12
Articles published
Join thousands of students achieving their dreams with expert-led courses.
Join free and unlock everything on EasyShiksha.
Takes less than 3 seconds โ no password needed
Please enter a valid email address.
Checking your emailโฆ
Almost done โ just verify your number so we can send course updates and certificates.
Used only for verification & updates
Incorrect OTP. Please try again.
Takes less than 10 seconds
Please select your country.
Please select your state.
Organisations rely on administrator accounts, service accounts and other privileged identities to manage applications, databases, networks, cloud resources and critical business systems. These identities often have permissions that allow them to change configurations, access sensitive information or control important infrastructure. If their credentials are stolen, misused or poorly managed, the consequences can be significant.
Privileged Access Management (PAM) is a cybersecurity discipline focused on controlling, monitoring and securing access to accounts and identities with elevated permissions. It helps organisations reduce unnecessary privileges, protect sensitive credentials, limit administrative access and maintain visibility into high-impact activities.
PAM is closely related to Identity and Access Management (IAM), Zero Trust security, cloud security and security operations. It can include privileged credential vaults, controlled access sessions, just-in-time privileges, approval workflows and monitoring.
For students and professionals interested in cybersecurity, PAM provides a practical area of study that connects access control, identity security, infrastructure administration and incident prevention.
Privileged Access Management is the set of policies, processes and technologies used to protect accounts and identities that have elevated access to systems, applications, infrastructure or sensitive data.
A privileged identity may belong to a system administrator, database administrator, network engineer, application, automated process or service account. Its permissions may allow it to install software, change security settings, manage user accounts or access information unavailable to ordinary users.
For example, a database administrator may need permission to maintain a database, but should not necessarily have unrestricted access to every business application. PAM helps organisations define how elevated access is granted, used, monitored and removed.
PAM is not limited to passwords or administrator accounts. Modern approaches may also cover non-human identities, cloud workloads, temporary administrative privileges and access to sensitive infrastructure.
Privileged accounts can become attractive targets because their permissions may allow substantial changes to systems and data. Weak controls around these identities can increase the impact of compromised credentials, insider misuse or accidental administrative changes.
PAM can help organisations:
Restrict access to critical systems.
Protect privileged credentials from unnecessary exposure.
Reduce standing administrative privileges.
Monitor high-impact activities.
Establish accountability for privileged actions.
Support access reviews and security investigations.
Apply consistent controls across supported environments.
PAM does not eliminate security risks by itself. Its effectiveness depends on suitable configuration, identity governance, monitoring, secure operating procedures and regular review.
A privileged account is an identity with permissions beyond those normally assigned to a standard user. The exact privileges depend on the system, assigned roles and access policies.
Common examples include the following.
Administrator accounts may manage operating systems, user permissions, applications, devices or infrastructure. Their broad capabilities make it important to protect them with strong authentication and controlled access.
Some operating systems provide root or superuser identities with extensive system-level permissions. These accounts require careful protection because their actions can affect system configuration, files, processes and security controls.
Database administrators may manage databases, permissions, backups, configuration and maintenance operations. Their access should reflect their responsibilities and the sensitivity of the data involved.
Directory administrators may manage user identities, groups, authentication policies and connected systems. Misuse of these privileges can affect many accounts or services.
Cloud administrators and privileged cloud roles may create resources, modify security settings, manage identities or access sensitive information. Their permissions should be limited to required tasks and reviewed regularly.
Applications, scheduled jobs and automated services may use non-human identities to access other resources. These identities can carry significant privileges even though no person signs in interactively.
PAM programmes should account for both human and non-human privileged identities rather than focusing exclusively on traditional administrator accounts.
