Most cyber attacks today don't start with hackers breaking through firewalls or finding weaknesses in your code. They start with a simple stolen password. If an attacker steals admin credentials, traditional firewalls and antivirus software isn’t going to stop them. That’s why managing who has access to your most critical systems is the single most important step in modern security.
Privileged Access Management (PAM) and Identity Monitoring work together to solve this problem. They ensure that accounts with elevated privileges are locked down and that any suspicious behaviour triggers an alarm immediately. For UK businesses facing strict regulations and rising cyber threats, getting this right isn't optional. It is the foundation of a strong defence strategy.
What is Privileged Access Management (PAM)?
Privileged Access Management (PAM) is a set of tools and strategies designed to secure accounts that have higher permissions. These aren't your standard user logins. These are the "keys to the kingdom" - administrative accounts that can change system settings, access sensitive data, and/or shut down networks.
PAM aims to remove the danger of static passwords and uncontrolled access. For example, instead of administrators knowing the root password, the system manages it for them.
Core functions of a PAM solution include:
- Vaulting credentials in an encrypted digital vault for added security
- Monitoring and recording of all access sessions utilised by the privileged account
- Providing just-in-time (JIT) or temporary privileged access on a one-off basis
- Deploying multi-factor authentication (MFA) for all privileged accounts
- Approving access on a workflow-by-workflow basis
Understanding Identity Monitoring in Cybersecurity
While PAM controls access, Identity Monitoring monitors behaviour. It tracks user activity across your network to spot anomalies that suggest an account has been compromised. Even with strong passwords, a legitimate user might turn rogue, or a hacker might bypass authentication controls.
Identity Monitoring looks for red flags. This might be a user logging in from an unusual location, accessing files they never usually touch, or attempting to escalate their privileges. It answers the question "Is this user actually who they say they are, and are they doing what they should be doing?" By establishing a baseline of normal activity, security teams can detect threats that standard preventative tools miss.
How PAM and Identity Monitoring Work Together
These technologies work best together, rather than in isolation. PAM acts as the gatekeeper, while Identity Monitoring acts as the security camera. When you combine them, you create a layered defence that is much harder to penetrate.
If PAM prevents unauthorised access, Identity Monitoring catches the threats that slip through the cracks. For example, if an attacker manages to steal a session token, PAM might not stop them because they look like a valid user. However, Identity Monitoring would flag the sudden change in behaviour or IP address.
How they work together:
- PAM enforces policies (who can go where).
- Identity Monitoring provides context (what they are doing).
Together they prevent most breaches from happening at all. If an attack does get through, they help you catch and contain it far more quickly — turning what could be weeks of undetected access into hours.
Key Business Benefits
The statistics paint a sobering picture; according to the UK Government's Cyber Security Breaches Survey 2025, 43% of UK businesses experienced a cyber attack in the past year, with phishing affecting 93% of businesses that experienced cyber crime.
While you can't eliminate phishing entirely, you can contain the damage. Even if an attacker compromises a standard user account, PAM prevents them from escalating privileges or moving laterally to your most critical systems.
Primary advantages include:
- Risk reduction due to limited access and increased monitoring
- Attack surface minimisation through the elimination of standard privileged access
- Increased visibility via detailed auditing processes
- Compliance alignment for frameworks like GDPR and Cyber Essentials
- Improved efficiency through automated access provisioning
Essential Best Practices
Deploying technology is not enough. You need the right processes to make it effective. Many organisations buy expensive tools but fail to configure them correctly, leaving gaps that attackers exploit.
The goal is to make security invisible to the user where possible, but impossible to bypass. This requires a shift in mindset from "permanent access" to "access on demand." The following practices outline how to build a resilient identity security programme that works in the real world.
1. Discover accounts and enforce Least Privilege with Just-In-Time access
Start with discovery, because you almost certainly have more privileged accounts than you think. Most organisations find "shadow" admin accounts during their first audit — accounts created for long-departed contractors, one-off projects, or system migrations that never got cleaned up. Finding and removing these forgotten accounts closes easy entry points for attackers.
Once you know what accounts you have, the next step is enforcing Least Privilege—which essentially means no one gets permanent admin rights. Instead of users having 24/7 access to privileged accounts, Just-in-Time (JIT) access grants those privileges only when needed for a specific task, then automatically revokes them. This shrinks the window of opportunity for attackers from days or weeks down to minutes or hours.
2. Secure authentication, sessions, and privileged access workstations
Strong authentication is the foundation, and that means Multi-Factor Authentication (MFA) on every privileged account without exception. Many organisations also use Privileged Access Workstations (PAWs) — dedicated, locked-down machines used only for admin work. This might sound like overkill, but it prevents malware arriving via a phishing email on someone's regular laptop, then being used to access admin systems when that same person logs in with elevated privileges.
Effective session controls include:
- Session management to help administrators control access to systems in real time
- Integration with Security Incident and Event Management (SIEM) and Intrusion Detection Systems (IDS) to identify and stop attacks immediately
- Unalterable audit trails to simplify compliance and investigations
- Enabling continuous monitoring, auditing, and threat detection
However, logs are worthless if you're not monitoring them. Active monitoring means getting instant alerts for suspicious activity — password changes on service accounts, access at unusual times, unexpected privilege escalation. You're catching threats as they happen, not discovering them weeks later during incident response.
The same goes for access reviews. Quarterly audits shouldn't be compliance theatre — they're your chance to spot privilege creep before attackers do. That employee who switched from IT to marketing six months ago but still has domain admin rights? That's a liability waiting to be exploited.
