Every business has accounts that can access sensitive information, change system settings or control critical applications. These accounts are essential for daily operations, but they also create significant security risks if they are misused or compromised.

Privileged Access Management (PAM) helps organisations control, monitor and secure accounts with elevated permissions. It ensures that users receive the access they need while reducing opportunities for unauthorised activity.

What Is Privileged Access Management?

Privileged Access Management is a cybersecurity approach that protects accounts, credentials and permissions with elevated access to business systems and sensitive resources.

These accounts typically have more authority than standard user accounts. They may be able to install software, manage users, change security configurations, access databases or control entire IT environments.

PAM provides tools and policies to manage these permissions securely. It helps businesses determine who can access privileged accounts, what they can do, when they can access systems and how their activities are monitored.

For example, a system administrator may need temporary access to a company server to install an update. Instead of giving the administrator permanent unrestricted access, a PAM solution can provide approved access for a specific period and record the activity.

The main objective is to reduce the risk associated with powerful accounts without preventing authorised employees and IT teams from completing their work.

What Are Privileged Accounts?

A privileged account is an account with permissions beyond those normally assigned to standard users.

These accounts can control important parts of an organisation’s IT environment, making them valuable targets for cybercriminals.

Common examples include:

• Administrator accounts: Manage operating systems, user permissions and system configurations.
• Domain administrator accounts: Control users, computers and security settings across a domain environment.
• Root accounts: Provide extensive administrative control over Linux and Unix systems.
• Database administrator accounts: Access, modify and manage business databases.
• Service accounts: Allow applications, scripts and automated processes to communicate with other systems.
• Cloud administrator accounts: Manage cloud infrastructure, resources and security configurations.
• Network administrator accounts: Control routers, switches, firewalls and other network equipment.
• Emergency access accounts: Provide recovery access when normal authentication or administration processes are unavailable.

Not every privileged account belongs to an individual employee. Some are used by applications, services and automated processes. These accounts also need appropriate protection because their credentials can provide access to important business resources.

Why Is Privileged Access Management Important?

Privileged accounts provide extensive access to business systems. If attackers compromise one of these accounts, they may be able to move through an organisation’s environment, access confidential information or disrupt operations.

PAM helps reduce these risks by introducing stronger controls around powerful accounts.

1. Reduces the Risk of Account Compromise

Cybercriminals frequently target administrative credentials because they can provide access to critical systems.

PAM helps protect these accounts through secure credential storage, controlled access, authentication requirements and monitoring.

If an attacker obtains a standard employee’s password, the damage may be limited by that user’s permissions. However, compromising an unrestricted administrator account can create a much greater security incident.

2. Prevents Unnecessary Privileged Access

Employees do not always need permanent administrative permissions to perform their jobs.

PAM supports the principle of least privilege, which means users should only receive the permissions required for their responsibilities.

For example, a developer may need access to a specific testing environment but should not automatically receive administrator access to the company’s production infrastructure.

Restricting permissions reduces the number of accounts that could be misused or compromised.

3. Improves Visibility and Accountability

Without proper monitoring, businesses may struggle to determine who accessed a sensitive system or what changes were made.

PAM can record privileged sessions, capture relevant activity and maintain access logs.

This helps IT teams investigate unusual behaviour, review administrative actions and establish accountability.

4. Protects Sensitive Business Information

Privileged accounts may provide access to financial records, customer information, employee data, intellectual property and confidential business documents.

By controlling who can access these resources, PAM helps reduce the risk of unauthorised data access and misuse.

5. Supports Compliance and Auditing

Many organisations must demonstrate that access to sensitive systems is controlled and appropriately monitored.

Depending on the applicable regulatory or contractual requirements, PAM controls can help support security reviews, access audits and compliance programmes.

However, implementing PAM alone does not guarantee compliance. Organisations must also meet the wider security, operational and documentation requirements relevant to their business.

How Does Privileged Access Management Work?

PAM solutions typically combine access controls, credential protection, approval processes and monitoring.

The exact functionality varies between platforms, but a typical privileged access workflow involves several stages.

