What is Identity and Access Management?

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84% of organizations faced identity-related breaches in 2022. With more connected devices than ever, securing access to data and systems is important as well as non-negotiable.

Identity and Access Management (IAM) empowers organizations to define, manage, and enforce access policies across users, devices, and applications. Beyond traditional boundaries, modern IAM solutions address challenges like managing IoT devices, safeguarding SaaS applications, and ensuring compliance.

In this guide, we’ll explore IAM and its role in securing your SaaS ecosystem. We’ll cover its key components, risks, and technologies. From safeguarding employee logins to managing connected devices, this guide will help you streamline access management and enhance security.

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What is Identity and Access management?

Identity and access management is a strategic framework that ensures precise control over user access to essential software and resources according to their roles, restricting illegal access and potential security threats.

This comprehensive framework encompasses the policies, technologies, and processes that regulate and secure access to sensitive information within organizations.

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It ensures that your employees, concerning their roles and responsibilities, have access to the resources needed to execute their jobs. Identity management and access systems allow your firm to manage access and permissions from one place, eliminating the need to log in to each application.

IAM is essential in complicated technological ecosystems because it ensures compliance with growing privacy and security regulations.

Why should organizations focus on IAM?

By 2025, there are expected to be over 75 billion SaaS platforms worldwide, each acting as a potential entry point for cyberattacks. This surge makes SaaS security a top priority for organizations, highlighting the need for IAM solutions for SaaS to manage identities and control access across connected devices.

According to IDSA's 2022 Trends in Securing Identities Report, 84% of organizations experienced an identity-related security breach the previous year. 96% of those breaches could have been prevented with identity-focused security measures.

IAM helps safeguard sensitive data by enforcing multi-factor authentication (MFA), dynamic access controls, and automated provisioning for SaaS and cloud environments. It reduces manual errors, simplifies access management, and strengthens compliance with evolving regulations.

With IAM, businesses can mitigate risks, streamline operations, and improve security without adding complexity—ensuring safe, scalable growth as their digital and SaaS ecosystems expand.

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How does IAM work?

IAM operates as the control center for identities and access, ensuring the right people—and devices—have the right level of access at the right time. It does this through identity verification and access management, streamlining workflows and minimizing security gaps.

1. Identity Verification

IAM verifies the identity of users, software, and devices before granting access. Instead of relying on static passwords, it uses:

• Multi-Factor Authentication (MFA): Requires multiple credentials, such as a password and a code sent to a trusted device, to confirm identities.
• Biometric Authentication: Uses fingerprints, facial recognition, or retina scans to validate users.
• Certificate-Based Access: Employs digital certificates for device verification, ensuring secure SaaS integrations.

For example, during onboarding, IAM automatically provisions accounts, assigns roles, and enforces MFA—removing manual errors and reducing time spent configuring access.

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2. Managing Access Levels

IAM ensures users can only access the resources they need—and nothing more—by implementing:

• Role-Based Access Control (RBAC): Assigns permissions based on predefined roles (e.g., HR vs. IT).
• Dynamic Access Control: Uses context-based rules (e.g., location, device type, time of access) to adjust permissions in real time.
• Just-in-Time Access (JIT): Grants temporary permissions for high-risk tasks, automatically revoking access afterward.

Example:When an employee changes departments, IAM adjusts permissions automatically, limiting access to their old role and provisioning resources for the new one. Upon offboarding, IAM deactivates all accounts, revokes access across systems, and logs activities to maintain compliance.

3. AI/ML-Driven Analytics

IAM leverages AI and machine learning to detect anomalous behavior and enforce stricter controls when needed:

• Behavior Monitoring: Tracks login patterns, flagging unusual activities (e.g., access requests from unknown devices).
• Automated Threat Response: Identifies risks, triggers alerts, and blocks suspicious users without human intervention.
• Predictive Insights: Provides recommendations for improving access policies based on usage trends.

Example:If a user suddenly accesses sensitive data outside normal working hours or from a new device, IAM can request additional authentication or block access until verified.

4. Simplifying Complexity Through Automation

IAM eliminates manual provisioning and de-provisioning by automating workflows, reducing errors, and improving efficiency. Whether you're adding a new employee, enabling a contractor’s limited access, or revoking permissions during offboarding, IAM secures every step of the process.

