You think hackers skip small businesses. The data says you're the first one they try.
Small businesses get hit three to four times more often than large companies - not despite being small, but because of it. "We're too small to matter" is the exact belief that gets exploited first.
The math nobody runs before saying "who'd bother with us"
Small businesses are targeted roughly three to four times more often than large organizations, and some tracking puts small businesses behind something like 43 percent of all cyberattacks recorded in the last year. Ask an owner with no real security in place why they haven't invested in it, and a majority will say some version of the same thing: we're too small to be worth anyone's time. That belief isn't incidental to the problem. It's the mechanism. An attacker doesn't need a company to be big to be worth hitting - they need it to be unguarded, and "too small to matter" is usually the exact reason nobody locked anything down in the first place.
Nobody is choosing your company by name
None of this is personal, which is part of why it's easy to miss. Most attacks start as automated scans running across the entire internet, looking for exposed admin panels, default credentials nobody changed, outdated plugins with known holes, API keys sitting somewhere public. To a script like that, a ten-person company and a ten-thousand-person company look identical - both are just an IP address with a port open. What differs is what's waiting behind the open door. The large company usually has a security team, logging, and a patching schedule. The small one usually has none of that, not out of carelessness, but because nobody ever budgeted for a role whose entire job is noticing problems before they become incidents.
What it actually looks like once somebody checks
We end up seeing this up close, because an outside pair of eyes is usually what catches it - the business itself rarely goes looking. The same handful of things keep showing up, project after project: a key with full database access committed straight into a public repository, because that was faster than setting up a proper secrets manager. API routes that check who's allowed to do what in the frontend code and nowhere else, so anyone willing to open the browser's network tab can pull every customer's data directly. A .env file that was supposed to be temporary eighteen months ago. None of it is exotic or clever. It's just the gap between "it works" and "it's actually guarded" - and that gap is invisible until someone goes looking for it specifically.
The ACS approach
We treat a security pass as part of building and handing off a system, not as an upsell somebody can skip to save money. Before anything goes live, we check for exactly the patterns above - exposed keys, authorization that only exists on the frontend, secrets that made it into version control - and we check again when a system grows past what it was originally built to handle, because the gaps tend to open up right there. Being small doesn't buy a business time. If anything, it's the opposite: it's the reason to check sooner, not later.