Every shop running digital maintenance records is sitting on data that matters a lot more than it might seem day to day: FAA-required logbook entries, aircraft records, customer information, and the compliance history that keeps your certificate in good standing. That data doesn't just need to be accurate — it needs to be protected from the wrong person logging in and touching it.
A password alone has never been a great lock. Passwords get reused across sites, guessed, or leaked in a breach that has nothing to do with your shop. For most software, that's an inconvenience. For maintenance tracking software, it's a compliance and liability problem — an unauthorized login could mean altered records, exposed customer data, or worse, a return-to-service entry nobody actually signed off on.
Two-factor authentication (2FA) is the standard fix — a password plus a second proof that it's really you. The trouble is most 2FA implementations weren't designed with a shop floor in mind. Techs are moving between a shared tablet, a shop computer, and their phone all shift long. If every single login demands a fresh code, security starts costing real time, and busy techs start looking for ways around it.
AeroCoreMX uses device-bound two-factor authentication, live across the platform today. It's built around a simple idea: security should scale with actual risk, not slow down a device your team already trusts.
The result is a system that's genuinely hard to get into from outside, without turning every login on the shop floor into a scavenger hunt for a six-digit code.
The best security is the kind your team barely notices because it isn't fighting them. That's the goal behind how AeroCoreMX handles login — real protection for your compliance data and your customers' information, built to move at the same pace as a working maintenance shop.