With dynamic access controls and AI-powered analytics, IAM doesn’t just manage identities—it actively protects them.

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What does Identify and Access Management do?

Here are the core functionalities of IAM

1. Manages Identities: IAM manages identities by creating, modifying, and deleting users. It also connects with and synchronizes with one or more additional directories.
2. Provisions and de-provisions users: When a user requests access to a system, IAM determines which resources the user has access to and what level of access (such as editor or viewer) they have, depending on their responsibilities in the company. Conversely, when a person quits the organization, IAM removes them from all systems to which they have access. After all, an ex-employee who still has access to an organization's resources can have significant security consequences.
3. Authenticates users: When users seek access, IAM authenticates them using multi-factor authentication and adaptive authentication technologies.
4. Authorizes users: After authenticating, IAM grants access to certain apps and resources based on preset provisioning.
5. Provides reports: IAM offers reports to assist firms in identifying potential cybersecurity threats and strengthening their safety processes following worldwide compliance.
6. Offers single sign-on: IAM enables consumers to access all connected web properties with a single identity. SSO secures the authentication process while making accessing services easier and faster.

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What are the components of Identity Access Management?

Authentication

Authentication is essential to identity and access management because it ensures secure access to resources by confirming the identities of users, devices, and systems.

The authentication process entails users validating their identities using credentials, such as usernames and passwords, compared to information stored in the identity and access management system. It assures that people are who they claim to be. IAM applies a variety of authentication methods, including:

• Username and Password: These are the standard credentials for user verification.
• MFA (Multi-Factor Authentication): Adds an extra layer of protection by requiring users to provide several identities, including codes or biometrics.
• SSO streamlines user access to different apps by permitting them to authenticate once and access numerous assets with a single set of credentials.
• Adaptive authentication, sometimes known as "risk-based authentication," modifies safety standards in response to perceived risks. For instance, logging in from a known device may just require a username and password, whereas an unfamiliar device may require extra authentication.

Access control

Access control plays a vital role in digital security because it regulates each digital Identity's level of access to network resources according to the company's rules. Access levels are assigned to customers, employees, and system administrators.  

The most common access controls include:

• RBAC (Role-Based Access Control): RBAC grants permissions and access rights to individuals based on their roles within an organization. Users are provided access based on their jobs, simplifying administration and ensuring proper access levels.
• PAM (Privileged Access Management): PAM is concerned with securing privileged accounts and restricting access to vital systems and data. It regulates and monitors privileged access to avoid misuse or unauthorized actions.

Authorization

After successful authentication, identity and access management systems execute authorization checks to ensure users only access resources matching their permissions. So, authorization decides which resources or actions a user can access.

Policies and rules are set to manage access control, ensuring that users only interact with resources relevant to their jobs and responsibilities. This includes controlling access to sensitive information, systems, or applications.

By implementing the principle of least privilege, authorization reduces security risks by granting users only the access required for their assigned duties.

Administration

Administration includes the ongoing management of Identity and access management systems and processes. It entails the maintenance of user identities and access credentials.

Tasks include creating and deleting user accounts, modifying permissions, managing roles, assuring proper access level assignment, and guaranteeing system integrity.

IAM administrators are critical to the integrity of the IAM system, guaranteeing its alignment with company policies and responding quickly to changes in user roles or permissions.

Effective administration adds to streamlined operations, security adherence, and regulatory compliance, serving as the foundation of an enterprise's complete management of digital identities.

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Key Identity and access management technologies

IAM solutions provide administrators with the tools to change user roles, track actions, produce analytics and reporting, and implement policies.

Here are the key IAM technologies:

Single Sign-On (SSO)

SSO enables users to access multiple apps or services with a single set of credentials. Eliminating the need for several passwords improves user identity management, minimizes password fatigue, and enhances overall security.

Multi-Factor Authentication (MFA)

Another User identity management technology is multi-factor authentication, which adds layer of protection by asking users to provide various forms of Identity before giving access. This frequently entails a mix of something the user knows or possesses, like a password, a security token, or biometric verification (using external tools such as age verification software).

