SIEM + SOAR Integration
SIEM and SOAR integrated, not integrated by you.
Correlation that only alerts hands your analysts a longer queue. On PrahiX, the engine that detects an incident is the engine that contains it — same data model, same context, same audit trail — so there is no connector estate to build, version and explain to an auditor. Detection and response are one system, not two products and a webhook.
less alert noise after correlation
integrated threat-intelligence feeds
timeline from detection through containment
Why bolted-together SIEM and SOAR stalls.
Buying both is the easy part. What organisations underestimate is that the value lives in the seam between them — and the seam is something you own, staff and re-certify every time either side ships a release.
The integration is a project, and then it is a job
Connectors, field mappings, credential rotation, API versions. It is built once and maintained forever, and the people who understand it are the people you least want spending their week on it.
The playbook only knows what it was sent
SOAR acts on the subset of the alert the SIEM forwarded. Everything the correlation engine knew but did not serialise has to be re-queried from three tools before the playbook can decide anything.
Latency is measured in handoffs
Queue, webhook, orchestrator, API call, and back. Each hop is small; together they are the difference between containing something and documenting it.
Two audit trails that have to be reconciled
The detection record lives in one product and the action record in another. Answering "what did we know, and what did we do about it" becomes an exercise in matching timestamps across two exports.
What an integrated SIEM and SOAR platform gives you.
Not a tighter integration — no integration. Correlation and response are the same system reading the same object, which changes what a playbook is able to do.
One correlation engine, one response engine
Detections and playbooks share the same rules, the same enrichment and the same entity model. A change to how something is detected does not need a second change on the other side of a connector.
Playbooks see everything the detection saw
The whole incident object is available at decision time — every correlated event, every enrichment, every asset and identity attribute. Nothing is lost in transit, because there is no transit.
Containment in the same beat as detection
Isolate a host, revoke a token, block an address, fail a link over. Automated incident response runs as part of the detection rather than as a downstream consequence of it.
One audit trail, end to end
What fired, what it was based on, what the platform decided, who approved it and what the action did — one timeline, in order, exportable as it stands.
No connector estate to maintain
Nothing to re-certify when either side upgrades, no silent field drops when an API version changes, and no integration engineer on the critical path of a detection change.
Network telemetry is a first-class input
Interface counters, flow records and device health correlate alongside logs, endpoint and identity. Most SIEMs cannot see the network as anything but another log source; here it is the same estate.
One platform for detection and response.
PrahiX was not assembled from a SIEM vendor and a SOAR vendor. Correlation, orchestration, automation and the network monitoring underneath were built on one data model, which is why the seam that costs everyone else nothing exists here at all.
The same data model underneath both
One normalised schema for logs, flow, endpoint, identity, cloud, network device and camera telemetry. A playbook does not need a translation layer to reason about something the correlation engine already understood.
Approval and blast radius live with the playbook
Which actions run unattended, which need a human, and which stay advisory is policy attached to the response itself — per action type, per environment — not a setting in a separate orchestration product.
Adding a detection adds its response
Detection engineering and response engineering are the same workflow. New coverage arrives with its containment already defined, rather than with a ticket to wire it up later.
The NOC and the SOC draw on the same correlation
A saturating circuit and a suspicious destination are one incident, not a capacity ticket and a security alert that meet weeks later. That is only possible when network monitoring feeds the same engine.
The difference in the first ten minutes
SIEM + separate SOAR
- The SIEM correlates and forwards a subset of the alert to the SOAR.
- The playbook re-queries three tools to rebuild the context it was not sent.
- An API version changes and the connector silently drops a field.
- Containment runs — eleven minutes after the detection fired.
PrahiX integrated SIEM + SOAR
- Correlation and playbook read the same enriched incident object.
- There is no re-query, because nothing was left behind in transit.
- There is no connector to version, because there is no seam.
- Containment runs as part of the detection, not after it.
How SIEM and SOAR work as one system.
Four stages, one pipeline. The thing that comes out of stage three is the thing stage four acts on — not a message about it.
Ingest and normalise
Logs, flow records, endpoint and identity events, cloud audit trails, network device health and camera telemetry arrive over SNMP, syslog, NetFlow and APIs, and are normalised into one schema at the door. Everything downstream reasons about the same shapes.