PAM, IAM and Zero Trust are related but serve different purposes.
| Aspect | PAM | IAM | Zero Trust |
|---|---|---|---|
| Main focus | Protecting and controlling elevated access | Managing identities and access across systems | Designing security around explicit verification and controlled access |
| Typical scope | Administrator accounts, privileged sessions and sensitive credentials | Users, groups, authentication and permissions | Identities, devices, applications, networks and resources |
| Common controls | Credential vaults, session monitoring and temporary privileges | MFA, SSO, role management and lifecycle workflows | Least privilege, contextual access policies and segmentation |
| Relationship | A specialised layer of identity and access security | Provides foundational identity and access capabilities | A broader security architecture that may incorporate IAM and PAM |
An organisation may use IAM to manage employee identities, Zero Trust principles to evaluate access requests, and PAM to secure high-risk administrative activity.
PAM solutions vary, but many implementations include a combination of credential protection, access control, privilege elevation and monitoring.
A credential vault stores sensitive credentials in a controlled environment. Depending on the platform, it may support access policies, credential rotation, auditing and retrieval workflows.
Vaulting helps reduce the need to distribute privileged passwords across teams or store them in scripts and configuration files.
A vault must itself be protected through strong authentication, restricted administration, secure recovery procedures and appropriate monitoring.
Privileged credentials may need to be changed periodically or after specific events. Automated rotation can reduce the risk associated with credentials that remain unchanged for long periods.
Rotation policies should account for dependent applications and services. Changing a credential without updating its authorised consumers may interrupt legitimate operations.
Just-in-Time (JIT) access provides elevated permissions only when needed and for a limited period.
Instead of granting an administrator permanent access to a sensitive system, an organisation may require a request, approval and temporary role assignment.
JIT access can reduce standing privileges, but it requires reliable identity verification, clear approval rules, suitable logging and a secure process for removing privileges after the authorised period.
Privilege elevation allows an authorised user to perform a specific administrative task without necessarily receiving unrestricted administrator access.
For example, a support engineer may be permitted to restart an approved service but not modify system-wide security settings.
Delegated administration can make access more precise when permissions are designed around actual responsibilities.
Session management controls how privileged users connect to sensitive systems. Depending on the solution, it may provide session brokering, access restrictions, activity recording or monitoring.
These controls can support investigations and accountability. Organisations should define appropriate privacy, access and retention rules for session records.
Some privileged tasks require approval before access is granted. Approval workflows can help ensure that access has a valid purpose, an accountable owner and a defined scope.
Emergency access needs separate consideration. Break-glass accounts should be tightly controlled, monitored and tested according to documented recovery procedures.
PAM monitoring can record privileged sign-ins, credential access, permission changes and administrative activity.
Useful audit records help security teams investigate suspicious behaviour, review access decisions and identify gaps in controls. Logs should be protected against unauthorised modification and retained according to applicable requirements.
PAM can be implemented through dedicated platforms, cloud-native controls and supporting security technologies. The right approach depends on infrastructure, identity architecture, operating requirements and the organisation's risk profile.
CyberArk provides identity security and privileged access capabilities. Organisations may evaluate its products for privileged credential management, access control and related identity security requirements.
BeyondTrust offers privileged access and remote access security products. Relevant capabilities depend on the selected product and configuration.
Delinea provides privileged access management and identity security solutions that organisations may use to control privileged credentials and access workflows.
Microsoft Entra includes identity and access capabilities, while Azure Privileged Identity Management supports eligible role activation and management within supported Microsoft environments. Organisations should confirm current licensing, configuration and supported features before deployment.
AWS IAM manages access to AWS resources through identities, roles and policies. It is an important component of cloud access security, although it should not automatically be treated as a complete replacement for every dedicated PAM capability.
Cloud-native access controls can help organisations limit permissions, use roles and reduce unnecessary long-lived credentials. The available features differ between platforms.
Open-source identity platforms, secret-management systems and operating-system privilege controls can support parts of a PAM strategy. Their suitability depends on the exact requirements, integrations and level of operational support available.
Before selecting a product, assess integration needs, credential management, session controls, reporting, scalability, deployment options and ongoing maintenance. Vendor capabilities change, so consult current official documentation during product evaluation.
PAM is designed to reduce risks associated with elevated access, but organisations need to understand the weaknesses it is intended to address.
Attackers may target privileged credentials through phishing, malware, password reuse or other credential theft methods. If compromised credentials provide broad access, an attacker may be able to change configurations, access sensitive systems or create additional identities.
