Converged network + security operations
Unified NOC and SOC, because it is one estate.
Your network team and your security team are looking at the same infrastructure through two products, two data models and two ticket queues. Most days that is merely wasteful. On the day a performance problem turns out to be an attack — or an attack is written off as a performance problem — it is the failure. PrahiX runs network monitoring, security operations and physical security on one platform, one data model and one incident timeline.
data model behind network, security and video
less alert noise after correlation
one operations picture, not three separate rotas
Why two operations centres cost more than twice.
Running a NOC and a SOC separately is not two halves of a whole. It is two whole things, each carrying its own tooling, its own inventory and its own idea of what is urgent — plus the cost of the seam between them, which nobody budgets for and everybody pays.
The same estate, described twice
Two inventories that drift apart, two sets of thresholds, two definitions of critical, and a recurring meeting whose only purpose is to reconcile them. The estate did not become two things; only the description did.
The handoff is where incidents die
The network team closes a capacity ticket and the SOC never hears about the traffic behind it. Neither team did anything wrong. The incident simply never existed in a place where both halves of it were visible at once.
Tooling multiplies faster than headcount
Every new layer — cloud, identity, a site, a vendor — arrives as another console on each side. The integration budget grows, the licence count grows, and the number of people who can read the whole picture stays at roughly zero.
Physical security is nobody's console
Cameras and access control sit outside both operations centres, watched by a third team on a fourth system. Which is why a door held open at 02:00 and a credential used at 02:04 are two records that nobody puts side by side.
What convergence actually changes.
Not a shared dashboard. A shared substrate — which is the difference between seeing both pictures and being able to reason across them.
One inventory, one truth
Every device, link, identity, workload and camera in one asset record. Nothing is unmonitored because it was only ever entered on the other team's list, and no reconciliation meeting is required to establish what you run.
Correlation across layers, not within them
Interface counters, flow records, logs, endpoint, identity and video telemetry are correlated together. The cross-layer incident — the one neither tool could see alone — is the entire reason to do this.
One escalation path
Severity, ownership and escalation are decided once against the incident rather than twice against two views of it. Nobody has to determine whose problem something is before it can be worked on.
Remediation and containment share an engine
Failing a link over and isolating a host are the same class of object, built and audited the same way, with one approval model and one change record behind both.
Fewer tools, fewer seams, fewer renewals
One platform instead of a monitoring stack, a SIEM, a SOAR, a video system and the integrations between them — which also means no integration to re-certify each time one of them ships a release.
One rota can cover more
Convergence is what makes round-the-clock coverage arithmetically possible for a team that could not staff two. The scarce thing was never the tooling; it was people awake at 3am who can read the whole estate.
How the convergence is actually built.
Every vendor with two products claims a unified view. The question worth asking in a demo is not whether the screens sit side by side — it is whether one incident can carry both kinds of signal, and what had to be true underneath for that to work.
One data model, applied at ingestion
Logs, flow, device health, endpoint, identity, cloud and camera telemetry are normalised into one schema on the way in — not joined afterwards by a correlation rule that has to know about both formats.
Correlation that spans the layers
Because the data shares a model, a rule can reason about a saturating interface and a destination reputation in the same expression. Cross-layer detection is not a feature bolted on; it is what one schema makes expressible.
One automation engine underneath both
The playbook that restarts a service and the playbook that revokes a token are the same kind of thing, with the same approval policy and the same audit trail — so automation maturity earned on one side transfers to the other.
One console, scoped by role
Convergence of data does not mean convergence of job descriptions. The network engineer and the security analyst see the same estate through their own lens, with their own defaults — they are simply no longer looking at two different versions of it.
The difference on the incident nobody classified correctly
Two operations centres
- The NOC sees a firewall CPU spike and raises a performance ticket.
- The SOC sees nothing — that firewall's logs go somewhere else.
- The ticket is closed when the CPU settles.
- The CPU settled because the scan finished.
PrahiX unified NOC + SOC
- One platform sees the CPU spike and the traffic that caused it.
- It is raised once, with both readings attached to one incident.
- Containment runs while the network context is still on it.
- Nobody had to decide whose problem it was before they could start.
How to converge without a re-org.
Convergence projects fail on politics far more often than on technology. This one is sequenced so that nothing about your teams, rotas or ownership has to change before the platform starts being useful.
Start with the side you already run
Connect the network estate first, or the security estate first — the platform does not require both on day one to be worth having. Whichever you start with replaces a tool you already pay for, so the first phase stands on its own.