Common Pitfalls and How to Avoid Them
Even with good intentions, many implementation projects fail. The most common mistake is trying to do too much too soon, or conversely, setting up the tool and forgetting about it. Security is a process, not a product installation.
Avoiding these specific errors will save you time and money. It ensures your security investment actually reduces risk rather than just adding complexity to your IT operations.
1. Overlooking privileged account discovery and inventory
A scenario we see a lot is an IT team confidently stating the number of privileged accounts they have, then running an automated discovery scan and finding double that amount. The extras can be anything from a test account from a 2019 migration project, admin credentials hard coded into a backup script, to service accounts for applications that haven't run since 2021.
This isn't about incompetence; it's just the reality of complex IT environments. People leave, projects get shelved, documentation goes out of date. But from a security perspective, even one forgotten local administrator account on some dusty server in the corner is all an attacker needs to gain a foothold.
The fix is straightforward but needs to be ongoing:
- Run automated discovery scans weekly
- Look for hard-coded credentials in scripts and applications
- Treat service accounts (non-human IDs) in the same way that you manage human admin accounts
2. Relying on shared credentials and standing privileges
Walk into some IT departments and you'll find the "root" password written on a whiteboard, or the "admin" credentials stored in a shared spreadsheet. Everyone on the team knows it. It's convenient, sure, but it's also a security nightmare.
When five people share the same admin password, accountability vanishes. Your logs show that "admin" made a critical change at 2am — but which of those five people was it? Was it even one of your team, or an attacker using stolen credentials? You'll never know.
Standing privileges are just as problematic. When someone has permanent admin rights, they're a permanent target. If their account gets compromised — through phishing, malware, or credential stuffing — the attacker inherits those privileges immediately.
The better approach:
- Ban shared accounts - every action must be tied to a specific individual identity
- Rotate credentials automatically after every use
- Force users to "check out" passwords from the vault rather than knowing them
3. Neglecting reviews, automation, and NCSC-aligned controls
The classic mistake is to implement a PAM system, configure the policies, tick the project as "done," then never touch it again. Meanwhile, your business evolves. People change roles. New applications get deployed. Contractors come and go. But your access policies stay frozen in time, gradually becoming less relevant and more riddled with gaps.
Manual reviews don't scale and they're error-prone. Someone leaves the company on Friday, but IT doesn't get the notification until the following Wednesday. Or an employee moves from engineering to sales, and nobody thinks to revoke their access to production databases.
Many UK businesses also miss an opportunity by not aligning with NCSC guidance. The NCSC has moved away from forcing frequent password changes (which just encourages people to use Password1, Password2, Password3) and toward banning commonly compromised passwords and using length over complexity. If your policies haven't caught up with this thinking, you're making security harder for users without actually making it more effective.
Best practice recommendations:
- Automate the de-provisioning process for leavers and movers
- Review access logs for anomalies, not just for compliance boxes
- Align password policies with current NCSC recommendations (e.g., banning simple passwords rather than forcing frequent complex changes)
When to Consider a Managed Security Partner
Managing privileged access and monitoring identities requires specialised skills and round-the-clock attention. Having the right tools is just the start, what makes the difference is configuring them properly, monitoring alerts 24/7, responding to incidents quickly, and continuously tuning policies as your environment changes.
For many organisations, building this capability in-house means hiring dedicated security engineers, investing in training, and maintaining on-call rotas. The reality is that most UK SMEs find this impractical, both in terms of cost and the challenge of recruiting scarce security talent.
This is where a Managed Security Service Provider (MSSP) can make sense. The right partner should offer more than just tool licenses — look for hands-on expertise in security engineering, 24/7 monitoring and response capabilities, and UK-based support that understands local regulatory requirements like GDPR and Cyber Essentials.
At Talanos, we're a UK-based MSSP certified with Cyber Essentials and ISO 27001, offering services from Managed Detection and Response (MDR) to dark web monitoring. We handle the technical heavy lifting so your internal teams can focus on the business rather than chasing security alerts at 3am.
Where to Start with PAM and Identity Monitoring
Identity has become the new perimeter in cybersecurity. While firewalls and antivirus still matter, the reality is that most successful attacks now bypass them entirely by using legitimate credentials. Protecting your privileged accounts and monitoring user behaviour isn't an advanced security measure anymore — it's table stakes for doing business safely in 2026.
The good news is you don't need to implement everything at once. Start with discovery to understand what privileged accounts you actually have. Then enforce MFA on those accounts. From there, you can layer in credential vaulting, just-in-time access, and active monitoring as your programme matures.
Whether you build this capability internally or work with a specialist partner, the fundamentals remain the same: vault the credentials that matter most, eliminate standing privileges, and watch for behaviour that doesn't fit the pattern. Get these basics right, and you close the doors that most attackers are actively trying to open.
For more information on Talanos’s approach to PAM, read the service overview.
If you’d like to know more about IAM, click here.
Frequently Asked Questions
1. What's the difference between PAM and IAM?
PAM secures elevated admin accounts with vaulting and session monitoring, while IAM manages all user identities and standard access. Use PAM for "keys to the kingdom" alongside IAM for full zero-trust in UK regulated sectors.
2. Can PAM protect against ransomware attacks?
Yes, PAM limits lateral movement in ransomware by vaulting credentials and revoking JIT access post-use. UK stats show 85% of ransomware exploits privileged accounts; integrated monitoring cuts dwell time from 21 days to under 24 hours.
3. What NCSC guidance applies to PAM?
The NCSC recommends least privilege, MFA, and just-in-time access in its "Mitigating Malware" and "Password Guidance". Quarterly audits and automated discovery align with NCSC Cloud Security Principles, reducing breach risk by 70% per their reports.