Strong authentication, secure credential storage and controlled access workflows can help reduce this risk.
Users may retain administrator permissions even when those permissions are no longer necessary. Excessive standing privileges can increase the impact of compromised accounts or mistakes.
Periodic access reviews, role refinement and time-limited privilege elevation can help address this problem.
When multiple people use the same privileged account, it may be difficult to determine who performed a particular action. Shared credentials can also complicate revocation and accountability.
Where practical, organisations should use individually attributable access and controlled privileged sessions.
Service accounts may retain broad permissions or use credentials embedded in scripts and application settings. These identities can be overlooked during employee access reviews.
Maintain clear ownership, document dependencies, restrict permissions and protect or replace credentials using supported mechanisms.
Without suitable monitoring, suspicious administrative actions may be harder to investigate. Logging and session controls can provide useful evidence, but they need to be configured, protected and reviewed.
Emergency accounts may bypass normal workflows to support recovery. If these accounts are poorly protected or never tested, they can become a significant security weakness.
Organisations should define how emergency access is authorised, monitored, reviewed and secured.
A PAM platform may fail to provide the intended protection if access rules are too broad, exceptions remain indefinitely or critical identities are excluded.
Regular policy reviews and testing help ensure that the solution covers the intended accounts and workflows.
Create an inventory of privileged identities across servers, databases, directories, cloud platforms, applications and automation systems. Assign owners and identify accounts that are unused, duplicated or insufficiently documented.
Grant only the permissions necessary for each task. Separate routine work from administrative activity and review privileged roles when responsibilities change.
Require suitable authentication controls for privileged access. MFA can strengthen protection, while phishing-resistant methods may be appropriate for high-risk access scenarios.
Where supported and operationally appropriate, use time-limited elevation instead of keeping users permanently assigned to powerful roles.
Use approved credential and secret-management mechanisms. Avoid hardcoding privileged passwords, access tokens or keys in source code, public repositories or ordinary documentation.
Record relevant privileged actions, access approvals and permission changes. Define who reviews the records and how suspicious events are escalated.
Confirm that each privileged identity still has a valid business purpose, an accountable owner and appropriate permissions. Remove access that is no longer required.
For sensitive operations, consider separating request, approval, implementation and review responsibilities. This can reduce the risk of unauthorised or accidental changes.
Maintain a controlled emergency-access process and test it periodically. Ensure that emergency credentials are protected, use is logged and post-incident review occurs.
PAM works best as part of an overall security strategy that includes IAM, endpoint protection, network controls, cloud security, logging and incident response.
A phased implementation can help an organisation address high-risk accounts first and expand coverage as processes mature.
Step 1: Identify critical systems. Prioritise systems containing sensitive data or supporting important business operations.
Step 2: Discover privileged identities. Inventory administrator accounts, service accounts, cloud roles, database identities and other elevated permissions.
Step 3: Assess existing controls. Review authentication, credential storage, account ownership, session monitoring and access approval procedures.
Step 4: Define access policies. Establish which identities need privileged access, which tasks they can perform and whether access should be permanent or time-limited.
Step 5: Protect high-risk credentials. Introduce appropriate vaulting, secret management or supported credential-rotation controls.
Step 6: Configure privilege elevation. Where appropriate, replace broad standing permissions with scoped and time-limited access.
Step 7: Establish monitoring. Capture relevant access events and privileged activity. Protect the logs and define investigation responsibilities.
Step 8: Test the workflows. Validate normal access, denied access, approval requirements, credential recovery and emergency procedures in a controlled environment.
Step 9: Expand coverage. Extend the controls to additional systems and non-human identities according to risk and operational readiness.
Step 10: Review and improve. Measure coverage, examine exceptions, investigate incidents and update policies as infrastructure changes.
The implementation should be adapted to the organisation's architecture, operational requirements and applicable security obligations.
Learners can develop PAM knowledge by combining cybersecurity fundamentals with hands-on practice.
Step 1: Learn security fundamentals. Understand authentication, authorisation, identity lifecycle management, access control and least privilege.
