◆ CraftSecOps · SIEM + SOC

Security and network.
One correlation graph.

Stop triaging alerts. CraftSecOps puts security operations on the same correlation graph as your network — so Ritam reasons across both, and a thousand alerts resolve to the one incident that caused them.

The SOC sees what the NOC sees. An attack that hides in the seam between them has no seam left to hide in.

Book a demo →See the platform

BFSITelecomGovernment & DefenseOn-prem · air-gap capable

Alert storm → one incidentTRIAGING

1,847 alerts this hour1,847 → 3 incidents

The problem

Your SOC drowns while the attacker walks.

Security operations run on alert volume: thousands a day, most false, each triaged by hand. Meanwhile the network team sees half the picture, the security team sees the other half, and the incident lives in between.

1,000s

of alerts per day — the majority never investigated

~200 d

typical dwell time before a breach is detected

2 teams

NOC and SOC, separate tools, separate graphs, same events

6 h

CERT-In reporting window — triage backlogs don't fit in it

Alert volume is not visibility. A SIEM that raises everything explains nothing. Detection has to end in a cause and a containment action — not a queue.

The thesis

Security, managed by goals — not queues.

You declare the security outcomes you're accountable for — detection time, containment time, noise rate. CraftSecOps holds them true, and ARGUS turns every alert storm into one named cause with the evidence attached.

SIEM — alert-driven

Goal-driven — managed

Analysts triage a queue of thousands, newest first

You declare a goal — “mean time to contain < 30 min”

Security and network events live in separate tools

One correlation graph — ARGUS reasons across both planes

A breach is discovered months later, by a third party

Behavioural baselines flag the anomaly while it's still lateral movement

Evidence is assembled by hand, after the fact

The evidence bundle builds itself as the incident is traced

The platform

SIEM + SOC automation — on the network's own graph.

Two co-equal pillars on the same substrate that runs your network operations. Detection sees security telemetry; correlation sees everything — so a security alert with a network cause, or a network fault with a security cause, resolves either way.

Detect

SIEM on the correlation graph

Log, flow and endpoint telemetry — one ingestion plane with the NOC

TSLAM4b behavioural baselines — anomalies, not signature noise

Threat-intel enrichment on ingest, not at triage time

Full retention on-prem — carrier-grade store, no per-GB cloud tax

Respond

SOC automation, goal-gated

ARGUS causal triage — alert storm to named incident in <60 s

Containment playbooks — isolate, block, revoke — with approval gates

Evidence bundles assembled automatically for audit and CERT-In

Attack path traced across security and network hops, one view

The graph is the moat.A SIEM alone sees events. CraftSecOps sees events on the live topology of your network — so “suspicious flow” becomes “this host, this segment, this path, this cause.”

Declare the posture

Own the number.

You set the security goals you're accountable for; CraftSecOps tracks target vs realised, and Ritam flags what's at risk — with the causal trace already attached.

Security goal	Target	Now	Status
Mean time to detect	< 5 min	3.2 min	On track
Mean time to contain	< 30 min	41 min	At risk
Alert noise reduction	> 90%	93%	On track
Critical patch SLA	< 72 h	58 h	On track
CERT-In reporting SLA	100% < 6 h	100%	On track

1 goal at risk — containment time trending up; ARGUS traced it to a manual approval step in the isolation playbook. Recommendation queued.

Vertical-tuned

Security means something different in each vertical.

BFSI, telecom and government security models out of the box.

BFSI

Security is regulatory survival

For a bank, a missed detection is a reportable incident. CERT-In's 6-hour reporting window and RBI cyber-security guidelines leave no room for triage backlogs.

Declared security goals

Mean time to detect< 5 min

Mean time to contain< 30 min

CERT-In reporting SLA100% < 6 h

False-positive rate< 5%

When a goal goes at risk: A credential-stuffing burst hits internet banking. ARGUS correlates WAF alerts, auth-log anomalies and a traffic shift on the same graph — one incident, not 400 alerts. Containment playbook queued with the evidence bundle already assembled.

Every hour of dwell time is exposure; every missed 6-hour window is a regulatory finding.

Telecom

Security is network integrity

For an operator, the attack surface is the network itself — signalling, DNS, management planes. Security events and network events are the same events, seen by two teams.

Declared security goals

Rogue-config detection< 10 min

DDoS mitigation trigger< 60 s

Management-plane anomalies100% triaged

Alert noise reduction> 90%

When a goal goes at risk: A BGP anomaly looks like a routing fault to the NOC and an exfiltration path to the SOC. On one graph it's one incident — ARGUS names the hijacked prefix and Ritam queues the route filter before traffic drains.

