Threat Research Security Analytics
What makes an insider threat behavior so pernicious is that the threat actor is already sitting inside the network and wearing an employee badge—if not literally, then at least figuratively. This actor can be a true insider – employee, contractor, temporary worker, business partner or vendor – or an external intruder who is mimicking an employee through subversion of a legitimate set of access credentials.
Detecting such insider threats and mitigating the risk requires specialized technology that differs from the usual approach of detecting external threats. The insider is beyond detection by firewalls, intrusion detection/prevention systems, proxy servers, and other common technologies intended to stop threats at a perimeter or other checkpoint. Rather, organizations need a focused insider threat program to tackle the unique risks posed by insiders.
Insiders already have a certain level of access to perform specific activities on a network. What tends to distinguish them is their motivation for going rogue. Nevertheless, their activities follow certain patterns that make them detectable with the right technology.
Detecting insider threats can be challenging because insiders often have legitimate access to systems and data. However, certain behaviors and patterns can serve as indicators of potential insider threats.
Additional insider threat indicators are excessive use of privileges, unauthorized use of credentials, data exfiltration, logins from multiple locations, unapproved software installations, violations of policies, excessive data printing, and inconsistent work patterns.
Insider threat techniques encompass a range of tactics that individuals within an organization might use to carry out malicious insider threat activities or compromise security. These techniques can vary based on the threat actor’s intent, skills, access, and motivations. Here are some main insider threat techniques.
Additional techniques include social engineering, abuse of privileges, credential sharing or theft, insider collaboration, disguising malicious activities, data staging, misuse of administrative tools, data concealment, and privilege misuse.
User and Entity Behavior Analytics (UEBA) is often advocated as the best means to detect nefarious activity by internal actors. Gurucul provides a comprehensive solution that sets a high industry standard. Our advanced UEBA platform uses machine learning and artificial intelligence to detect unusual behavior patterns that could signal insider threat behavior. The most effective way to pinpoint the presence of insider threats, without creating a lot of false positive alerts, is to overlay user activities with user identity intelligence, cluster identities into dynamic peer groups, create time-based behavioral baselines, and continuously learn what is acceptable behavior in order to spot the unacceptable behavior.
Predictive analytics enhances insider threat behavior detection by using advanced data analysis to spot suspicious behaviors and patterns, helping to mitigate risks of insider threats and protect sensitive information.
Gurucul’s insider threat solutions leverage predictive analytics to spot suspicious activities and behaviors that may signal security breaches or malicious activities to prevent a data breach. Key capabilities include: Key capabilities include:
A critical piece of our overall converged security framework is effective mitigation of the insider threat.
Adam Lee, VP & Chief Security Officer, Dominion Energy
Insider threats pose a risk and unique challenge to organizations because the attackers are already within the system. Detecting these threats requires sophisticated tools like UEBA and predictive analytics to monitor insider activity, identify deviations from normal behavior, and detect potential insider threats early.
By building an insider threat security program with tools like Gurucul’s insider threat solution, organizations can protect themselves from malicious insider threats and prevent data breaches by proactively identifying risky behaviors and mitigating potential risks before they escalate.
About The Author
Vikram Mathu, VP Customer Success, Gurucul
Vikram Mathu is a technology leader with 20+ years of experience in Cyber security, Customer Success, Product delivery and management, Infrastructure management, Identity & Access Management. He is a strategic thinker and planner, skilled in the design, implementation and management of highly effective product development, security architectures. Vikram possesses outstanding leadership and team building strengths that generate optimum productivity and performance excellence from organizational staff. He is committed to achieving corporate objectives with a history of successful delivery of projects and services. Specialties: Customer Success, Cyber Security, Identity & Access Management, Infrastructure Management.
Insider threats refer to security risks that originate from individuals within an organization, such as employees, contractors, partners, or other trusted entities who have authorized access to the organization’s systems, data, and resources. These individuals exploit their insider status to cause harm to the organization by stealing sensitive information, committing fraud, disrupting operations, or otherwise compromising security. Insider threats can be intentional or unintentional and can have severe consequences for an organization’s data integrity, reputation, and overall security posture.
Predictive security analytics plays a crucial role in detecting insider threats by leveraging advanced data analysis techniques to identify patterns, anomalies, and behaviors that might indicate potential security risks originating from within the organization. The techniques include behavioral analysis, anomaly detection, contextual analysis, correlation of data, machine learning and artificial intelligence, real-time monitoring, risk scoring, and adaptive learning.
Predictive security analytics relies on a wide range of data from various sources within an organization to effectively detect and respond to security threats, including insider threats. The data used in predictive security analytics includes user activity data, access logs, authentication data, identity and access management data, network traffic data, endpoint data, behavioral analytics data, geolocation data, contextual data, external threat intelligence data, and more.
Gurucul’s purpose-built cloud-native Security Analytics and Operations Platform provides a consolidated set of capabilities to automate tasks such as data collection and correlation as well as threat detection, investigation, and response (TDIR). The platform is optimized to ingest as much data as possible, applying a wide area of analytics and using true ML/AI to adapt to and learn newer threats, including insider threats.