To understand Privilege Elevation and Delegation Management (PEDM), it’s crucial to grasp a few foundational concepts first. At its core, PEDM is a cybersecurity framework that moves away from the traditional, and risky, model of standing, permanent administrative access.
Another key idea is Just-In-Time (JIT) access, which means that elevated privileges are temporary, expiring automatically after a set period. This contrasts with the older model of “just-in-case” access, where users hold broad permissions permanently.
Finally, privilege delegation is about allowing a user to grant temporary access to another user, but within a tightly controlled and auditable framework. Together, these concepts form the basis for a more secure and agile approach to managing administrative access in any environment, especially the cloud.
What is Privilege Elevation and Delegation Management (PEDM)?
Privilege Elevation and Delegation Management (PEDM) is a security framework and set of technologies designed to manage and control how, when, and by whom privileged access is utilized in an environment. Unlike traditional models where administrative rights are permanently assigned to users, PEDM operates on the principles of just-in-time (JIT) and least privilege, ensuring that elevated permissions are granted only for a limited duration and for a specific, justified purpose.
The core of PEDM involves two key functions:
- Privilege Elevation: The process by which a user or service requests and receives temporary, on-demand administrative rights to perform a specific task that requires elevated permissions. This elevation is typically granted through a controlled workflow, such as an approval process or an automated policy check.
- Privilege Delegation: The ability for an administrator to delegate a specific, limited set of privileged tasks to a non-privileged user. For example, a senior IT manager might delegate the ability to reset a password to a help desk technician without granting them full administrative rights to the entire identity system.
In cloud security, PEDM is critical for managing access to sensitive resources like infrastructure, databases, and network configurations, significantly reducing the attack surface by eliminating standing access and providing a complete audit trail of all privileged activity.
What is the Importance of PEDM?
The importance of PEDM for security leaders and business stakeholders can be summarized by its direct impact on risk, compliance, and operational efficiency. Instead of focusing on technical specifics, it’s crucial to highlight the strategic value it brings to the organization.
- Significant Risk Reduction: PEDM directly addresses a primary attack vector by eliminating standing, permanent privileges. This minimizes the risk of a compromised administrative account leading to a widespread breach. It limits the “blast radius” of a security incident and is a proactive defense against both external threats and insider risks, including human error.
- Accelerated Compliance and Auditability: For compliance and audit teams, PEDM is a game-changer. By providing a clear, automated, and tamper-proof log of every privileged action—who elevated their access, when, for how long, and for what reason—it makes demonstrating adherence to regulations like SOC 2, HIPAA, and GDPR straightforward and efficient. This not only simplifies audits but also strengthens the company’s overall security governance.
- Operational Efficiency and Business Enablement: While some may perceive security as a hindrance, PEDM actually streamlines operations. It empowers non-privileged users to perform specific, necessary tasks without the need for manual, time-consuming IT approvals. This reduces friction in workflows, improves productivity, and fosters a more secure and agile business environment.
In essence, PEDM is not just a security tool; it’s a strategic investment that enables the business to operate more securely, efficiently, and with greater confidence in its compliance posture.
How Does Privilege Elevation and Delegation Management (PEDM) Work?
Here we have broken down the technical working model of PEDM for you in detail. While the specific implementation can vary between vendors and cloud platforms, the underlying workflow follows a consistent, logical process.
At its core, PEDM operates as a gatekeeper, intercepting requests for privileged access and only granting them after a series of checks. This model is designed to automate and enforce policy-based control, moving the responsibility for security from the user to the system. Here is a step-by-step breakdown of how PEDM works:
The Standard User State
Initially, a user operates with standard, non-privileged permissions. This is their default, day-to-day access. This adheres to the principle of least privilege, ensuring that even if their account is compromised, the attacker’s ability to move laterally and cause damage is severely limited.
The Justification and Request Phase
When a user needs to perform a task that requires elevated privileges (e.g., installing software, changing a system configuration, or accessing a sensitive database), they do not use a separate administrative account. Instead, they use their standard account to submit a privilege elevation request.
This request is not a simple “give me admin rights.” It is a granular request that includes:
- The specific task they need to perform (e.g., install a patch).
- The target resource (e.g., the
prod-database-server). - The business justification for the task (e.g., “apply a security patch”).
- The required duration for the elevated access (e.g., 30 minutes).
