What we mean when we say a record is “verified”
A record only earns trust when what's physically there matches what the network reports. Here's how that check actually works.
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“Verified” gets used loosely in infrastructure software: a word stamped on a record to make it sound more solid than it is. Here's what it should actually require.
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Two different kinds of truth
There's what the network reports (which devices are talking, right now) and there's what's physically installed in the rack. Those are two different questions, and a record that only answers one of them isn't telling you the whole truth.
“A record isn't verified because someone entered it. It's verified because two independent checks agree.”
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What “network-verified” should actually mean
It should mean a device is confirmed physically present in a specific location, and the network independently reports it live at that same location: two signals agreeing, not one signal being assumed to cover the other.
is the minimum number of independent signals a record needs before it can honestly be called verified.
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Why relying on just one check breaks down
A network-only check misses anything dormant, unplugged, or quietly misrouted. A physical-only check misses anything that changed logically without a cable ever moving. Either check alone leaves a real gap.
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What an actually verified record looks like
It pairs a photographed physical sweep with the live network state, timestamped, for every single entry, so “verified” means something specific instead of just sounding reassuring.