Your team protects everything with passwords. Some are strong, some aren't, and most have been reused somewhere over the years. Every month brings another batch of reset requests, and every year the breach reports name stolen passwords as the leading cause of trouble. It's a tired routine, and there's now a better way that doesn't ask anyone to memorize a thing.
It's called moving to passkeys: a way of signing in that uses your device's built-in security instead of a shared secret you type. It can't be phished, reused, or stolen from a company's server. It's already supported on most of the platforms you use every day, and the case for it is hard to argue against. Here's what it is and how we roll it out for businesses across the Denver area without disrupting anyone's day.
Why passwords are still the weak link
Passwords have had sixty years to prove themselves, and the data tells a consistent story. More than 80% of data breaches involve a stolen or guessed login, a figure that barely moves year to year. The root problem never changes: a password is a shared secret that has to be stored somewhere, and secrets that get stored eventually get stolen.
Multi-factor authentication, that second step that proves it's really you, cut this risk significantly and is still an important baseline. But the most common form, a code texted to your phone, has a known weakness. Modern scam kits can grab that one-time code in real time: a convincing fake login page captures your password and the code together, then uses both on the real site before the code expires. (We cover that attack in detail in our piece on the phishing attack that walks past MFA.) Passkeys close that gap by design: a fake page simply can't trigger a login on your real device, because the credential is locked to the genuine website.
What a passkey actually is
When you set up a passkey, your device quietly creates a matched pair of digital keys. One, the private key, stays on your device and never leaves it. The other, the public key, goes to the service you're signing into. There's no password stored on a server anywhere.
When you log in, your device uses your face, fingerprint, or a PIN to prove it's really you, and answers a challenge from the service using that private key. The service checks the answer with the public key and lets you in. No password is ever typed or transmitted. Because of that, a passkey can't be phished (a fake page can't make your real device respond), can't be reused (it's tied to one specific website), and can't be exposed in a company data breach (the private key never leaves your device). Passkeys are built on open standards backed jointly by Apple, Google, and Microsoft, and more than 15 billion accounts now support them, double the year before.
What "moving to passkeys" really means
This isn't a flip-the-switch, all-at-once change. It's a gradual transition that runs passwords and passkeys side by side until passkeys are established across the accounts and platforms that matter most. A sensible plan covers three things:
- Which of your platforms already support passkeys.
- Which people to start with.
- What fallback to use for tools that aren't ready yet.
For most teams running Microsoft 365 or Google Workspace, the foundation is already in place. Microsoft turned on passkeys through its identity platform and made them the default for new accounts in May 2025; Google has supported them for Workspace since 2023. If you're in either ecosystem, the move can begin with no new infrastructure.
How we roll it out without disrupting your team
Start where support already exists
We begin with administrators and power users. They reset passwords the most, hold the highest-risk access, and give honest feedback on any friction before the change reaches the wider team. We also map your current tools against passkey support first. Platforms like Microsoft 365, Google Workspace, GitHub, Shopify, and most major sign-in providers are already fully ready, so we start there and leave anything unsupported for a later phase.
Run passwords and passkeys side by side
The most common mistake is treating this as a hard cutover. Instead, people sign in with a passkey on the devices they've enrolled and fall back to a password on any device that isn't enrolled yet. Running both at once gives everyone time to adopt the new way without anyone getting locked out mid-project.
Plan for the tools that aren't ready
Not every app supports passkeys today. For those, a password manager that generates a unique login for each one is the right bridge: it removes the password-reuse risk right now, and when those apps add passkey support later, switching over becomes a single quick step rather than a behavior change.
The payoff goes beyond security
Security is the main reason to make the move, but the day-to-day benefits are real and measurable. Google reports that passkey sign-ins succeed four times more often than password logins and are about 20% faster, simply because the friction is gone: no mistyped passwords, no waiting on text codes, no lockouts from trying an old credential.
- Fewer interruptions. Fewer failed logins means fewer help desk calls and fewer stalled mornings.
- A compliance step too. The federal standards body NIST updated its guidance in 2025 to require phishing-resistant sign-in as a mandatory option for high-assurance access, so for teams working toward those standards, moving to passkeys checks a box as well.
From password-dependent to passwordless
The hardest part of this change is usually deciding to start. The technology is ready, the major platforms support it, and the rollout can be as gentle as enrolling one group at a time. If you'd like a hand mapping which of your tools support passkeys today and building a plan that fits your team, that's exactly the kind of work we do for businesses across Colorado, in plain English, at a pace that doesn't disrupt anyone.