AI Powered Privileged Access Management

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AI-powered Privileged Access Management (PAM)

Digitalization has opened up numerous possibilities, also increasing risks of cyber threats, and protecting your organization from them is crucial. With the increasing possibilites of prohibited access, credential theft, and data breaches, it’s essential to have a reliable system in place to protect your confidential data. That’s where Samay Infosolutions steps in with our AI-powered Privileged Access Management (PAM) solutions, which offer an extra layer of security for your business.

What is Privileged Access Management?

Think of Privileged Access Management (PAM) as the gatekeeper for your confidential systems. It controls who gets access to your most critical accounts and tracks what they’re doing while they’re in there. By closely monitoring these users and limiting access only to those who really need it, PAM ensures that your systems stay secure, reducing the chances of a data breach.

How Do Our AI-Powered PAM Solutions Work?

Our AI-powered PAM solutions at Samay Infosolutions focuses on using advance technology to check the right people and processes that require access to your confidential resources. With features like automated password management and multifactor authentication, we ensure that only trusted users can access the systems and track every move they make.

What makes us stand out? It is AI integration. This enables the system to constantly examine privileged activities, spot anything unusual, and showcase potential threats before any crisis. Whether it’s monitoring user sessions or managing account creation and deletion, our PAM solutions streamline everything – making your operations more secure and efficient.

Why Choose Samay Infosolutions’ PAM?

  • Prevent Credential Theft : Samay InfoSolutions makes sure access is granted only when it’s needed, minimizing the risk of stolen credentials.
  • Stay Compliant : We strengthen our system, which generates reports showing who accessed what and why, helping you easily meet compliance requirements.
  • Secure Remote Access : Need to access resources remotely? Our encrypted gateways ensure security without relying on weak passwords.
  • Monitor and Investigate : Our team continuously check privileged user sessions, making it easy to track any suspicious behaviour and act fast.
  • DevOps Protection : Our Privileged Access Management solutions integrate with your DevOps environment to ensure password security and detect abnormal activities using AI.

With Samay Infosolutions’ AI-powered Privileged Access Management (PAM) solutions, we make sure that you can concentrate on growing your business. At the same time, we handle the security, ensuring your critical data stays protected at all times.

Frequently Asked Questions

All sessions are stored on Fudo Enterprise internal storage space. In addition to that, Fudo Enterprise allows exporting sessions in native format or a video record.

File size of sessions in native format are the same as in question 1. In case of video record, file size depends on the codec and resolution settings.

In case of the SSH protocol, Fudo Enterprise supports SCP channel and monitors all transferred files, including scripts. This allows auditing given session searching for malicious code embedded in software sent to the server. Protection of other communication channels (e.g. web browser or other applications) are task for different kind of solutions. There is no solution similar to Fudo Enterprise which are able to monitor such channels, thus it is important to create proper server configuration by the system administrator.

Unauthorized access and DoS attacks attempts, can be determined by analyzing event log entries. Each ERROR or WARNING severity entries should be closely examined. Cases of login timeout errors can be potential DoS attack attempts.

Hiding the Fudo Enterprise login screen requires using the Enhanced RDP Security (TLS) + NLA security mode.

The users list in the connection’s properties does not contain users synchronized with the LDAP service. To assign a connection to an LDAP synchronized user, define a group mapping in the LDAP synchronization properties or disable the synchronization option for the given user.

Deleting a user object from an AD or an LDAP server requires performing the full synchronization to reflect those changes on Fudo Enterprise. The full synchronization process is triggered automatically once a day at 00:00, or can be triggered manually in the LDAP synchronization settings view.

New users definitions and changes in existing objects are imported from the directory service periodically every 5 minutes. The full synchronization process is triggered automatically once a day at 00:00.

Presenting keyboard input qualifies as a sensitive feature and it is disabled by default. Enabling displaying keystrokes in the session player requires a consent from two superadmin users. Refer to the Sensitive features topic for the details on enabling this functionality.

Active session URL can be deactivated anytime. URL revoking procedure is described in the Sessions sharing topic.

After testing Fudo, you should delete all session and configuration data by resetting configuration to default settings and erase the flash drive with the encryption key.

Models are trained as scheduled in the AI system settings.
  • For the SSH model the minimum are 65 sessions (with at least 25 different commands) and 5 unique predictors (e.g. users). Optimal results require 300 sessions per predictor (e.g. user) and 10 unique predictors (e.g. users).
  • For the RDP model, the minimum are 5 hours of session recordings per predictor (e.g. user). Optimal results require 30 hors of session recordings and 10 unique predictors (e.g. users).

This solely depends on the availability of session data. If there is enough session information available to build models, you can expect model to be trained the next day after first predictor session is recorded.
  • For SSH model the minimum are 65 sessions (with at least 25 different commands) and 5 unique predictors (e.g. users). Optimal results require 300 sessions per predictor (e.g. user) and 10 unique predictors (e.g. users).
  • For RDP model, the minimum are 5 hours of session recordings per predictor (e.g. user). Optimal results require 30 hours of session recordings and 10 unique predictors (e.g. users).

Fudo creates and maintains one RDP and one SSH model for a single user.

Fudo Enterprise will detect that someone else has logged in and will set the session risk status to high, but it will not terminate the session.

Yellow color indicates that the model could not determine whether the session poses a threat or not. Under normal circumstances, these sessions should be considered as non-threatening. But if you suspect there has been a security incident, these sessions should be reviewed.

Users must have individual accounts created on Fudo Enterprise so it can correctly determine if an account security has been breached.

Every user runs the same commands differently. E.g. one user will execute ls -la and another will run ls -al. Combination of such subtle differences allows for determining a if the currently logged in user matches the profile.

In order for a session to be analyzed, there must be a matching model available. Also, session has to meet volumetric requirements - it must be long enough and carry enough information. Refer to AI sessions processing for more information.