Privileged Access Management (PAM) facilitates administrative access across your complex, hybrid infrastructure .PAM lets you identify and manage privileged identities via identity-driven security controls that apply dynamic policies to reflect real-time access requirements. Monitoring privilege activity reduces the risk of breaches and supports governance and compliance initiatives.
“80% of breaches happen because hackers exploit privileged credentials to gain high-level, administrative access to systems, data, platforms, and applications.” ̶ FORRESTER
NetIQ Privileged Access Management assists your organization in implementing a zero trust strategy in a more effective and efficient manner.
With NetIQ Privileged Access Management, you can:Organizations rely on PAM to protect themselves from cyber-attacks, malware distribution, phishing, and data exfiltration. KuppingerCole's Leadership Compass Report: Privileged Access Management for 2021 found that "potentially malicious privileged access from unknown sources accounted for 74% of all anomalous access behavior detections." It is crucial for organizations to include PAM in their own internal Zero Trust Architecture (ZTA).
On the NetIQ Identity & Access Management team, we believe that “identity powers security.” It should be central to your decision making. We cover everything from privilege discovery through least-privilege delegation and credential vaulting, to change monitoring and activity tracking. The key is identity, which is vital to everything we do.
Users with a privileged identity usually have some form of administrative access to critical data, systems, or sensitive information. Identities of this type include employees, consultants, partners, customers, but they can also be applications, services, things, and devices.
The least-privilege principle refers to granting an identity only the rights and privileges it needs in order to function. A simple, centralized way of managing and securing privileged credentials is needed, as well as flexible controls to balance cybersecurity and compliance requirements with operational and end-user requirements.
A privileged user or account grants access and privileges that exceed those granted by non-privileged accounts. Privileged users will include IT Manager/Director, System/Database or Application Administrator, Development/Engineering, Auditor or Consultant, C-level or other executive. These users have greater access due to legacy, skill, or role.
Experts estimate that as many as half of all security breaches occur as the result of insider activity. Insider threats are especially serious when associated with employees who have higher access privileges than needed.
Whether the privilege misuse occurs due to employee error or is the work of a cybercriminal who has leveraged the credentials of an insider to gain access to your IT network, you can best manage this risk by closely controlling and monitoring what privileged users, such as superusers and database administrators, are doing with their access.
Trends such as hybrid cloud, mobility, big data, CIAM, IoT, and digital transformation all introduce complexity, new threats, and levels of risk around privilege. Identities are now much more than people—they can also be devices or things—and all identities have some form of privilege.
Each day, IT grants elevated privileges to identities in the name of productivity, leading to three types of risk around privileged access: Outside Threats, Inside Threats, and Non-Compliance. All of these types of accounts are vulnerable since they have access to critical systems and information, which, in turn, exposes the company to risk.
The most important assets of an organization must be protected by privileged identities and access policies that give the right people access at the right time. Most organizations ignore privilege issues, don't know where to start, or only use manual processes.
IT leaders realize that one of the quickest and most impactful ways to reduce risk is to better manage their privileged identities (aka superusers). Most breaches involve gaining access to privileged credentials because they provide unlimited access to systems and data, creating a major security and compliance concern. Effectively managing the access of those users who have the ability to do the most harm—maliciously or accidentally—is a logical step in securing their organization.
Most breaches involve gaining access to privileged credentials as they provide unlimited access to systems and data, creating a major security and compliance concern.
Even though privileged accounts are a must have, they are difficult to manage because the native tools are rarely capable of doing it properly. Privileged identities are found everywhere within an organization and security standards are different in almost every circumstance. You will find privilege in applications, services, servers, databases, devices, things, etc.
There is also lack of insight into the users, dependencies, and activity in privileged accounts. Often, privileges are shared among multiple people, making it almost impossible for IT to hold anyone accountable for actions taken. Also, most organizations are unable to extend their existing authentication or authorization policies across platforms such as Linux or UNIX or to cloud services.
To minimize the risks associated with privilege, organizations must overcome several challenges, including managing, securing, and mitigating all privileged access.