Step 1: Identify Privileged Accounts

The organisation identifies accounts with elevated permissions across its IT environment.

These may include administrator accounts, cloud accounts, database accounts, service accounts and other credentials with extensive access.

This discovery process helps establish which accounts need additional protection.

Step 2: Secure Privileged Credentials

Privileged credentials are stored and managed through a secure system, often called a password vault.

Rather than allowing administrators to share passwords through emails, spreadsheets or messaging platforms, the PAM solution controls access to credentials.

Depending on the platform, it may also automatically rotate passwords after use or according to a defined schedule.

Step 3: Authenticate and Authorise Users

Before granting access, the system verifies the user’s identity and checks whether they are authorised to perform the requested task.

This may involve multi-factor authentication, approval workflows, role-based permissions and contextual access policies.

Step 4: Grant Appropriate Access

Users receive access based on their responsibilities and the task they need to complete.

Some systems support just-in-time access, which provides elevated permissions only when required and for a limited period.

This reduces the need for permanent administrative privileges.

Step 5: Monitor Privileged Activity

The PAM solution can record privileged sessions and capture activities performed during an authorised connection.

Depending on the solution, this may include session recording, command monitoring, access logs and alerts for suspicious behaviour.

Step 6: Review and Revoke Access

After the task is completed, temporary permissions can be removed and credentials can be rotated.

Businesses should also review privileged accounts regularly to ensure that employees, contractors and automated processes do not retain unnecessary permissions.

Key Features of a PAM Solution

When evaluating privileged access management software, businesses should understand the features available and how they address their security requirements.

1. Privileged Password Vaulting

A password vault securely stores privileged credentials and controls how authorised users retrieve or use them.

This reduces exposure caused by shared passwords, unsecured spreadsheets and credentials stored in plain text.

2. Automatic Password Rotation

Password rotation changes privileged credentials according to defined policies or after certain activities.

This helps limit the usefulness of exposed credentials and reduces reliance on long-standing shared passwords.

3. Just-in-Time Access

Just-in-time access provides privileged permissions only when needed.

For example, an administrator may receive access to a production server for an approved maintenance task and lose those permissions when the authorised period ends.

This helps reduce standing privileges across the organisation.

4. Privileged Session Monitoring

Session monitoring provides visibility into activities performed during privileged connections.

Depending on the platform, administrators may be able to record sessions, review commands, investigate unusual actions and identify potential misuse.

5. Access Approval Workflows

Some privileged tasks require approval before access is granted.

For example, accessing a financial database or changing a production environment may require authorisation from a manager or designated security team.

Approval workflows help establish accountability for sensitive activities.

6. Role-Based Access Control

Role-Based Access Control (RBAC) assigns permissions according to a user’s job responsibilities.

Rather than granting every administrator unrestricted access, businesses can define roles with specific permissions.

This makes it easier to manage access consistently as teams and responsibilities change.

7. Reporting and Audit Logs

PAM platforms can maintain records of privileged access requests, approvals, sessions and credential changes.

These records help organisations review access activity, investigate incidents and prepare evidence for relevant audits.

What Is the Difference Between PAM and IAM?

Privileged Access Management and Identity and Access Management are related cybersecurity disciplines, but they have different primary purposes.

Identity and Access Management (IAM) focuses on managing digital identities and controlling access to applications, services and business resources.

PAM focuses specifically on accounts and permissions with elevated privileges.

Area	IAM	PAM
Main purpose	Manage digital identities and access	Secure privileged accounts and activities
Users	Employees, contractors and other users	Administrators, IT teams, service accounts and other privileged identities
Access	Standard and role-based application access	Elevated access to critical systems
Main controls	Authentication, SSO, MFA and access policies	Credential vaulting, session monitoring and just-in-time access
Main objective	Ensure the right users access the right resources	Reduce risks associated with powerful accounts

For example, IAM may allow an employee to sign in to Microsoft 365 using a single sign-on system. PAM may control how an IT administrator accesses sensitive server credentials.

