating that while password managers have improved in the half-decadesince those prior evaluations, there are still significant issues, particularlywith browser-based password managers; these problems include unencryptedmetadata, unsafe defaults, and vulnerabilities to clickjacking attacks. Basedon our results, we identify password managers to avoid, provide recommendationson how to improve existing password managers, and identify areas of futureresearch.

That Was Then, This Is Now: A Security Evaluation of Password Generation, Storage, and Autofill in Thirteen Password Managers