Many IT organizations rely on manual, intensive, and error-prone administrative processes to manage access for privileged credentials. This is an inefficient, risky, and costly approach. In a complex hybrid environment, uncovering every identity with elevated rights can be difficult—and sometimes nearly impossible. For example, Microsoft Windows, the most widely used operating system, allows you to have service accounts, which are run by systems and applications, not people.
Accounts aren’t just for people. They can be held by systems, devices, or IoT sensors in machines. Anything that has access to critical systems is a privileged account and sometimes privileged accounts are duplicated within each system (Windows, Linux, UNIX, etc.) that they must access. While it is normal to have a large number of privileged accounts, most organizations have far more than they need. Also, as identities change, processes aren’t always followed for re-provisioning access rights.
Many organizations don’t even realize how many privileged accounts they have or that they have empty or orphaned accounts that are just waiting to be exploited. They also don’t have a way to automate the discovery of what dependencies exist. For example, if a privilege account is removed, but a critical service was utilizing it, there could be catastrophic consequences. Getting a usable baseline view of existing privileged identities is a large, time-consuming project for most—and having to do it manually is nearly impossible.
Real-life implementation of a privilege management strategy is a big challenge in a complex hybrid environment. As organizations grow, they find that their systems don’t provide the necessary access controls that organizations need around privileged users as they scale. Even the best processes and policies don’t matter if you can’t automate the enforcement in a consistent and effective way.
To help satisfy compliance and governance requirements, most organizations must have adaptive access controls in place because they face something called “privilege creep.” This happens when people change roles within the organization, but new privileges are simply expanded to reflect current needs—rather than removing those that are no longer needed.
Organizations often struggle to effectively control privileged user access to cloud platforms, SaaS applications, social media, and more, creating compliance risks and operational complexity. It is important to apply the principle of least privilege to any privileged user.
The sharing of passwords or providing too much root-level access to critical systems broadens your surface of attack and increases system complexity, making intruders harder to spot. Most users only need a subset of administrative rights to do their job, but because the native tools might not allow for granular control, the users get full administrative privileges by default. This means they now have more privileges than they need—creating unnecessary risk and potentially a compliance nightmare.
Once controls are in place, organizations need to track privileged activity and monitor it throughout the identity’s entire lifecycle to identify potential threats, remediate threats in real time, and ensure seamless audits. Attempting to do this manually can be error-prone, time consuming, and almost impossible to manage because access requirements change over time and new identities are consistently being provisioned. This is not an efficient or sustainable way to manage privileged identities, especially for large IT organizations with complex hybrid environments.
Many organizations turn to regular attestation or access certifications as part of their internal identity governance strategy, but those are usually manual processes for IT as well. And it’s likely that they aren’t tracking and recording all privileged activity.
Organizations need a way to catch the misuse of privilege and stop it immediately—not waiting until an audit or incident occurs before the investigation begins. Every organization must have a strategy to keep up with privileged access to minimize the risk of network incidents, failed internal and external audits, non-compliance fines, and the added risk of a breach.
All of these challenges could prompt a painful audit or provide an ideal opening for intruders to exploit. Organizations must have the ability to automate the identification of the over-privileged and revoke or adjust privileges when they are no longer needed.
Managing the access of those users with the potential to harm your organization, either maliciously or accidentally, is key to ensuring your organization's security. You can reduce risk and complexity by following these steps: Discover, Control, and Monitor.
The first step in managing privilege is to know which identities (users, services, devices, things, etc.) have elevated access and what dependencies exist, so that you have the insight you need to simplify and implement policies. Discover privileged identities and their dependencies to establish a baseline of privileged identities.
By implementing identity-powered privilege management, control reduces risk—applying policies to adjust privileges based on attributes in real time. The “least privilege” principle ensures that everyone and everything has just enough access to do their job (no more, no less).
Changes are identified and privilege activity is tracked to support governance and compliance. Once controls are in place, monitor changes and privilege activity throughout the entire identity lifecycle to identify potential threats and ensure governance and compliance.