Step 2: Study operating systems and networking. Learn how administrator permissions work, how services communicate and how systems are managed.
Step 3: Explore IAM concepts. Practise roles, groups, MFA, single sign-on and access policies in a test environment.
Step 4: Learn privileged identity risks. Study credential theft, excessive permissions, service accounts and administrative access patterns.
Step 5: Explore a PAM platform or lab. Use official documentation and an authorised test environment to understand credential storage, privilege elevation or controlled access workflows.
Step 6: Practise monitoring. Examine synthetic or authorised logs and identify privileged sign-ins, permission changes and other security-relevant events.
Step 7: Document the results. Explain the controls you implemented, the risks they address, the tests performed and the remaining limitations.
PAM is a specialised field, so learners should build a foundation in general IT and cybersecurity before attempting complex enterprise deployments.
A portfolio project can demonstrate how privileged access should be designed, restricted and reviewed.
Create a fictional infrastructure inventory containing administrator, database, cloud and service identities. Document each identity's owner, purpose, permissions and review requirements.
Define several fictional technical roles and assign each only the permissions needed for specific tasks. Compare the design with a model that grants broad administrator access and explain the risk difference.
Design a workflow in which a user requests temporary access, an authorised person approves it, the privilege is granted for a defined period and the access is subsequently removed.
Use synthetic logs to identify unusual administrative activity, repeated failed sign-ins or unexpected permission changes. Explain what additional evidence would be needed before concluding that an incident occurred.
Create a fictional application that uses a service identity. Document the identity's owner, dependencies, permissions and credential-handling approach, then propose improvements.
Each project should include a scope statement, architecture diagram, access policy, test cases, results and recommendations. Use synthetic data or systems you are authorised to manage. Do not publish real credentials or attempt to access systems without permission.
PAM is a specialised cybersecurity topic. Students who want to study it can begin by building a foundation in cybersecurity, information technology, cloud computing and access control. EasyShiksha helps learners discover and compare university programmes and related learning options by subject area and programme type.
The EasyShiksha Cyber Security programme directory is a useful starting point for comparing available programmes across universities. Learners can review the programme details, eligibility, duration, curriculum and learning mode before deciding which option fits their goals.
Specific programme pages include:
B.Voc in Cyber Security — Kalinga University: an undergraduate vocational programme related to cybersecurity foundations and technical skills.
D.Voc Diploma in Cyber Security — Kalinga University: a diploma-level pathway for learners exploring cybersecurity fundamentals.
D.Voc Advanced Diploma in Cyber Security — Kalinga University: an advanced diploma-level option covering broader cybersecurity topics.
These are cybersecurity programmes, not dedicated PAM qualifications. Review each programme's published curriculum and eligibility requirements to determine how well it aligns with your learning objectives.
Learners seeking an introductory course can also review the Cyber Security university certificate programme from Kalinga University on EasyShiksha. This is a separate certificate-learning option rather than a degree or diploma programme. Check the current course outline, certificate details and enrolment terms before proceeding.
PAM can involve operating systems, cloud identities, service accounts and infrastructure permissions. Learners may therefore benefit from broader IT or cloud computing studies.
Explore these additional EasyShiksha resources:
Information Technology programmes for wider study options involving systems, networks and digital technologies.
Cloud Computing programmes for academic pathways related to cloud infrastructure and services.
All university programmes on EasyShiksha to discover and compare options across programme types, levels and subject areas.
Programme availability, eligibility, duration, curriculum and delivery mode vary by institution. Students should review the official details on each programme page before making an enrolment decision.
PAM knowledge can complement roles in cybersecurity, cloud operations, identity management and infrastructure administration. The responsibilities and qualifications required vary by employer.
PAM analysts may help maintain privileged account inventories, review access requests, monitor privileged activity and support access audits.
IAM engineers work with identity platforms, authentication, access policies and identity lifecycle processes. PAM may be part of their wider identity security responsibilities.
PAM engineers may configure privileged access platforms, integrate systems, manage credential controls and improve privileged session workflows.
