Your cameras already saw it.
PlugSafe turns the CCTV you already own into a sentry that watches every feed at once — and tells the right person within seconds, with the clip attached.
No new hardware. No footage leaving the building. Live in days.
Tell us your camera count and the zones that worry you. We will tell you what is detectable on the fleet you already have.
This is for you if
If none of these are true we are probably not the right call yet, and we will say so.
- Cameras are recording, but incidents surface days later
- One person is expected to watch dozens of feeds at once
- Motion alerts were muted because everything set them off
- Footage cannot leave site for policy or regulatory reasons
Where surveillance actually fails
Select a stage to see the difference on a real site.
Forty feeds, one pair of eyes
A guard watches a wall of monitors across a twelve-hour shift. Attention on any single feed is measured in seconds an hour, and the research on this is not kind: most of what crosses those screens is never seen by anyone.
Every feed watched, continuously
All cameras are analysed at once, without fatigue, at 3am as attentively as at 3pm. The guard stops being a monitor-watcher and becomes the person who responds when something actually happens.
Motion alerts, then alert fatigue
Basic motion triggers fire on rain, headlights, cats and branches. After a week of false alarms the notifications get muted, and the system is functionally switched off while still appearing to run.
Sixteen detection types, scoped per zone
Intrusion, weapons, loitering, crowd density, abandoned objects, vehicle movement and more — each enabled per zone and per time window, so a loading bay at noon and a restricted area at midnight carry different rules.
Found it on the footage. Tuesday.
The incident is discovered when someone scrubs back through recordings, usually days later and usually because something already went wrong. By then the response window has long closed.
Told in seconds, with the clip
The alert reaches the security console, the radio or phone of whoever is actually on shift, and your SIEM or webhook simultaneously — carrying the zone, the rule that fired and the video clip.
Hours of scrubbing to reconstruct
Producing an incident report means someone trawling recordings across several cameras and writing up a timeline by hand — and for a regulator or an insurer, that reconstruction is the deliverable.
The timeline already exists
Every detection is logged with its zone, rule, timestamp and clip on your own server. An incident review is a filter, not an excavation, and the log is built to satisfy an audit rather than a dashboard.
Motion alerts, then alert fatigue
Basic motion triggers fire on rain, headlights, cats and branches. After a week of false alarms the notifications get muted, and the system is functionally switched off while still appearing to run.
Sixteen detection types, scoped per zone
Intrusion, weapons, loitering, crowd density, abandoned objects, vehicle movement and more — each enabled per zone and per time window, so a loading bay at noon and a restricted area at midnight carry different rules.
None of this needs the internet. The AI engine runs on a server inside your network, footage never leaves the building, and the system works air-gapped — which is why it clears sites where a cloud camera product cannot be installed at all.
What a security lead is judged on.
Every camera analysed continuously rather than whichever feed a person happened to be facing. Coverage stops being a function of attention span and shift length.
The gap between an event happening and somebody being told collapses from days of reviewing footage to seconds — which is the difference between responding and reporting.
Theft, unsafe crowding, an unattended package or an unauthorised entry caught while it is still happening, rather than reconstructed for an insurer afterwards.
Sixteen detection types — these are the six most asked for
Entry into a restricted zone flagged the moment a person crosses the line — day or night.
Guns and knives identified in frame and escalated as a priority alert with the clip attached.
A person lingering longer than you allow, telling passing through apart from dwelling.
Crowding measured before it turns unsafe, with thresholds tuned per zone and per hour.
Unattended bags, packages or kit flagged after a configurable dwell time.
Vehicles by type and direction — entries, exits, tailgating and wrong-way movement.
It plugs into what you already run.
The name is the product strategy: nothing here asks you to replace working infrastructure or send video somewhere else.
Any IP camera, DVR or NVR. No replacement, no re-cabling, no rip-and-replace of working infrastructure.
All processing runs on a server inside your network. One console for every camera, detection toggle and alert rule.
Standards-first ingest from existing fleets. Alerts route to SOC dashboards, SIEM, email or operator radios.
Air-gap-capable, encrypted at rest and in transit, with a full event log held on the local system.
Where it is deployed.
Sites where an incident is expensive, a responder is not always nearby, and footage is too sensitive to leave the premises.
Restricted machinery zones, PPE-adjacent safety rules, contractor movement across a live site.
Loading bays, tailgating at gates, unattended goods and after-hours yard activity.
Remote and unmanned installations where the nearest responder is a long way away.
Lobby and perimeter coverage across multiple buildings from a single console.
Crowd density on platforms and concourses, and abandoned objects in public areas.
Perimeter and access monitoring on sites where footage is especially sensitive.
Let's talk about the zone that worries you.
One site, roughly what cameras are on it, and the two or three things you actually need to catch. That is enough for a call to establish whether this works on your existing infrastructure.
PlugSafe — common questions
No. PlugSafe reads from the cameras, DVRs and NVRs already installed, over RTSP and ONVIF. There is no re-cabling and no hardware swap — the AI engine is a server that sits on your network alongside the fleet you already own.
No. All processing happens on-premise and video stays inside your network. The system is air-gap-capable, which is why it can be deployed at sites where a cloud camera product cannot be installed at all, and it is encrypted at rest and in transit with a full event log held locally.
Motion triggers fire on rain, headlights, branches and animals, which is why most of them end up muted. PlugSafe detects specific things — intrusion, weapons, loitering, crowd density, abandoned objects, vehicle movement — and each detection is scoped to a zone and a time window, so a loading bay at noon and a restricted area at midnight carry different rules.
Whoever should. Alerts route simultaneously to the security console, to the radio or phone of the person actually on shift, and into your SIEM or any webhook endpoint — carrying the zone, the rule that fired and the video clip, so the responder does not have to go looking for context.
Because there is no hardware to install, a site typically goes live in days rather than months. The work is connecting to the existing camera fleet, drawing the zones and agreeing the rules and thresholds per zone — which is a configuration exercise, not a construction project.