One hundred and forty logins landed back on a loaner laptop within ninety seconds of signing into my vault at a company offsite in Denver, while the IT guy next to me was still digging through email for a shared spreadsheet link on a machine he'd had for three years. That gap is basically my whole argument for password security built on real encryption instead of a shared office spreadsheet: the vault caught up before I'd even opened my laptop bag, the spreadsheet needed a re-share request and someone remembering which tab held the CRM login. A long stretch of testing password managers for a B2B SaaS marketing job that hands me the keys to the CRM, the ad accounts, and half our email automation, and cybersecurity hygiene stopped feeling optional the day a HubSpot support email nearly got my signature — the sender domain read 'Hubsqot,' one letter swapped, close enough that my cursor was already sitting on 'Verify Account' before I caught it.
Quick disclosure, since it colors everything below: some of the links to password managers on this site are affiliate links, and if you sign up through one I earn a commission at no extra cost to you. Every product I mention, 1Password included, got paid for from my own card and tested on my own machines — full transparency policy is on the About page. That Hubsqot near-miss is also why I started paying attention to the actual mechanics of encryption instead of just trusting whatever badge a vendor slaps on their homepage.
A Password-Protected Spreadsheet Isn't the Same Thing
Short answer: no, and the difference isn't philosophical. After the Hubsqot scare I looked at our team's 'Marketing Logins' Google Sheet with fresh eyes, and the discomfort wasn't really about who had access — it was that the sheet itself had no protection built into each entry. There's no actual AES-256 encryption happening at the level of an individual password; a password-protected Excel file just locks the front door of the file itself. Once someone's past that one lock, everything inside sits in plain text, readable top to bottom. My IT team has argued three separate times that a locked spreadsheet is 'secure enough' for a marketing team. They aren't the ones fielding fifty SaaS logins while trying to hit a lead-gen number, and they've never had to explain to an intern why 'Editor' access to that sheet means the intern can see the ad account password too.
Autofill Covers You Until It Doesn't
Chrome's built-in autofill was my actual first system, and for about a year it felt fine. Every login I saved just showed up again, no separate app, no extra subscription. It fell apart around the edges I hadn't thought about: autofill won't cross into a native app, which I found out standing in the checkout line at Central Market on North Lamar trying to pull up a two-factor code for a vendor account that had just locked me out mid-order. It doesn't share cleanly with a contractor working from their own laptop, either — you're stuck exporting a plaintext CSV or reading passwords aloud over a call, neither of which anyone should be doing with a CRM login. That's the browser-storage-versus-dedicated-vault argument in miniature: convenient right up until you need access control, and then it just isn't built for it. The longer breakdown of how Bitwarden stacked up against 1Password when I ran that comparison is in a separate piece, 1Password vs Bitwarden for Marketing Managers Without an IT Background, if you want the granular version.
Zero-Knowledge Encryption: The Part Most 1Password Reviews Skip
Most 1Password reviews stop at 'it's encrypted' and move on to screenshots. The part worth actually understanding is the Secret Key: on top of a Master Password, 1Password generates a 34-character key locally on your device the first time you set up an account, and that key never gets transmitted anywhere. AES-256 is the symmetric cipher most major password managers use to encrypt vault data at rest, and the actual encryption key is derived from the Master Password — it's never sent to the provider's servers, Secret Key or not. In marketing terms, this is closer to a lockbox where the company holds one key and you hold a second one they've never even touched. Even if 1Password's servers got breached tomorrow, or someone guessed my Master Password over months of trying, they'd still be missing the local half of the combination. That's what 'zero-knowledge' actually means once you strip the marketing language off it: the company can't see your data even if they wanted to, because the piece that unlocks it never leaves your machine.
Two-factor or a passkey on the account itself is a related but separate layer, worth its own explainer rather than a tangent here. The other habit worth building alongside all of this: keep a printed Emergency Kit with that Secret Key somewhere that isn't your inbox, in case the device holding it ever dies.
What Happens When Contractors Only Need Access for Six Weeks?
During a platform migration last spring, this stopped being theoretical. We brought in remote contractors managing several other clients at the same time, and a shared spreadsheet turns that into a genuine liability — there's no way to hand someone three tools out of fifty without exposing the other forty-seven, and no way to know they didn't keep a copy after the contract ended. With a proper vault, I built a project-specific space, shared it with the contractors, and pulled their access the day the migration wrapped. Shared-vault permissions are their own deep topic — I've written more on how that works with Proton Pass specifically in Secure Password Sharing Without Spreadsheets Using Proton Pass Vaults — but the short version is that access lived in one place I controlled, not scattered across email threads and a sheet nobody remembered to update.
Don't Assume Family or Friend Sharing Works Like Autofill
A friend of mine who's on the pickleball courts at Pharr Tennis Center most weekends asked how to give her husband the streaming logins without also handing him the banking one. That's the same problem as the contractor situation, just smaller stakes: most people default to one shared password for everything, or they text a screenshot and hope for the best. A vault with separate entries and separate sharing permissions solves it the same way it solves the work version — you share exactly what you mean to share, and revoking it later doesn't require changing every password in the house. None of that holds up, though, if the Master Password guarding the whole vault is weak or reused somewhere else, which is a separate rabbit hole worth its own read rather than a paragraph here.
The Real Cost of Switching Isn't the Subscription
People ask about price like it's the hard part. It isn't. The Family plan I settled on for personal use through 1Password covers five people for around $4.99 a month, which is a small line item compared to the actual work of moving every account over without breaking a two-factor pairing or locking yourself out mid-transfer — that's vault portability, and it's a bigger headache than any subscription fee. I've sat through a CSV import long enough for a full mug of coffee to go room-temperature next to the laptop, waiting on records to land without breaking anything downstream. For form-heavy checkout flows I still keep RoboForm around, and Is RoboForm Safe to Use? covers why, but for the core job of keeping the company from getting breached, 1Password is what I actually trust day to day. Travel Mode is worth a mention too: it hides selected vaults from view rather than just locking them, which matters more than people expect the first time they cross a border with a work laptop full of client access.
1Password Is Worth Trusting Over a Sheet
There are still things about 1Password that genuinely annoy me. The UI leans into security theater sometimes — extra clicks and confirmation prompts that make you feel safe without actually adding much, and the subscription is one more monthly line item that's never going away, same as a cable bill that quietly creeps up every year. But after a phishing attempt that got closer than I'd like to admit, I stopped shopping for the cheapest option and started shopping for the one where the company genuinely cannot read my data even if they wanted to.
In early June I deleted the 'Marketing Logins' spreadsheet for good and watched the last-edit timestamp disappear without much ceremony. The team moved into a shared vault where encryption isn't a policy suggestion, it's just how the thing works by default. If you're still keeping SaaS credentials in a Google Sheet or a locked Excel file because it feels simpler, the spreadsheet is doing less than you think — one compromised laptop or a badly-scoped 'Editor' invite, and the whole sheet is readable. Starting a trial of 1Password is the more boring choice, and boring is exactly what you want from something guarding the CRM.