NOC/SOC silos mean the attacker exploits the seam. One graph removes the seam.

Government & Defense

Security is sovereignty

For government networks, telemetry cannot leave the premises. Cloud SIEMs are a non-starter; the SOC must run air-gapped with full data residency.

Declared security goals

Telemetry residency100% on-prem

Air-gap operationFull function

Insider-anomaly detection< 15 min

Audit-trail completeness100%

When a goal goes at risk: An anomalous data flow from a restricted segment trips a behavioural baseline. ARGUS traces it to a misconfigured backup job — not exfiltration — in minutes, with the full evidence chain logged for audit.

A sovereign SOC that reasons on-prem — no telemetry offshore, no cloud dependency.

One incident, end to end

From 1,800 alerts to one contained incident — in one view.

A single attack, traced across security and network telemetry to one root cause, contained with the evidence bundle already built.

DETECT

TSLAM4b flags an authentication anomaly — 1,800 correlated alerts across WAF, auth logs and NetFlow

TRACE

ARGUS walks the graph: one credential-stuffing source, one compromised account, one lateral hop

CONTAIN

Playbook queued — isolate the host, revoke the session, block the source range. Approved in one click.

EVIDENCE

Timeline, indicators and actions bundled automatically — CERT-In report drafted inside the 6-hour window.

hours

Manual SOC — time to triage an alert storm.

<60 s

CraftSecOps — ARGUS causal triage.

Investigation starts at the anomaly, ends at the contained cause — evidence attached.

How it plugs in

Augments your SIEM. Runs where your data must stay.

CraftSecOps ingests from the security stack you already run — and keeps every byte of telemetry on your premises.

Open ingestion

Syslog, CEF, NetFlow/IPFIX, EDR and cloud-audit feeds — the sources you have, no forklift.

Sovereign by design

Fully on-prem, air-gap capable. Detection models and the LLM reason locally — no telemetry offshore.

Augments, doesn’t replace

Sits above Splunk, QRadar, Sentinel — adds the causal graph and goal layer while your SIEM keeps its role.

One incident, both planes — correlated: Security → Application → Network → Infrastructure. One RCA, not a NOC ticket and a SOC ticket pointing at each other.

The measurable delta

What goal-driven security operations deliver.

From alert queues to owned outcomes — measurable from the first quarter.

<60 s

Causal triage

alert storm to named incident — vs hours of manual work

90%+

Noise reduction

TSLAM4b surfaces only incidents that threaten a goal

min

Dwell time

behavioural detection during lateral movement, not after exfil

100%

Evidence coverage

every incident lands with its audit bundle built

[__%]

Fewer escalations

incidents closed by playbook — per account baseline

[₹ __]

Breach cost avoided

exposure hours removed, reporting penalties avoided

[ ] bracketed values to confirm against account baseline.

How to engage

A de-risked path — delivered with your SI.

Every stage is co-funded, KPI-gated and reversible. For large accounts we deliver through your Tier-1 SI partner.

01Weeks 1–2

Security posture workshop

Map your alert sources, SIEM estate and SOC workflows. Declare the security goals that matter and baseline MTTD, MTTR and alert noise.

You bring: Alert-source inventory · current SIEM/SOAR tooling

02Months 1–2

Correlated PoC

Security and network telemetry on one graph for 2–3 critical segments. Goals tracked live. If the agreed KPIs don't move, you exit at zero further cost.

You bring: Co-funded PoC · log and flow feeds

03Months 3–6

Full SOC rollout

Goals across the estate, ARGUS triage and containment playbooks live. SI-delivered, augments your existing SIEM rather than replacing it day one.

You bring: Subscription · zero additional CapEx

Delivered via TCS · Wipro · Infosys · Accenture — augments Splunk / QRadar / Sentinel, never rips them out.

One engine, one enterprise

The programmable enterprise suite.

One AIOps engine underneath — Ritam. Prove one surface, extend without re-integrating.

Security operations

CraftSecOps

SIEM and SOC on the network's own graph.

You are here

Secure access

CraftSASE

Access policy and network ops, unified.

Explore →

Compliance

CraftCompliance

Hold your posture true, continuously.

Explore →

See it live

The SOC console.

Goals, live incidents, and the causal trace from alert storm to contained root cause.

See it on your estate

Bring us your noisiest alert queue.

A correlated PoC on your real security and network telemetry — watch a storm resolve to one cause.

Book a demo →Request a scoped PoC