VMS + Camera Monitoring System
A camera monitoring system that watches the cameras too.
Most video estates are trusted rather than verified. Cameras drop off the network, streams degrade, a recorder fills up, a lens fogs — and nobody finds out until the week the footage is needed and it is not there. PrahiX brings every camera, NVR and access controller across every site into one view: live video and AI analytics on one side, continuous camera health on the other.
stream latency — see it as it happens
of sites managed from one dashboard
camera — ONVIF, RTSP, Hikvision, Dahua, IP
Why video estates fail quietly.
Nobody sets out to run cameras that do not record. It happens because the failure mode of a camera is silence, and silence is what a working camera pointed at an empty corridor looks like too.
An offline camera looks like a quiet corridor
On a wall of two hundred tiles, a dead feed and a still one are the same picture. Unless something is actively checking, the estate degrades one camera at a time and the video wall keeps looking fine.
The estate is multi-brand by accident
Hikvision at one site, Dahua at another, a recorder installed by a contractor who has since moved on, and an NVR nobody has the password for. Each brand has its own tool, and none of them covers the estate.
Nobody actually owns the cameras
Security owns the policy, IT owns the network they sit on, and facilities owns the hardware. A camera that stops working belongs to whichever of the three happens to notice, which is why it can stay broken for months.
The failure is found on the worst possible day
Retention gaps are discovered during an incident investigation, an insurance claim or an audit — the three occasions on which the answer "we think it stopped some time in March" is most expensive.
What one camera monitoring system gives you.
Video and the health of the things producing it, in the same place — because a dashboard that shows you feeds without telling you which ones stopped is only reporting half the estate.
Continuous camera health, not a spot check
Reachability, stream availability, frame rate and recorder status are polled continuously rather than reviewed when somebody remembers. A camera that drops overnight is a ticket by morning, not a discovery in June.
Every brand in one dashboard
ONVIF and RTSP alongside direct support for common IP camera families, so a mixed estate assembled over a decade is one view rather than one login per manufacturer and one spreadsheet to tie them together.
AI analytics on the cameras you already have
Face recognition, ANPR, behaviour analytics, PPE compliance, perimeter protection and visitor analytics run on existing feeds. The estate becomes an operations sensor without becoming a hardware project.
Video and access control on one timeline
A door held open, a badge used twice and the camera covering that door are the same incident rather than three systems that would have to be queried separately, by three people, after the fact.
One dashboard across every site
Branches, plants and campuses are monitored the same way, so a site with no local security presence is as visible as head office — which is usually the site where a failure would go unnoticed longest.
Evidence you can actually rely on
Because coverage is monitored rather than assumed, "was this camera working on the 14th?" is a report. That question is the entire value of a video estate, and it is the one most estates cannot answer.
The camera estate on the same platform as the network.
A camera is a network endpoint that happens to produce video. PrahiX monitors it as both, which is why the platform can usually tell you not just that a camera went down but what took it down.
A camera going offline is usually a network fault
A switch port, a PoE budget, a saturated uplink, a VLAN change. The platform monitoring the switch is the platform monitoring the camera, so the diagnosis is one step rather than a conversation between three teams.
Physical and cyber events share one timeline
A tailgated door, an anomalous badge read and a suspicious login are correlated as one incident instead of being filed by the security team, the facilities team and the SOC as three unrelated records.
One inventory covering IT and physical security
Cameras, recorders and access controllers sit in the same asset inventory as switches and servers — with model, firmware and site — so nothing is unmonitored because it was only ever on somebody's other list.
Alerts arrive where operations already looks
Camera health faults go to the same queue as network faults, with the same escalation rules. Nobody has to remember to open a second console to find out that a third of a site stopped recording.
The difference on the day you need the footage
A VMS on its own
- You open the archive for the 14th; the camera has nothing after the 2nd.
- Nobody can say when it stopped, or why.
- The switch logs that would answer it live in another team's tool.
- The incident is investigated without the one angle that mattered.
PrahiX camera monitoring
- The camera dropped at 03:12 on the 2nd; the ticket was raised at 03:14.
- A PoE port had stopped delivering power, and the platform said so.
- It was fixed that morning, weeks before anyone needed the archive.
- The health record shows continuous coverage for the period in question.
How camera monitoring works.
Four stages. The first one is usually the uncomfortable one — discovery tends to find more cameras than the inventory has, and fewer working ones.