Certificate-based access control

Certificate-Based Access Control depends on digital certificates for authenticating the identification of users or devices. It provides a powerful method for ensuring the legitimacy of access requests, which is especially useful for securing network communications.

Role-Based Access Control (RBAC)

RBAC is a policy-based access control method that allocates permissions to individuals based on their organizational responsibilities. It simplifies user access management by integrating permissions with pre-defined roles and streamlining the allocation of privileges.

Identity Governance and Administration (IGA)

IGA integrates identity governance and administration processes to ensure user identities are accurately managed throughout their lifecycle. It comprises onboarding, offboarding, access checks, and policy enforcement to promote compliance and security.

Identity and access analytics

Identity and access analytics include data analysis and machine learning to monitor and detect unusual trends or behaviors connected to user access. It improves security by detecting potential threats, unauthorized access, and departures from established norms, allowing for proactive risk management.

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Benefits of utilizing Identity Access Management

The advantages of utilizing access management are:

1. Enhanced Security

IAM serves as the foundation of organizational security by carefully managing user identities and access rights. It imposes strict authentication, authorization, and auditing procedures, dramatically minimizing the risk of internal and external data breaches. This increased security ensures strict regulatory requirements are met, building trust in digital defenses.

2. Operational efficiency and cost savings

IAM solutions automate complex user access management duties, streamlining operations and saving time, effort, and money. This efficiency enables IT teams to refocus their efforts on key initiatives that drive technical improvements.

Identity access management optimizes resource allocation, increasing ROI and retaining a competitive advantage. Streamlined workflows pave the way for greater efficiency, innovation, and profitability.

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3. Strengthened Security Policies

Identity access management frameworks enable enterprises to create and implement robust security policies. IAM prevents unlawful escalation and manages the challenge of privilege creep with rigorous user authentication and specific access rights management.

This intentional alignment of access benefits with specific job tasks ensures an edge in an ever-changing threat ecosystem.

4. Regulatory Compliance

Access and Identity management systems record user activity and access patterns, maintaining precise records and providing unquestionable evidence of compliance with government rules.

This rigorous record-keeping allows quick responses during compliance audits and regulatory inquiries, demonstrating the organization's dedication to compliance and governance. Meeting regulatory criteria consistently positions businesses as industry leaders, promoting stakeholder trust.

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5 Identity and access management risks

1. Misconfiguring identities

Misconfigurations in Identity and access management can pose significant security risks. These errors include permitting users access to unauthorized information, permitting logins from unapproved IP addresses, and leaving APIs vulnerable. Such misconfigurations frequently result in data breaches and illegal access.

Misconfigurations are a primary cause of security breaches, stressing the importance of Cloud security Posture Management solutions for detecting and remediating vulnerabilities by monitoring audit logs and activities against safe baselines.

It’s equally important to explore and implement data security posture management (DSPM), which also covers issues like the visibility of sensitive information and controlling access to it.

With businesses increasingly relying on a parade of different applications and third-party infrastructures, the relevance of having a consistent and formalized set of data security practices is obvious.

2. Compliance challenges

Adhering to regulatory standards is vital, and failing to comply can lead to severe repercussions. Difficulties in meeting compliance, such as staying updated on changing regulations, can expose businesses to legal and financial troubles.

Businesses operating under industry-specific guidelines such as SOC 2, GDPR, HIPAA, PCI DSS, and NIST-800 53 encounter significant data access and privacy hurdles. IAM tools are pivotal in managing access, preventing malicious activities, and detecting breaches.

IAM systems like CloudEagle that offer complete visibility into identities, access privileges, and usage patterns during audits are invaluable.

Compliance reporting requires centralized visibility and control across systems, which is especially important in cloud services. An efficient IAM solution should provide centralized compliance reporting for access permissions, provisioning, de-provisioning, and user/administrator activity.

3. Manual provisioning and deprovisioning

Manual provisioning and deprovisioning processes are prone to error, mainly when dealing with numerous SaaS services managed at the departmental level. IAM systems simplify new employee provisioning and provide smooth integration with basic directories, such as Active Directory.

User deprovisioning automation, integration with user storage, and clear audit trails constitute vital components.

This prevents vulnerabilities after employee termination and ensures access is terminated across all applications. Inadequate provisioning and de-provisioning can lead to delayed or illegal access, posing security and operational risks.

