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In the aftermath of nearly every major enterprise breach investigated by incident-response teams in 2025 and 2026, one forensic finding surfaces with uncomfortable regularity: the attacker moved laterally, escalated privileges, and reached crown-jewel systems because a privileged credential was either stolen, misused, or never rotated. Privileged accounts — domain admins, database superusers, service accounts, firewall management consoles — are the master keys to the kingdom. When attackers seize them, conventional perimeter controls become largely irrelevant.
For Indian enterprise IT leaders and CISOs navigating the twin pressures of the DPDP Act 2023 and CERT-In’s 2022 directions, managing privileged access is no longer a best-practice aspiration. It is a regulatory and operational necessity. This post walks through what Privileged Access Management (PAM) is, why the Indian enterprise context makes it especially urgent, and the concrete steps your organisation can take today.
Privileged Access Management is the discipline of discovering, securing, managing, auditing, and monitoring all accounts that carry elevated rights within an IT environment. That definition is broader than most teams initially appreciate. PAM covers:
A mature PAM programme wraps all of these in a centralised vault, enforces just-in-time (JIT) access so privileges are granted only when needed and revoked immediately after, and produces a tamper-evident audit trail of every privileged session.
Three converging forces make PAM a pressing priority for Indian organisations in 2026.
Analysis from multiple threat-intelligence sources consistently shows that stolen or abused credentials account for more than 40 percent of initial access events globally. In India’s enterprise sector, phishing campaigns targeting IT and finance staff have grown in sophistication — attackers now use adversary-in-the-middle proxy kits that bypass time-based OTPs and capture session cookies. Once a help-desk or junior admin credential is stolen, attackers pivot to higher-privilege accounts through Kerberoasting, pass-the-hash, or simply exploiting shared passwords on management consoles.
CERT-In’s 2022 directions require organisations to report cyber incidents — including unauthorised access to systems — within six hours of detection. Privileged-session recordings and real-time alerts from a PAM solution are often the fastest way to establish what happened, which systems were touched, and what data was exposed. Without PAM logs, the forensic reconstruction that regulators and your own board demand takes days rather than hours, and you may miss the reporting window entirely.
Under the Digital Personal Data Protection Act 2023, Data Fiduciaries must implement “reasonable security safeguards” to prevent personal data breaches. Uncontrolled privileged access — where any admin can query a production customer database without leaving an audit trail — is precisely the kind of gap that regulators and breach investigators will flag. PAM vaults, session recording, and JIT access controls are among the most direct ways to evidence that appropriate safeguards were in place.
Understanding how attackers weaponise privileged access helps teams prioritise controls. A typical kill-chain in an Indian enterprise breach looks like this:
At each of these stages, a PAM solution introduces a friction point that either stops the attacker entirely or generates an alert that a SOC analyst can act on.
You cannot protect what you do not know exists. PAM begins with automated discovery of every privileged account across Active Directory, LDAP directories, cloud IAM (AWS, Azure, GCP), network devices, databases, and SaaS platforms. Many organisations running FortiGate firewalls, managed switches, and hypervisors are shocked to discover dozens of stale admin accounts that outlived the engineers who created them.
A PAM vault stores privileged credentials in an encrypted, access-controlled repository. When a privileged user needs to log in to a server, the vault injects the credential directly into the session — the user never sees the actual password. After the session ends, the vault can rotate the credential automatically, rendering any intercepted copy useless. For service accounts and API keys, scheduled rotation eliminates long-lived static secrets that are a perennial favourite for attackers.
JIT access means that admin rights are provisioned on demand for a defined window — say, 30 minutes for a patch cycle — and revoked automatically when that window closes. This dramatically reduces the standing attack surface. A domain admin account that only holds elevated rights for two hours per week is a far smaller target than one that runs with full privileges around the clock.
Privileged session management (PSM) proxies privileged connections — RDP, SSH, database clients — through a monitored gateway that records keystrokes, commands, and screen activity. For your SOC, this means real-time anomaly alerting when an admin account suddenly runs bulk data-export commands at 2 AM. For regulators and auditors, it means an irrefutable record of exactly what was done during a session.
Standard MFA on privileged accounts is table stakes. What separates a mature programme is context-aware MFA — step-up authentication triggered when an admin attempts to access sensitive systems outside their normal hours, from an unusual geographic location, or from an unmanaged device. Combined with ZTNA principles, this means even a stolen PAM credential alone is insufficient to gain access.
PAM tools control the vault and session gateway. But detecting the threats that lead up to a privilege-abuse event — and responding to them within CERT-In’s 6-hour window — requires a SecOps platform that correlates signals across your entire environment. PrahiX Ora is a unified SecOps platform built by PrahiX Tech Pvt Ltd; PJ Networks is its primary field deployment and operations partner. We deploy and operate Ora for clients as part of our managed SOC service. Here is how its four pillars support a PAM-centric security programme.
