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Privilege Elevation and Delegation Management (PEDM)

Privilege Elevation and Delegation Management (PEDM) is a subset of Privileged Access Management (PAM) that aims to deliver more granular access restrictions than Privileged Account and Session Management (PASM) tools ordinarily do.

What is privilege delegation?

Privilege elevation and delegation management refers to the process of granting and managing privileges and permissions within an information technology (IT) system or network. It involves granting users or processes higher levels of access and authority to perform certain actions or tasks that are typically restricted to other users.

Privilege elevation allows a user or process to temporarily acquire higher privileges or access rights than they would normally have. This is often required to perform specific administrative or system-level tasks that require elevated permissions, such as installing software, modifying system configurations, or accessing sensitive data. Privilege elevation is typically granted through mechanisms like user account control (UAC) in Windows or sudo in Unix-like operating systems.

Delegation management, on the other hand, involves assigning certain privileges or permissions to specific users or roles, enabling them to perform delegated tasks or make decisions on behalf of others. Delegation can be useful in environments where a single user or administrator cannot handle all responsibilities, so certain privileges are distributed to multiple individuals. It allows for more efficient workflow and helps prevent a single point of failure.

Delegation management also encompasses the control and monitoring of delegated privileges. It involves defining the scope and limits of delegated authority, ensuring that users only have access to the resources and actions necessary to fulfill their delegated tasks. Additionally, it includes mechanisms for auditing and reviewing delegated privileges to ensure compliance, security, and accountability.

Effective privilege elevation and delegation management practices are crucial for maintaining the security and integrity of IT systems. By carefully controlling and monitoring the granting of elevated privileges and delegating responsibilities, organizations can minimize the risk of unauthorized access, data breaches, and misuse of privileges.

Just-in-time access permission management

privilege elevation and delegation management pedm


  • What is meant by elevation of privilege?

    When an application acquires privileges or rights that shouldn’t be available to it, this is known as an elevation of privilege. Many exploits used for privilege elevation are also used against other threats. For instance, attempts to create executable code during buffer overrun attacks.

  • What is privileged management?

    Privileged access management (PAM) is a set of cybersecurity techniques and tools for managing elevated (“privileged”) access and permissions for users, accounts, procedures, and systems within an IT environment. It assists companies in reducing their organization’s attack surface and preventing the damage caused by external attacks and insider negligence.

  • What is privileged account management PAM?

    Privileged access management (PAM) is an identity security solution that aids in protecting organizations from cyber threats. It is important for keeping track of, detecting, and blocking unauthorized privileged access to vital resources. In addition, PAM provides insight into who is using privileged accounts and what they are doing when signed in using a combination of people, processes, and technology.

  • What is PAM software used for?

    Privileged access management (PAM) technology can reduce the risk of privileged access. These include operations, accounts, and credentials with an elevated (or “privileged”) level of access. Furthermore, machines (software) and people who manage or configure IT infrastructure also use these tools.

  • Why is PAM used?

    PAM is used to streamline the authorization and monitor the privileged users. This is crucial to safeguard organizations against the intentional or unintentional misuse of privileged access. The best method to stop attacks is to control and monitor privileged user access to your most important data and systems.

  • What is the basic principle of PAM?

    The PAM fluorometry principle is based on a 1μs low intensity, non-actinic light pulse synced to a lock-in amplifier. As a result, effective quantum yield calculations may be done in (sun) light since the lock-in amplifier blocks out every signal that isn’t related to the lock-in signal.

  • What are the two types of PAM?

    PAM has two types. 1) Single polarity PAM: Here, the signal is integrated with an appropriate fixed DC bias to ensure that all pulses are positive. 2) Double polarity PAM: In this case, the pulses are negative and positive.

  • What is PAM in simple words?

    Pulse amplitude modulation (PAM) is the process of transmitting data by altering the amplitudes (voltage or power levels) of the individual electrical or electromagnetic pulses in a regularly timed sequence.

  • How many types of PAM are there?

    Pulse amplitude modulation includes two types: 1) A suitable fixed DC bias is added to the signal in single polarity PAM to ensure that all pulses are positive. 2) The pulses used in double polarity PAM are positive and negative.