Cloud security engineers may manage cloud identity policies, review elevated permissions and help protect sensitive cloud resources.
Security operations analysts may investigate suspicious privileged activity, unusual sign-ins and unexpected permission changes using security monitoring tools.
Infrastructure and systems administrators manage servers, networks, databases and operating systems. Knowledge of PAM can help them apply controlled administrative access practices.
With appropriate experience, security consultants and architects may help organisations assess privileged access risks and design access governance controls.
Learning PAM does not guarantee employment in these roles. Employers may require relevant qualifications, practical experience, knowledge of particular tools and broader technical or security skills.
Privileged Access Management helps organisations protect identities that can make high-impact changes to systems, infrastructure and sensitive data. Through credential protection, least-privilege policies, temporary access, session monitoring and regular reviews, PAM can reduce unnecessary exposure associated with privileged accounts.
Successful PAM implementation requires more than deploying a tool. Organisations need to discover privileged identities, define clear access policies, protect credentials, monitor activity and maintain reliable emergency procedures. These controls should work alongside IAM, Zero Trust, cloud security and incident response.
For students interested in cybersecurity, PAM offers a useful specialisation to explore after building foundational knowledge in IT and access management. EasyShiksha's cybersecurity, IT and cloud computing programme pages provide starting points for comparing relevant learning pathways. Learners should check each programme's curriculum to ensure that it matches their intended study goals.
Privileged Access Management is a cybersecurity discipline focused on securing accounts and identities with elevated permissions. It can include credential vaulting, privilege elevation, access approvals, session monitoring and reviews of privileged activity.
Privileged identities can have extensive access to infrastructure and sensitive data. PAM helps organisations restrict unnecessary permissions, protect credentials, monitor high-impact actions and improve accountability for administrative access.
IAM manages identities and access across an organisation, including authentication and permissions. PAM focuses specifically on controlling and protecting elevated access, such as administrator accounts, privileged credentials and sensitive administrative sessions.
Examples include system administrator accounts, root or superuser accounts, database administrator accounts, directory administrators, privileged cloud roles and service accounts with elevated permissions. Their actual privilege levels depend on their assigned access policies.
A privileged credential vault is a protected system for storing and controlling access to sensitive credentials. Depending on the solution, it may support credential retrieval policies, rotation, auditing and controlled administrative workflows.
Just-in-Time access grants elevated permissions only when needed and, where supported, for a limited period. It can reduce permanent privileges, provided the approval, identity verification, monitoring and revocation processes are configured appropriately.
PAM solutions include products from vendors such as CyberArk, BeyondTrust and Delinea. Microsoft and cloud providers also offer related identity and privileged-access capabilities. Tool selection depends on the environment and required controls.
Yes. PAM principles can help secure cloud administrator roles, privileged credentials and sensitive infrastructure operations. Effective implementation should also include cloud-native identity policies, least privilege, monitoring and secure management of non-human identities.
Beginners can start with IAM, authentication, authorisation, operating systems and networking. They can then practise privileged account inventories, least-privilege policies and log analysis in a controlled lab using synthetic data or authorised test systems.
PAM knowledge can complement roles such as PAM Engineer, IAM Engineer, Cybersecurity Analyst, Cloud Security Engineer, Security Operations Analyst and Systems Administrator. Specific job requirements depend on the employer and the candidate's broader skills and experience.
More News Click here
Discover thousands of colleges and courses, enhance skills with online courses and internships, explore career alternatives, and stay updated with the latest educational news..
Gain high-quality, filtered student leads, prominent homepage ads, top search ranking, and a separate website. Let us actively enhance your brand awareness.
Download EasyShiksha Mobile Apps from Android Play Store, Apple App Store, Amazon App Store, and Jio STB.
1 million+ย learned on the EasyShiksha App
Trusted by Standards & Global Compliance Frameworks
Built under internationally recognized standards for quality, information security, educational excellence and business continuity.
ISO 9001:2015 | ISO/IEC 27001:2022 | ISO 21001:2018 | ISO 22301:2019 | DPIIT Recognized Startup | MSME Registered