Both solutions can work together as part of a broader identity security strategy.

PAM vs Password Management Software

PAM is also different from a standard password manager.

A password manager primarily helps individuals or teams store, organise and retrieve passwords securely.

PAM provides broader controls for privileged accounts and administrative access.

Feature	Password Manager	PAM
Password storage	Yes	Yes
Secure credential sharing	Often available	Controlled privileged credential access
Automatic credential rotation	Varies by product	Common feature
Privileged session recording	Generally not a core feature	Available in many PAM platforms
Just-in-time access	Not usually included	Supported by many platforms
Administrative access governance	Limited	Core purpose

A business password manager can help improve everyday password security, but it should not automatically be considered a replacement for a dedicated PAM solution.

How to Implement Privileged Access Management in Your Business

Implementing PAM requires more than purchasing software. Businesses need to understand their privileged accounts, define access policies and establish processes for managing administrative activity.

Here is a practical approach.

1. Audit Existing Privileged Accounts

Start by identifying all accounts with elevated permissions.

Review accounts across:

• Servers and operating systems.
• Cloud platforms.
• Databases.
• Network infrastructure.
• Business applications.
• Remote access systems.
• Automated services and applications.

Look for unused accounts, shared credentials, unnecessary permissions and accounts that no longer have a valid owner.

2. Apply the Principle of Least Privilege

Review which users genuinely require administrative access.

Remove unnecessary permissions and assign access based on job responsibilities.

For example, a finance employee should not need administrator access to the company’s network infrastructure simply because they use financial software.

3. Introduce Secure Credential Management

Move privileged passwords away from unsecured storage methods.

Use a suitable vaulting solution to manage credentials and establish policies for access, sharing and rotation.

Businesses should also avoid using the same privileged password across multiple systems.

4. Enable Strong Authentication

Require appropriate authentication controls before granting access to sensitive systems.

Multi-factor authentication adds another verification step beyond a password and can help reduce the risk of compromised credentials being used successfully.

5. Implement Just-in-Time Access

Where supported, replace permanent administrative permissions with temporary access.

Establish approval processes and define how long elevated access should remain active.

This helps ensure that privileged permissions are available when needed without remaining active unnecessarily.

6. Monitor and Review Administrative Activity

Enable appropriate logging and session monitoring for critical systems.

Establish processes for reviewing unusual access patterns, investigating suspicious activity and documenting administrative actions.

Monitoring should be supported by clear responsibilities so that security alerts are reviewed and acted upon.

7. Review Access Regularly

Employee responsibilities change, contractors leave and applications are replaced.

Regular access reviews help identify permissions that are no longer necessary.

Businesses should also include privileged access removal in employee offboarding and contractor termination procedures.

Common PAM Implementation Mistakes

A PAM solution can provide valuable security controls, but poor implementation may leave important gaps.

Here are common mistakes businesses should avoid.

1. Ignoring Service Accounts

Organisations sometimes focus only on human administrator accounts while overlooking service accounts used by applications and automated processes.

These accounts may have extensive permissions and can become attractive targets if their credentials are exposed.

Businesses should identify, document and secure them as part of their PAM strategy.

2. Giving Too Many Users Permanent Administrator Access

Providing permanent elevated permissions for convenience increases the number of accounts that could be misused.

Use least-privilege policies and temporary access wherever practical.

3. Failing to Monitor Privileged Sessions

Controlling who can access a system is important, but businesses also need visibility into what happens after access is granted.

Appropriate session monitoring and logging help identify suspicious activity and support incident investigations.

4. Choosing a Solution Without Understanding Business Needs

Not every organisation needs the same PAM capabilities.

A small business with a limited IT environment may have different requirements from an enterprise managing thousands of privileged identities across multiple cloud platforms.

Assess your environment, risk exposure, technical requirements and budget before selecting a platform.

5. Neglecting Regular Access Reviews

PAM is not a one-time configuration exercise.

Permissions, users, systems and business requirements change over time. Without regular reviews, unnecessary access can gradually build up.