Policy and Governance Frameworks
The PEDM solution intercepts this request and evaluates it against a set of predefined, centralized security policies. These policies are the brain of the PEDM system and can be based on a variety of factors:
- User/Role-Based Policies: Is the user part of a group authorized to perform this task?
- Time-Based Policies: Is the request within an approved time window (e.g., during business hours)?
- Contextual Policies: Is the request coming from a trusted device or network location?
- Application-Specific Policies: Is the user attempting to run an application that is on a pre-approved list (
allowlist) or on a blocked list (blocklist)?
If the request meets all policy criteria, it is either automatically approved or routed to an approver (e.g., a manager or security team member) for a manual approval workflow. The system can be configured to use a tiered approval system for higher-risk tasks.
The Elevation of Privileges
Once approved, the PEDM solution temporarily elevates the user’s permissions to the minimum level required to complete the task. This is the “elevation” part of PEDM. Crucially, the system does not grant full, unrestricted administrative rights. Instead, it might only grant permissions to run a single application or a specific script. This is known as granular control.
Session Monitoring and Auditing
While the user is operating with elevated privileges, the PEDM system monitors their session in real time. Every command executed, file accessed, and change made is logged. This provides a detailed, tamper-proof audit trail, which is essential for forensic analysis and compliance. This logging is a key differentiator from the old model of standing privileges, where actions were often untraceable.
De-escalation and Revocation
Once the approved time has expired or the user has completed the task and logged out, the PEDM system automatically revokes the elevated privileges, returning the user to their standard, non-privileged state. This is a critical step that ensures no elevated access remains open, eliminating the risk of privilege creep. The session log is then archived for future auditing.
This methodical, automated process ensures that access is always temporary, auditable, and justified, providing a significantly stronger security posture than traditional methods.
What are the business benefits of implementing PEDM?
Many benefits of PEDM are often conflated with just-in-time (JIT) access, but the true value lies in the specific capabilities of the entire framework. Here are six distinct business benefits of PEDM, explained in detail.
Granular Control Beyond Simple Access
PEDM provides a level of control that goes far beyond simply granting or denying elevated access. The “delegation” and “elevation” components allow organizations to define precisely what a user can do, not just that they can be an administrator. For example, a help desk technician can be delegated the privilege to reset a user’s password without being able to create new accounts or modify security settings. This finely-tuned approach significantly reduces the potential for human error and misuse, as users can’t accidentally (or maliciously) perform actions outside their scoped task.
Reduced Auditing Complexity
Auditing privileged activity can be a complex and time-consuming process. With traditional models, auditors must sift through vast logs to figure out “who used what”. PEDM dramatically simplifies this by creating a clean, traceable record of every single privileged action. The system logs who requested access, the reason for the request, the duration of the elevated session, and all actions taken during that time. This automated, centralized logging provides a clear, tamper-proof audit trail that satisfies regulatory requirements and makes compliance checks far more efficient.
Fosters a Culture of Accountability
By requiring a clear business justification for every elevated access request, PEDM instills a culture of accountability throughout the organization. Users are trained to think critically about why they need a particular permission, and all actions are linked back to their individual identities. This eliminates the anonymity often associated with shared administrative accounts and ensures that individuals are responsible for their actions. This accountability serves as a powerful deterrent against both unintentional and malicious behavior.
Enables Controlled Third-Party Access
Many organizations rely on third-party vendors and contractors who require temporary privileged access to perform their tasks. PEDM allows this access to be granted and managed with surgical precision. Instead of giving a vendor a permanent admin account, you can provide them with just-in-time access for a specific task and duration. The access can be automatically revoked once their session is complete, and every action they take is logged.
Proactive Threat Mitigation
PEDM is a proactive, rather than reactive, security measure. Removing standing privileges significantly reduces the number of vulnerable entry points for attackers. Even if a standard user account is compromised, the attacker’s ability to escalate privileges is severely limited. PEDM acts as a robust barrier against lateral movement attacks, forcing attackers to attempt a more difficult and more easily detectable privilege escalation. This moves the security posture from a “detect and respond” model to a “prevent and deter” model.
Supports Hybrid and Multi-Cloud Environments
Modern enterprises operate in complex, hybrid environments that span on-premises data centers and multiple cloud providers (AWS, Azure, GCP). Managing privileged access across these disparate platforms with different IAM systems is a major challenge. A well-implemented PEDM solution can centralize this management, providing a unified framework for policy enforcement, elevation requests, and auditing across the entire infrastructure. This consistent approach eliminates security gaps and simplifies operations for security teams, regardless of where the privileged activity is occurring.
