Passkeys are quietly replacing passwords across major platforms, and for good reason: they are resistant to phishing in a way traditional passwords fundamentally are not, and they remove the need to remember or type anything at all for most logins. For a small team evaluating whether to adopt them now or wait, this guide explains how passkeys actually work, where they already make sense, and where traditional password management (covered in our password manager comparison) still fills the gap.
How passkeys actually work
A passkey is a cryptographic key pair generated on your device when you set up an account: a private key that never leaves your device, and a public key stored on the service’s servers. When you log in, the service sends a challenge that only your private key can correctly respond to, verified using your fingerprint, face scan, or device PIN rather than a typed password. Because the private key never leaves your device and is never typed anywhere, there is no password for an attacker to steal from a data breach or trick you into typing into a fake login page.
This is a meaningfully different security model than even a strong, unique password stored in a password manager. A stolen password (through a data breach, a phishing site, or malware capturing keystrokes) can be used by an attacker from anywhere. A passkey physically cannot be used without the specific device it was created on, or a synced copy of it through your device’s ecosystem (Apple’s iCloud Keychain, Google’s Password Manager, or a compatible third-party password manager).
Why passkeys resist phishing specifically
A traditional password can be typed into any login form that looks convincing enough, including a fake one designed to steal it. A passkey is cryptographically bound to the specific website domain it was created for, and simply will not respond to a challenge from a different domain, even one designed to look identical. This means even a very convincing phishing site cannot successfully capture a passkey login the way it can capture a typed password, because the browser and operating system handle this domain verification automatically, invisibly to the user.
This is arguably the single biggest practical security benefit of passkeys for a small team, since phishing remains one of the most common ways credentials get compromised in the first place, regardless of how strong the underlying password itself is.
Where passkey adoption stands today
Major platforms — Google, Microsoft, Apple, and most large SaaS providers — now support passkeys for account login. Adoption among the smaller, more specialized tools many small teams rely on day to day is far less consistent; some have implemented passkey support fully, many have not yet, and this gap is likely to close gradually over the next few years rather than all at once.
This uneven adoption is the main practical reason we do not recommend fully abandoning password managers yet. For the foreseeable future, most small teams will need to manage a mix of passkey-enabled accounts and traditional password-based accounts, making a password manager that supports both passkeys and traditional passwords the more practical choice than switching to a passkey-only tool.
Setting up your first passkey
The process is similar across most services that support passkeys: go to the account security settings, look for a “passkey” or “security key” option, and follow the prompt to create one using your device’s built-in biometric authentication or PIN. The service typically confirms the passkey has been created and may show it listed alongside any other security methods on the account, like a backup password or authenticator app, which most services still allow as a fallback.
We recommend keeping an alternative sign-in method active as a fallback when first setting up passkeys, rather than immediately removing your password entirely, until you have confirmed the passkey works reliably across every device you actually use to access that account.
Syncing passkeys across devices
A passkey created on one device needs to be available on your other devices too, or you would be locked out of an account when using a different phone or laptop. This is handled through your device ecosystem’s sync feature — passkeys created on an iPhone sync through iCloud Keychain to other Apple devices signed into the same account, and similarly for Google’s ecosystem on Android and Chrome.
For a small team using a mix of device types — some team members on iPhone, others on Android, some on Windows laptops — this cross-platform sync becomes more complicated, since Apple’s and Google’s ecosystems do not automatically sync passkeys with each other. Cross-platform password managers that support passkey storage (several major providers now do) can bridge this gap, storing and syncing passkeys independent of any single device ecosystem, which is worth checking for specifically if your team uses mixed device types.
Passkeys vs traditional multi-factor authentication
It is worth being precise about what passkeys replace and what they do not. A passkey combines “something you have” (your device) with “something you are or know” (biometric or PIN) into a single login step, effectively delivering the security benefit of multi-factor authentication in one action rather than a password followed by a separate authenticator code. This is part of why the login experience feels simpler — you are not doing less security, you are doing the equivalent security with fewer separate steps.
This distinction matters when explaining passkeys to a team that may assume “no password” means “less secure.” In practice, a properly implemented passkey login is doing more verification work in the background than a typical single-factor password login, just packaged into a smoother user experience.
Enterprise and business account considerations
For business or team accounts specifically (as opposed to personal accounts), check whether your specific SaaS providers support passkeys at the organization level with centralized admin oversight, or only for individual personal accounts. Some services have rolled out passkey support for consumer accounts well before extending the same capability to business or enterprise account tiers, meaning your team’s admin-managed accounts may not yet have passkey support even if the same service supports it for personal use.
If centralized oversight of authentication methods matters for your compliance or security policies, confirm your admin console specifically shows and can enforce or restrict passkey usage before rolling it out broadly across business accounts, rather than assuming feature parity with the consumer version of the same product.
What this means for team password policies
For now, we recommend a practical middle-ground approach for small teams: enable passkeys wherever a service you use supports them, since the security benefit is real and the setup cost is low, but continue relying on your password manager as the primary system for the larger set of services that do not yet support passkeys. Revisit this balance periodically as passkey adoption across your specific toolset increases.
Do not remove two-factor authentication or fallback password methods from an account purely because you have set up a passkey, at least not until passkey support and cross-device syncing have matured further. A passkey that only works reliably on one device, with no fallback, can create a lockout scenario that is harder to recover from than a forgotten password with proper recovery options in place.
Frequently asked questions
Are passkeys actually more secure than a password manager with two-factor authentication?
Both are strong options, but passkeys have a specific advantage: phishing resistance built into the technology itself, rather than depending on the user correctly recognizing a phishing attempt. A strong password with two-factor authentication is still a very solid setup, but passkeys remove an entire category of human error from the equation.
What happens if we lose the device our passkeys are stored on?
If your passkeys are synced through a cloud-based ecosystem (iCloud Keychain, Google Password Manager, or a cross-platform password manager), you can access them again by signing into that ecosystem on a new device. This is another reason we recommend keeping a fallback authentication method active on important accounts until you are fully confident in your passkey recovery process.
Can someone steal a passkey the way they can steal a password?
Not in the same way, since the private key component never leaves your device and is never transmitted anywhere, including to the service you are logging into. An attacker would need to physically compromise your specific device (and bypass its biometric or PIN protection) rather than simply obtaining a password through a breach or phishing site.
Should a small business prioritize rolling out passkeys team-wide right now?
Given uneven adoption across the broader software ecosystem, we recommend enabling passkeys opportunistically wherever supported rather than treating this as an urgent, dedicated rollout project. Continue prioritizing strong, unique passwords and two-factor authentication as your team’s primary defense for the near term, layering in passkeys as more of your tools add support.
Do passkeys work the same way across every browser?
Support has improved significantly across major browsers, but implementation details and syncing behavior can still differ, particularly around cross-platform scenarios (creating a passkey in one browser and expecting it to work seamlessly in a different browser on a different operating system). Test your specific combination of devices and browsers your team actually uses before assuming universal compatibility.
For more on managing your team’s credentials today, see our password manager comparison and two-factor authentication guide.