Stop Handing Out Keys to the Front Door: Passkeys, Password Fatigue, and Fixing Your Identity Mess
If you run an IT shop or a business with more than three employees, you know the drill. Monday morning hits, and the first ticket in the queue is another person who locked themselves out of their machine, forgot their password for the HR portal, or tried to reuse their dog's name with an exclamation point for the fifth time this quarter.
Password fatigue is real, and it’s not just an inconvenience, it’s an operational drain. When users are forced to memorize dozen-character alphanumeric strings, rotate them every ninety days, and maintain unique credentials across twenty SaaS platforms, human behavior takes over. They write them down on sticky notes, reuse identical passwords across personal and corporate accounts, or pick predictable variations that any basic dictionary attack can rip through in seconds. Research from Proton shows that password fatigue directly drives risky behavior, creating massive security vulnerabilities out of sheer user frustration.
Deploying a business password manager helps band-aid the problem. It brings order to the chaos by giving teams a vault to generate, store, and share credentials securely without relying on plaintext spreadsheets or Slack DMs. Increasing password manager adoption in business environments cuts down lockouts and stops the worst cred-sharing habits in their tracks. But let's be honest: password managers are still just managing a fundamentally broken concept. You're still relying on a secret string of characters that can be phished, keylogged, or leaked in a third-party breach.
The best fix is moving to passkeys. Built on standard WebAuthn and FIDO2 protocols, passkeys replace shared secrets with asymmetric cryptography. Your device holds a private key secured by local biometrics or a hardware PIN, while the service only ever stores a public key. That means there’s no password to type, no credential to steal via a fake login page, and nothing sitting in a database waiting to be dumped on the dark web. Proton breaks down the technical mechanics of how passkeys work and how they stack up in a direct passkey vs. password comparison.
For enterprise environments, the push toward passkeys for business operations isn't just about security posture—it's about removing user friction so your team can actually execute without hitting authentication speedbumps. Major platforms have already laid the groundwork, as detailed in Proton's breakdown of Big Tech passkey adoption. Yet, far too many vendors and enterprise tools still drag their feet. The industry is getting so fed up with slow implementation that public callouts are ramping up; TechCrunch recently highlighted a dedicated project that names and shames companies failing to offer passkeys.
If your organization is still relying on legacy password policies, you're accepting unnecessary risk and wasting operational cycles on preventable lockouts. Start by standardizing a password manager across your entire team today, map out your core SaaS tools, and begin migrating to passkey-first authentication everywhere it's supported.
If passkeys aren’t a viable option with your tech stack, you should have a password manager for your team.
The next post in this series will provide some recommendations for password managers to bridge the gap. The short answer, as always, is it depends. Turning on Multi-factor Authentication (MFA) on will alleviate a high percentage of issues. Event as a solo person shop, I use Proton Pass. Google’s password manager and Apple’s keychain is better than nothing first step. Anything is better than trying to rely on memory, using the same password(s) across systems, or writing them down.