A Practical Way to Implement Your PEDM Strategy
Drawing on our experience working on this front, here is a generic, phased PEDM implementation strategy that can be adopted by any organization, regardless of its industry or cloud provider. This strategy is designed to be clear, methodical, and avoid common pitfalls that can confuse experts and disrupt business operations.
Phase 1: Assessment and Planning (The “Why” and “What”)
This foundational phase is about understanding the current state and defining a clear roadmap.
- Current State Assessment: Conduct a thorough audit of your existing environment. Identify all privileged accounts, including human users, service accounts, and applications. Map out who has access to what, and what their current permission level is. This step is crucial for identifying areas of “over-privilege” and “privilege creep.”
- Define Business Justification and Scope: Work with business leaders to understand which users and teams legitimately need elevated access. Define the initial scope of your PEDM rollout. It is highly recommended to start with a small, high-risk group or a specific set of critical resources (e.g., a core production database, a financial application) rather than attempting a full-scale deployment at once.
- Establish Policies and Workflows: This is the most critical step. Create clear, documented policies that define: The criteria for elevation, The approval process, Maximum time for granted elevated access, and Remediation in case of privilege abuse.
- Tool Selection: Based on your current environment and defined policies, select a PEDM solution. This could be a cloud-native tool (e.g., Azure AD Identity Governance) or a third-party vendor solution like Cloudanix that provides a unified control plane across hybrid or multi-cloud environments.
Phase 2: Pilot and Deployment (The “How”)
This is where you execute the plan, starting with a controlled pilot.
- Pilot Program Rollout: Begin the implementation with the limited scope defined in Phase 1. Roll out the PEDM solution to a small group of users or for a specific application. This allows you to test the technology, refine the workflows, and identify any unforeseen technical or user-experience issues in a low-risk environment.
- User Training and Communication: Effective communication is key to user adoption. Train the pilot group on the new process. Explain the “why” behind PEDM—that it’s not about hindering their work, but about protecting the company and them. Emphasize that the new process is designed to be seamless and non-disruptive.
- Enforce Least Privilege: As the PEDM solution is deployed, begin revoking standing, permanent administrative rights for the users in the pilot group. Ensure that all privileged activities are now funneled through the PEDM elevation process.
- Continuous Monitoring and Logging: From day one, configure the PEDM solution to log every request, elevation, and action taken during privileged sessions. This continuous monitoring provides a complete audit trail and allows the security team to identify and respond to suspicious activity in real-time.
Phase 3: Expansion and Optimization (The “Continuity”)
After a successful pilot, you can expand the rollout and begin to optimize the process.
- Full-Scale Deployment: Expand the PEDM rollout to other teams and departments, following the same phased approach. Leverage the lessons learned from the pilot program to make the broader deployment more efficient.
- Automate and Refine Policies: As you collect more data on user behavior and common elevation requests, refine your policies to automate approvals for routine, low-risk tasks. This reduces the burden on approvers and improves user experience. For example, if a developer frequently needs 15 minutes of elevated access to install a specific dependency, the system can be configured to automatically approve this request based on their role and the application name.
- Regular Policy Review: The threat landscape and business needs are constantly changing. Conduct regular reviews (e.g., quarterly) of your PEDM policies to ensure they remain relevant and effective. This includes reviewing the delegation rules and the duration of elevated access.
- Integration with Broader IAM Strategy: Integrate your PEDM solution with your broader Identity and Access Management (IAM) and Privileged Access Management (PAM) tools. This creates a unified and holistic security framework that centralizes identity management, access control, and privileged activity monitoring.
This clear, three-phased approach ensures a successful PEDM implementation, minimizing risk while maximizing efficiency.
Conclusion
Relying on outdated security models is no longer a viable option. As we’ve explored, Privilege Elevation and Delegation Management (PEDM) is more than just a security tool; it’s a strategic framework that fundamentally shifts an organization’s security posture from reactive to proactive. By eliminating the high-risk vulnerability of standing, permanent privileges, PEDM provides an unprecedented level of control and accountability over your most sensitive digital assets.
Ultimately, a robust PEDM solution isn’t an expense—it’s an essential investment in the resilience and long-term health of your business. Our Just-in-Time product provides a seamless, policy-driven platform designed to make privilege elevation and delegation simple and secure, empowering your teams without compromising on control.