Correlate into one incident
Rules, behavioural baselines and integrated threat intelligence run across all of it together, mapped to MITRE ATT&CK. Related events collapse into a single incident object carrying every contributing signal and every enrichment — this is the SIEM half, and it is where the context is built.
Decide
Severity, confidence and blast radius are scored against the incident, and policy determines what happens next: run the response unattended, hold it for approval, or raise it as advisory. The decision is recorded with its inputs, so it can be reviewed later on its merits.
Act, and record
The playbook executes against the live estate — isolate, revoke, block, fail over, open the ticket — and every action, artefact and outcome is appended to the same incident timeline the detection created. This is the SOAR half, and it never had to be told what the SIEM knew.
What an integrated platform replaces.
The line item people compare is the licence. The cost that actually bites is the seam — building it, versioning it, and being slower because of it.
| Capability | SIEM + separate SOAR | SIEM with a SOAR add-on | PrahiX integrated platform |
|---|---|---|---|
| Licences | Two, plus the engineering time between them | One vendor, two SKUs | Correlation and response are the platform |
| The integration | Yours to build and keep working | Vendor-supplied, but still a seam | No seam — one system |
| Context available to a playbook | Whatever was forwarded | Usually the full alert, rarely the full estate | The whole incident object |
| Response latency | Queue, webhook, orchestrator, API call | Fewer hops, still hops | Part of the same decision |
| Audit trail | Two, reconciled by hand | Two, cross-referenced | One timeline, detection through containment |
| Network telemetry | A different platform entirely | Rarely a correlation input | A first-class correlation input |
| Upgrade risk | Every API version is a regression test | Vendor-managed, still versioned | Nothing to re-certify between the two |
| Cost model | Two subscriptions plus engineering time | One subscription, tiered | One operating subscription |
One evidence trail, end to end
Because detection and response are one system, the record an auditor asks for — what fired, what it was based on, who approved the action, and what the action did — is a single timeline rather than a reconciliation between two products.
- CERT-In incident-reporting readiness
- RBI IT & Cyber Security Framework alignment
- SEBI CSCRF readiness
- ISO 27001:2022-aligned controls · DPDP Act-aligned handling
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Have Questions? We've Got Answers.
SIEM and SOAR integration means connecting the system that correlates security events to the system that responds to them, so a confirmed detection can trigger a containment playbook. Conventionally that connection is a set of connectors and field mappings you own. On PrahiX there is nothing to connect: correlation and response run on the same platform against the same incident object.
You need what each provides — correlation across your estate, and automated action on what it finds — but you do not necessarily need two products to get them. A SIEM alone tells you faster; it does not act. A SOAR alone has nothing to act on. Buying them separately is a procurement decision, not an architectural requirement.
Yes. We can ingest from an existing SIEM rather than replace it, which is the usual path when a licence has years left on it. Tell us early, because it changes the scoping: you keep your correlation layer and gain the response and network-telemetry side, rather than consolidating both onto one platform straight away.
A bolted-on module is one vendor with two products behind a shared login — the handoff is shorter, but it still exists, and the playbook still works from what the detection side chose to hand over. The distinction that matters is whether the response reads the same incident object the correlation built, or a message about it.
Containment actions against the live estate: isolate a host, disable an account, revoke a session or token, block an address or domain, quarantine a file, fail a link over, restart a service, and open or update the ticket with the timeline attached. Which of those are available depends on what we are integrated with in your environment, and is confirmed during scoping.
No. Every response has a policy: run unattended, require approval, or stay advisory — set per action type and per environment, and agreed during onboarding. Most teams start with containment advisory everywhere, then move the low-risk, high-frequency actions to unattended once they have watched them behave.
Yes, and it is the part a conventional SIEM and SOAR pairing cannot do. Interface counters, flow records and device health are correlated alongside logs, endpoint and identity, so a performance anomaly and a security event can be recognised as one incident instead of arriving at two teams as two tickets.
Yes. Send a slice of real telemetry and we will walk one signal end to end — ingestion, correlation, decision, automated containment — on your own data, so you are evaluating the behaviour rather than the architecture diagram.
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See a detection become a containment, on your own stack.
Send us a slice of real telemetry and we will walk one signal from ingestion through correlation to an automated containment playbook — one system, one timeline, no connectors in between.