6. Overlooking Employee Training

Administrators and IT staff need to understand how privileged access policies work and why they are important.

Without proper training, employees may look for workarounds that weaken security controls.

How to Choose the Right Privileged Access Management Solution

Selecting a PAM platform requires an understanding of your existing technology environment and security objectives.

Consider the following factors when comparing solutions.

• Account discovery: Can the platform identify privileged accounts across your systems?
• Credential management: Does it securely store, manage and rotate privileged passwords?
• Session monitoring: Can it record and review administrative activity?
• Just-in-time access: Does it support temporary permissions?
• Integration: Can it work with your existing identity providers, cloud platforms, servers and business applications?
• Scalability: Can it support additional users, systems and privileged accounts as your business grows?
• Reporting: Does it provide useful audit records and access reports?
• Usability: Can administrators complete their work without unnecessary complexity?
• Deployment: Does it support the hosting and infrastructure model your business requires?

It is also important to review licensing, support arrangements, implementation requirements and the level of expertise needed to manage the solution.

A platform should address your actual security risks rather than simply offering the largest number of features.

Is Privileged Access Management Suitable for Small and Medium-Sized Businesses?

PAM is not only relevant to large enterprises.

Small and medium-sized businesses also use privileged accounts to manage servers, cloud services, databases, networks and business applications.

Even a small organisation may have an IT administrator with extensive access to customer records, financial systems and employee information.

A compromised administrator account can therefore create serious operational and security problems.

Smaller businesses can begin by identifying privileged accounts, removing unnecessary permissions, securing administrator credentials, enabling strong authentication and reviewing access regularly.

They can then consider dedicated PAM software based on the complexity of their IT environment and level of risk.

The objective is to introduce controls that are appropriate for the organisation rather than adopting unnecessary complexity.

How BRAINTRIPS Can Help Strengthen Your IT Security

Managing privileged accounts is an important part of protecting business infrastructure, cloud platforms and sensitive information.

BRAINTRIPS helps businesses assess their technology environments and strengthen their IT security approach through practical technology solutions and support.

This can include reviewing access management practices, identifying security gaps, improving administrative access controls and assessing the technologies needed to protect business systems.

Whether your organisation is reviewing its existing IT security arrangements or planning improvements to access management, BRAINTRIPS can help you identify practical next steps.

Conclusion

Privileged Access Management helps businesses protect accounts that have extensive access to critical systems and sensitive information. Through secure credential storage, controlled permissions, temporary access and activity monitoring, PAM reduces the risks associated with administrative accounts.

As businesses become more dependent on cloud platforms, connected applications and remote access, managing privileged identities becomes increasingly important.

A well-planned PAM strategy helps organisations maintain better control over their IT environments while allowing authorised users to perform essential tasks securely.

Frequently Asked Questions

1. What does PAM stand for in cybersecurity?

PAM stands for Privileged Access Management. It refers to the policies, processes and technologies used to secure and control accounts with elevated permissions across business systems.

2. What is the main purpose of Privileged Access Management?

The main purpose of PAM is to reduce the risks associated with powerful accounts. It controls who can access privileged credentials, limits unnecessary permissions and helps monitor administrative activity.

3. Is PAM the same as Identity and Access Management?

No. IAM manages digital identities and access to business resources across an organisation. PAM focuses specifically on securing accounts and permissions with elevated privileges. The two approaches complement each other.

4. Does a small business need Privileged Access Management?

Small businesses can benefit from PAM because they also use administrator accounts to manage cloud services, servers, applications and sensitive information. The level of PAM implementation should reflect the organisation’s size, infrastructure and security risks.

5. What are the key features of a PAM solution?

Common PAM features include privileged password vaulting, automatic credential rotation, just-in-time access, session monitoring, access approval workflows, role-based permissions and audit logging.

6. How does PAM help prevent cyberattacks?

PAM reduces opportunities for attackers to misuse compromised privileged credentials. It limits unnecessary administrative permissions, protects sensitive passwords and provides visibility into privileged activity. It cannot prevent every attack, but it strengthens an organisation’s access security controls.