Bring the second layer onto the same platform
The second side arrives against an inventory that already exists, which is usually the point at which the asset list stops being an argument. Nothing about the first side has to be re-done to accommodate it.
Correlate across the seam
Cross-layer detections are switched on once both sides are feeding. This is where the value actually appears, and it is worth measuring deliberately — the first incident that would have been two tickets is the business case, written by itself.
Decide what stays separate
Teams, rotas, ownership and escalation can stay exactly as they are. What converged is the data and the timeline. Most organisations change their operating model afterwards, if at all, and having the option is worth more than being forced into it.
What convergence replaces.
The saving people expect is licences. The saving that actually shows up is the seam — the integrations, the reconciliations and the incidents that took two teams and a week instead of one platform and an hour.
| Capability | Separate NOC and SOC stacks | One vendor, two products | PrahiX unified platform |
|---|---|---|---|
| Asset inventory | Two lists that drift | Two lists, one login | One inventory, IT and physical |
| Correlation across layers | Not possible — different data, different tools | Via an integration, on the fields it forwards | Native — one schema, one rule engine |
| Physical security | A third system and a third team | Rarely in scope | Same platform, same timeline |
| Escalation | Decided twice, after classifying whose it is | Two queues behind one portal | Once, against the incident |
| Automation | Per tool, if at all | Two engines, two approval models | One engine, one approval model, one audit trail |
| Integrations to maintain | Several, and they break on upgrades | Fewer, still versioned | None between the halves — there is no seam |
| Evidence for an audit | Assembled from both stacks and reconciled | Two exports, cross-referenced | One record covering uptime and incidents |
| Cost shape | Two stacks plus the integration effort | One vendor, two subscriptions | One operating subscription |
One record for both kinds of audit
The business asks whether the estate was available; the regulator asks whether an incident was detected, escalated and contained. Those are two questions about the same infrastructure, and on a converged platform they are answered from one timeline rather than assembled from two stacks that have to be made to agree first.
- Continuous availability and performance records
- Incident timelines with detection, escalation and response
- Configuration-drift and change history across the estate
- ISO 27001:2022-aligned controls · Made in India
Trusted by operations teams across India
Have Questions? We've Got Answers.
A unified NOC and SOC means network operations and security operations running on one platform rather than two — one asset inventory, one telemetry pipeline, one correlation engine and one incident timeline covering availability and attack alike. The test of whether a unification is real is simple: can a single incident carry both a performance signal and a security signal, and be acted on without either team re-explaining it to the other?
No, and we would advise against making that the first move. What converges here is the data, the timeline and the automation — not the org chart. Teams keep their own rotas, ownership and escalation paths, and simply stop working from two different versions of the same estate. Organisations that do restructure usually do it later, and from a much better position.
Yes, and most do. Connect the network estate first or the security estate first; whichever you begin with is replacing a tool you already run, so phase one stands on its own commercially. The second side then arrives against an inventory that already exists, which removes most of the work people expect to be hard.
That phrase usually describes two products behind one login, which is a shared dashboard rather than a shared substrate. The distinction that matters is whether the telemetry shares a data model at ingestion — because if it does not, every cross-layer question has to be answered by a person comparing two screens. Ask any vendor claiming convergence to show you one incident carrying both kinds of signal; the answer is quick and it is decisive.
Where a licence has years left on it, we ingest from it rather than replace it — an existing SIEM or monitoring platform can feed the correlation while you consolidate on your own timetable. Tell us early, because it changes the sequencing quite a lot and it is the difference between a phased consolidation and a rip-and-replace nobody asked for.
It belongs wherever the incidents do. A tailgated door followed by an anomalous login is a single event that most organisations investigate as two, weeks apart, because the camera system and the identity system have never met. Cameras and access controllers are also network endpoints, so they were already in the estate — the only question was whether anything was correlating them.
This page is the architecture; those are two ways of staffing it. Run the converged platform with your own people, or have us operate one or both sides around the clock as a managed service. The platform, the data model and the evidence are the same in all three cases — what changes is who is awake at 3am.
Yes, and the most useful scope is a slice of the estate where both layers are present — a site with its own network gear, its own security telemetry and, ideally, its own cameras. Cross-layer correlation is the thing being evaluated, and it cannot be demonstrated on one layer.
Keep reading
Bring us one incident. We will show you both halves of it.
Pick something from the last quarter that took two teams longer than it should have. We will walk through what a converged platform would have shown, when it would have shown it, and what it would have done without being asked.