SIEM — Correlating the Privilege Abuse Story: Ora’s SIEM ingests logs from your PAM vault, Active Directory, FortiGate firewalls, endpoint agents, and cloud IAM simultaneously. Its correlation rules, mapped to the MITRE ATT&CK framework, surface multi-stage attack storylines — for example, linking an AD reconnaissance event, a failed PAM checkout attempt, and a subsequent successful lateral movement within a single graph-based alert. Crucially for Indian organisations, Ora supports the tiered hot/cold/archive log retention architecture that aligns with CERT-In’s direction for 180-day in-country log retention — ensuring that when regulators ask for logs from a specific date, you have them.
NMS — Spotting Rogue Privileged Sessions on the Network: Privileged access abuse is not always visible in application logs. An attacker using a stolen SSH key may leave no trace in the PAM vault if they bypass it entirely. Ora’s Network Management System provides unified observability across FortiGate firewalls, managed switches, wireless APs, and WAN/SD-WAN links. LLDP/CDP topology discovery and ML-based traffic anomaly detection flag unusual east-west flows — such as a server that suddenly initiates a large RDP session to a database host it has never contacted before — giving your NOC an independent signal that privilege abuse may be occurring.
Video Surveillance (VMS) — Physical Access to the Privileged Tier: For manufacturing plants, data centre colocation facilities, and multi-site retail estates, physical access to server rooms and network closets is itself a privileged-access concern. Ora’s video surveillance module manages ONVIF, Hikvision, and Dahua cameras with video analytics, presenting physical and network security events on a single operations dashboard. When a server room door access event correlates with an out-of-hours privileged login, your operations team sees both signals together — a correlation that siloed tools simply miss.
SOAR — Automated Response Within the 6-Hour Window: The most time-critical component for Indian enterprises is SOAR. When Ora detects a high-confidence privilege-abuse event, pre-built playbooks can automatically: disable the compromised account in Active Directory, push a blocklist update to FortiGate to sever the attacker’s lateral movement path, open a CERT-In-formatted incident ticket with the relevant log evidence, and page the on-call SOC analyst with a full attack timeline. This automation is what makes a 6-hour regulatory reporting window realistic rather than aspirational. Without it, analysts spend the first two hours simply assembling evidence.
If you are evaluating how PrahiX Ora would integrate with your existing PAM deployment or your FortiGate-based perimeter, our team can walk you through a reference architecture tailored to your environment.
Deploying PAM need not be a multi-year programme. Here is a phased approach that delivers risk reduction quickly.
Mistake 1: Vaulting human accounts but ignoring service accounts. Service accounts frequently carry more privileges than human admins and are rarely rotated. They are a primary Kerberoasting target.
Mistake 2: Deploying PAM but bypassing it for “urgent” situations. Break-glass procedures are necessary, but they must be logged and reviewed — not silently accepted as normal.
Mistake 3: No integration with the SOC. A PAM vault that generates alerts no one reads is a compliance checkbox, not a security control. PAM events must feed your SIEM in real time.
Mistake 4: Forgetting cloud IAM. On-premises PAM deployments that ignore AWS root accounts, Azure subscription owners, and GCP project admins leave half the attack surface uncovered.
Mistake 5: One-time deployments with no access reviews. PAM is a programme, not a project. Without regular access certification, privilege creep re-accumulates within months.
Organisations that have already begun a Zero Trust Network Access (ZTNA) rollout sometimes ask whether PAM is redundant. It is not. ZTNA controls network-layer access — it ensures that only verified, policy-compliant devices and identities can reach specific application segments. PAM controls what those identities can do once they are inside a system — limiting the blast radius of any single compromised identity. Together, ZTNA and PAM implement the Zero Trust principle of least privilege across both the network and the application/data tiers. If you are running FortiGate with FortiClient ZTNA, your PAM investment compounds the security value of that existing infrastructure.
Under the DPDP Act, Data Fiduciaries must be able to demonstrate that personal data is accessible only to those with a legitimate need and that access is logged. A PAM programme directly supports this by:
Similarly, for organisations subject to RBI IT framework, SEBI cybersecurity guidelines, or IRDAI cyber risk guidelines, PAM audit logs are often the first evidence requested during a regulatory examination.
PJ Networks has deployed PAM solutions for Indian enterprises across BFSI, manufacturing, logistics, and healthcare sectors. Our managed security practice combines PAM deployment and integration expertise with 24/7 NOC/SOC operations, FortiGate-based perimeter security, and PrahiX Ora-powered threat detection and response. We help you move from discovery to operational PAM in weeks, not quarters, and we ensure that your PAM investment feeds directly into the SOC workflows that keep you within regulatory timelines.
If privilege abuse is a gap in your current security programme — and our experience suggests it is a gap in most Indian enterprise environments — we would welcome the opportunity to assess your current privileged access posture and propose a right-sized remediation roadmap. Reach out to the PJ Networks team to schedule a no-obligation conversation.