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Every morning, the analysts in a typical Indian enterprise Security Operations Centre (SOC) arrive to a queue that can run into several thousand alerts. By midday, many of those alerts have been dismissed without investigation — not because they were confirmed benign, but because there simply was not enough time. This is alert fatigue: the slow, corrosive exhaustion that turns a security team from a threat-hunting unit into an alert-dismissal machine.
For Indian enterprises navigating the twin pressures of a rapidly expanding threat landscape and CERT-In’s stringent 6-hour incident reporting mandate, alert fatigue is not merely a productivity problem. It is a compliance and business continuity risk.
Alert fatigue is not unique to India, but several factors make it acutely severe here. India’s enterprise IT estates are typically heterogeneous: a mix of on-premise servers, cloud workloads on AWS or Azure, legacy ERP systems, branch offices connected over MPLS or SD-WAN, and a growing inventory of IoT and operational technology (OT) devices. Each layer generates its own stream of security events.
Industry surveys consistently show that large SOC teams dismiss or delay investigating 40 to 60 percent of alerts daily. When an analyst silences the same firewall rule violation for the fifteenth time that shift, critical behavioural anomalies buried in that noise go uninvestigated. Threat actors — whether nation-state groups targeting critical infrastructure or ransomware operators looking for unpatched RDP boxes — exploit precisely this inattention.
CERT-In’s directives tighten the stakes further. Under the 2022 CERT-In directions (and subsequent clarifications), covered entities must report certain cyber incidents within six hours of detecting them. If your SOC is drowning in alerts, the probability of detecting, triaging, and escalating a real incident within that window drops sharply.
Legacy SIEM deployments were designed around a straightforward principle: collect logs, write correlation rules, generate alerts. The problem is that in a sufficiently complex environment, almost any correlation rule will generate false positives — and security teams, burned by repeated false alarms, begin to tune rules so aggressively that the signal is lost along with the noise.
The deeper failure is architectural. Traditional SIEM sees log data but is often blind to network traffic patterns, endpoint behaviour, and physical security events. A compromised privileged account that makes unusual lateral movements at 2 AM may not trigger any single SIEM rule, but the combination of an anomalous RDP session, a spike in authentication events, and an unusual process execution sequence tells a clear story — if you can correlate across all three data streams simultaneously.
Many Indian enterprise SOC teams also operate in silos. The network operations team monitors uptime and bandwidth. The security team watches SIEM dashboards. Physical security manages access-control and CCTV systems on an entirely separate platform. When an incident involves, for example, an insider using legitimate access credentials from an authorised location but at an unusual hour — the kind of event that appears in all three data streams — the silos mean no one sees the full picture.
Alert fatigue has three compounding costs that Indian CISOs must quantify when making the case for better tooling:
Absolute thresholds — “alert on more than 10 failed logins” — generate noise because they ignore context. A domain administrator who attempts 15 logins on a Monday morning after a password reset is behaving normally. The same pattern from a marketing department employee at midnight is not. Build per-entity behavioural baselines (by user, by device, by subnet) so that alert thresholds adapt to what is actually anomalous for that entity.
Each alert should be traceable to at least one tactic or technique in the MITRE ATT&CK framework. This discipline forces your team to think in terms of adversary behaviour rather than raw log events, and it makes prioritisation easier: an alert mapped to Credential Dumping (T1003) warrants a very different response than one mapped to Discovery — System Information (T1082). MITRE-mapped correlation also helps you audit coverage gaps: if you have no detections for the Lateral Movement tactic, that is a known blind spot worth addressing.
A significant portion of SOC analyst time goes to repetitive, low-complexity tasks: checking an IP against threat-intelligence feeds, looking up an asset’s owner, correlating a user’s recent login history, or sending a notification email. Security Orchestration, Automation and Response (SOAR) platforms can execute these steps in seconds without human intervention, surfacing a pre-enriched ticket to an analyst only when the automated checks suggest genuine risk. This alone can reduce mean time to triage from hours to minutes.
Logs tell you what happened. Network telemetry — NetFlow, DNS query logs, DHCP lease history, and deep packet inspection metadata — tells you how it happened and what traversed the wire. Many advanced attacks generate minimal log artefacts while leaving clear network behavioural signatures. Integrating both streams into a unified detection layer dramatically reduces both false positive rates (because you have more context) and false negative rates (because more attack vectors are visible).