Discover the estate
ONVIF discovery and recorder inventory identify what is actually deployed — make, model, firmware, site, and which switch port each camera hangs off. The list that comes back is rarely the list anybody was maintaining by hand.
Watch health continuously
Reachability, stream availability, frame rate and recorder status are polled on a schedule rather than checked on request, and each camera is baselined against its own normal so a degrading feed is visible before it is a dead one.
Analyse the video
AI analytics run on the existing feeds — face recognition against watchlists, ANPR with Indian plate-format validation, behaviour analytics, PPE compliance, perimeter tripwires and visitor counting — with no new cameras required to start.
Alert, diagnose, act
A health fault arrives with its network context attached, so it can be fixed rather than merely noted. An analytics event arrives with its snapshot and clip. Both land in the same operations queue as everything else the platform watches.
What one system replaces.
The comparison is not VMS against VMS. It is one view of the estate against a per-brand stack, plus the assumption that the cameras are fine.
| Capability | A VMS per site or per brand | VMS + a separate uptime check | PrahiX camera monitoring |
|---|---|---|---|
| Multi-brand coverage | One tool per brand, or a lowest common denominator | Whatever the VMS itself supports | ONVIF and RTSP plus IP camera families, in one view |
| Camera health | Assumed, until somebody looks | A ping — but reachable is not the same as recording | Reachability, stream, frame rate and recorder status |
| Why a camera went down | Not answerable from the VMS | Not answerable | Network context attached — port, PoE, uplink |
| AI analytics | A per-camera licence, if offered at all | Not included | On the cameras you already have |
| Multi-site | A dashboard per site | A dashboard per site | One dashboard across every site |
| Physical and cyber together | Separate systems | Separate systems | One platform, one incident timeline |
| Evidence of coverage | Reconstructed during an investigation | Partial, and only forward from install | A continuous health record per camera |
| Hardware | Often a forklift replacement | As-is | Works with the cameras and recorders you have |
Evidence that the cameras were actually working
Continuous health records for every camera and recorder, accumulated as the platform polls — so "was this covered on the 14th?" is a report rather than an argument between three teams.
- Continuous camera and recorder availability records
- Live inventory with model, firmware and site
- Incident snapshots and clips retained with the timeline
- ISO 27001:2022-aligned controls · DPDP Act-aligned handling
Trusted by operations teams across India
Have Questions? We've Got Answers.
A camera monitoring system (CMS) watches the video estate itself — whether every camera is reachable, streaming, recording and covering what it is supposed to cover — as distinct from a video management system (VMS), which is concerned with viewing, recording and retrieving the video. PrahiX does both in one view, on the grounds that footage you cannot rely on is not really an asset.
It can be either. PrahiX brings cameras, NVRs and access control onto one platform with live view and AI analytics, so many sites need nothing else. Where a VMS is already embedded — because of a retention architecture or an integration you depend on — we sit alongside it and add the health monitoring and analytics layer rather than forcing a replacement.
Support is built on ONVIF and RTSP, which most IP cameras and recorders of the last decade speak, plus direct handling for common families including Hikvision and Dahua. Because the estate is what it is rather than what a datasheet assumes, send us an inventory and we will confirm coverage against your actual models before you commit to anything.
Whether the device is reachable, whether it is producing a stream, whether that stream holds its expected frame rate, and whether the recorder behind it is up and accepting it. Each camera is also baselined against its own normal, so a feed that is degrading — rather than one that has already died — surfaces while it is still a maintenance job.
No. Both the health monitoring and the analytics run against existing feeds, which is the point — a video estate is expensive and mostly already installed. If specific cameras are too old to speak ONVIF or RTSP, we will tell you which ones during discovery rather than after a purchase order.
Usually, and this is the part a VMS cannot do. Because the same platform monitors the switches, the PoE budgets and the uplinks those cameras depend on, a camera dropping and a switch port failing are visible as one event rather than as a video problem reported to one team and a network problem reported to another.
Vision is the product — the AI video intelligence: face recognition, ANPR, behaviour analytics, PPE compliance, perimeter protection and visitor analytics. This page is the operational layer around it: making sure the cameras feeding all of that are actually working, across every brand and every site.
Yes, and we would suggest one site rather than one camera. Run discovery and health against a whole location and the finding is usually the same: a number of cameras that the dashboard has been reporting as fine are not doing what anyone assumed. That number is the business case.
Keep reading
Point us at one site. We will tell you what is actually working.
Give us access to a slice of the estate — one location, or one brand's cameras — and we will run discovery and health against it. The number that comes back is usually the business case.