For an unattended arcade, the goal is simple: when the device detects tampering, the alert has to reach a human fast and leave a record behind. A detector that only beeps to an empty room at 3 a.m. protects nothing. So you set up two layers — an on-site alarm that fires the instant something is detected, and a log that quietly stores the evidence so you see exactly what happened when you next walk in or check your phone. This page is about wiring those two layers into how your floor actually runs.
I'm Engineer Wang. Out of our factory in Panyu, Guangzhou, I've spent fourteen years on game-machine security, and unattended floors are where good alert setup pays off most. A staffed counter can react to a beep; an empty overnight room can't — unless you plan for it.
Every unit — the Score Theft Detection Units and the V5/K8 Result Integrity Monitors — runs 7×24 automatically and reacts in milliseconds. The moment it detects a physical tamper or suspicious wireless/data activity, it raises a local alarm and logs the event with a timestamp so the record survives whether or not anyone's there. That logging is the backbone of an unattended setup: it turns "I think we got hit last night" into "here's exactly when and at which machine."
The audible/visible alarm does two jobs even with nobody on shift. First, it can spook an opportunist mid-attempt — a lot of casual cheats abort the second a machine lights up and sounds off. Second, it flags the specific cabinet so you're not hunting the whole floor later. Make sure the alarm isn't muffled by where you placed the unit, and that its position still respects the sensing range — placement detail is in where to place a detection device on a game machine.
For an unattended room, the local alarm is necessary but not sufficient — you need to know remotely. Practical ways operators wire this up:
Tie it into your existing CCTV/NVR. Most unattended arcades already run cameras. Position a camera so its view covers the alarmed cabinet, and the device's alarm becomes your cue to pull that exact clip. The detector tells you when and where to look; your camera shows who.
Use a staff phone rotation. Whoever's on call checks the cameras the moment they're notified. Keep the response chain short — one named person per shift, not "someone."
Log-first review. Because every event is timestamped and stored, an operator who can't respond live still gets a complete morning report: which machine, what time, how many events. That's enough to set a camera review and decide on action.
The point is that the device handles detection; you decide the human routing. Match it to your reality — a single-owner room reviews logs each morning; a small chain might funnel alerts to one duty manager.
The fastest way to ruin an alert system is alarm fatigue — if you assume every beep is a false alarm, you'll start tuning them out, and that's when the real one slips past. These units are tuned to trigger on genuine tamper and anomaly signatures, not on ordinary play, so an alert deserves a look. I cover why the false-alarm rate stays low and what actually triggers a unit in the detection technology overview.
Setting up alerts is only half of it — knowing what to do in the sixty seconds after one fires is the other half, and it's easy to freeze the first time. I wrote a step-by-step playbook for exactly that moment in how to respond when a cheat alarm goes off. For how all of this fits the broader deploy-and-run flow, see the setup and operation overview.
If you tell me how your floor runs overnight — cameras, staffing, how many machines — I'll help you design an alert routing that actually catches people instead of just logging losses. WhatsApp or WeChat me at +86 17620842078 (Engineer Wang), or reach the team through Contact Us.