Ambiguity kills response time. If an analyst is unsure whether a specific alert pattern warrants calling the incident response lead, they will often wait and watch — precisely the delay that allows an attacker to consolidate access. Document explicit escalation criteria: which alert combinations trigger a P1 response, who is the primary and secondary on-call, what is the first containment action for each scenario. Rehearse these runbooks in tabletop exercises so the procedures are muscle memory when an incident occurs at 3 AM.
PrahiX Ora is a unified SecOps platform built by PrahiX Tech Pvt Ltd. PJ Networks is its primary field deployment and operations partner, and it is the platform we deploy and operate for clients facing exactly the alert-fatigue challenge described above. Ora addresses the problem not by adding another silo but by converging the four operational layers that typically generate fragmented, overlapping alerts.
SIEM — Ora ingests logs and events from firewalls, endpoints, cloud platforms, and applications into a single correlation engine. Correlation rules are pre-mapped to MITRE ATT&CK tactics and techniques, so every alert carries an immediate behavioural context rather than a raw event count. A graph-based attack storyline reconstruction engine links individually low-priority signals — a reconnaissance scan, a spear-phishing click, an unusual file copy — into a coherent attack narrative, dramatically improving analyst prioritisation. Tiered storage (hot, cold, archive) supports CERT-In’s direction on 180-day in-country log retention without ballooning storage costs.
NMS — For Indian enterprises with multi-vendor network estates (FortiGate firewalls alongside Cisco switches, Aruba APs, and SD-WAN from multiple vendors), Ora’s Network Management System provides a single observability plane. LLDP/CDP-based topology discovery auto-maps the estate; network path tracing pinpoints where a suspicious flow crossed the infrastructure; ML-based anomaly detection flags unusual traffic patterns (large data transfers to new external IPs, protocol anomalies on OT segments) and can trigger auto-healing policies to contain them. NOC teams no longer need to context-switch across three vendor-specific dashboards to understand a single incident.
Video Surveillance (VMS) — Physical and cyber security events rarely occur in isolation. Ora’s video surveillance (VMS) module manages ONVIF, Hikvision, and Dahua cameras alongside video analytics, bringing physical security events onto the same operations view as network and endpoint alerts. For manufacturing plants, retail chains, and multi-site enterprises, this means a physical tailgating event and a simultaneous unusual authentication attempt are visible to the same analyst at the same time — enabling correlations that siloed systems would never surface.
SOAR — Ora’s orchestration layer ships with pre-built playbooks and connectors, including direct integration with FortiGate to push dynamic blocklists in response to confirmed threats. For organisations under CERT-In’s 6-hour reporting window, SOAR automation is what makes that timeline realistic: automated enrichment, automated containment, and automated report generation mean your analyst’s time goes to decision-making, not data-gathering. Clients who have deployed Ora through PJ Networks typically see mean time to triage drop significantly in the first 90 days of operation.
If alert fatigue is a known problem in your SOC, we are happy to walk through a convergence assessment to understand where the noise is coming from and what a deployment of PrahiX Ora might look like for your estate. Speak to the PJ Networks team.
Use this checklist to assess your current exposure and prioritise remediation efforts:
PJ Networks operates a 24/7 NOC and SOC for enterprise clients across India. Our managed security service combines human expertise with the converged visibility of the PrahiX Ora platform to deliver a measurably different outcome: real incidents escalated promptly, false positives suppressed through context-aware correlation, and a compliance posture that can meet CERT-In’s reporting requirements without the panic of a manual scramble.
Our FortiGate-certified engineers integrate network telemetry directly from your FortiGate NGFW, FortiSwitch, and FortiAP estate into the Ora SIEM, giving your SOC the network context that raw logs alone cannot provide. For organisations running SD-WAN across multiple sites, that same telemetry covers every WAN link — so a traffic anomaly on a branch circuit in Pune shows up in the same operations view as a phishing click detected on an endpoint in your Mumbai headquarters.
If your SOC team is spending more time dismissing alerts than investigating them, that is a signal worth acting on — before the adversary finds the gap that the fatigue created.
Ready to see what converged SecOps looks like for your environment? Contact PJ Networks for a no-obligation assessment of your current SOC tooling and alert volumes. We will identify the specific sources of alert noise and propose a PrahiX Ora deployment architecture tailored to your estate.