4. Poor access management policies

Inadequate or poorly specified access management policies can lead to security flaws. Organizations risk illegal access and potential data breaches without definitive rules on who should have access to what resources. Deploying new apps frequently necessitates the manual setup of security measures, which presents cost and time limitations.

Without a centralized IAM solution, developers may inadvertently allow too much access. Implementing automation and intelligent workflows aids in the operationalization of identification programs and the proactive resolution of security risks.

5. Excessive permissions

Granting people more permissions than they need raises the attack surface and increases the risk of data compromise. This can happen unintentionally while managing several employees or offering access in advance for future needs. Malevolent parties can exploit this or result in unintended data misuse.

Negligence in permission management jeopardizes data security. This emphasizes the significance of exact access control, which poses a significant danger to data integrity and confidentiality.

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How can CloudEagle streamline Identity and access management?

The rise of SaaS applications has introduced new vulnerabilities for businesses. Each device acts as a potential entry point for attackers, making identity and access management (IAM) critical for securing SaaS ecosystems.

CloudEagle simplifies IAM for SaaS by providing role-based access controls, time-based access controls, privileged access controls, and real-time monitoring, ensuring only authorized devices and users can access sensitive systems.

1. Automated Provisioning and Deprovisioning

Manually managing access for hundreds or thousands of SaaS applications is inefficient and prone to errors. CloudEagle automates the process—granting device-specific access during onboarding and revoking it when a device is retired or compromised.

Whenever a new user joins, CloudEagle will automatically suggest relevant apps to the user, and when he quits, the access will be automatically revoked, keeping your stack secure and streamlining employee onboarding and offboarding.

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This ensures quick and secure deployment of new SaaS applications without leaving security gaps.

Here's Alice Park from Remediant sharing her success story of strreamlining onboarding and offboarding with CloudEagle.ai.

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2. Privileged Access Management (PAM)

SaaS often require privileged access to perform critical tasks—like collecting data or controlling physical processes. CloudEagle restricts this access to specific roles and enforces time-based permissions to prevent misuse.

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For instance, maintenance teams can be given temporary access to critical SaaS apps during upgrades, with permissions expiring automatically once the task is complete. This reduces the attack surface while maintaining operational flexibility.

3. Real-Time Monitoring and AI-Driven Threat Detection

SaaS apps are always connected, making them prime targets for cyberattacks. CloudEagle leverages AI-powered analytics to monitor real-time activity and detect anomalous behavior—like unexpected data transfers or unauthorized device commands.

4. App Access Requests and Reviews for SaaS Tools

Managing access for SaaS platforms and connected applications can be chaotic. CloudEagle’s self-service portal streamlines the process—allowing admins to review and approve requests based on device roles and operational needs.

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For example, admins can grant temporary access to SaaS dashboards for contractors while ensuring permissions are revoked automatically once the project ends. Regular access reviews further help maintain clean, secure environments.

5. Dynamic Access Controls for SaaS Networks

CloudEagle enforces role-based access control (RBAC) and dynamic rules tailored to SaaS environments. Access can be restricted based on device type, location, or time of day, adding flexibility and security without slowing operations.

For instance, SaaS apps connected through a specific gateway can be limited to local network access, preventing external threats from exploiting vulnerable endpoints.

6. Just-in-Time Access for SaaS Resources

CloudEagle’s Just-in-Time (JIT) Access feature ensures users only have access to sensitive SaaS applications for the exact time they need it—no more, no less. This eliminates persistent access, reducing risks associated with over-provisioning and insider threats.

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For instance, if a contractor requires access to a SaaS dashboard for troubleshooting, they can be granted permission for a specific duration. Once the task is completed, access automatically expires, ensuring no lingering entry points. This approach not only strengthens security but also lightens the load on IT teams by automating time-sensitive access management.

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Simplify SaaS Security with CloudEagle

Securing SaaS requires more than basic IAM policies—it demands automation, dynamic controls, and AI-driven analytics to manage identities at scale.

CloudEagle addresses these challenges head-on—streamlining access management, reducing risks, and simplifying compliance for SaaS-driven enterprises.

Request a demo today to see how CloudEagle can protect your SaaS network and secure your digital assets.