Last Updated on June 20, 2023 by Team Experts

In the ever-evolving landscape of cybersecurity, organizations battle relentless and intricate threats. These multifaceted dangers probe the defenses and resilience of even the most prepared entities. A glimpse into the future by Gartner reveals that, by 2025, a staggering 45% of global organizations will have fallen victim to some form of supply chain attack, underscoring the urgent need for robust security measures.

The realm of threat intelligence has undergone a remarkable change, moving beyond conventional detection and embracing proactive approaches fueled by prediction.

This article delves into the dynamic landscape of threat intelligence, shedding light on the shift from detection to prediction. It emphasizes the pivotal role of User and Entity Behavior Analytics (UEBA) in strengthening security posture and safeguarding against emerging risks.

The Transition from Detection to Prediction

Traditionally, threat intelligence focused on identifying and responding to security incidents after they occurred. This reactive approach relied heavily on technologies such as firewalls, intrusion detection systems (IDS), and security information and event management (SIEM) tools to detect and analyze malicious activities.

While effective to a certain extent, this approach lacked the agility and capability to proactively mitigate emerging threats. The rising volume and complexity of cyber threats demanded a paradigm shift towards a predictive model.

By harnessing advanced analytics, machine learning, and artificial intelligence (AI), organizations can now move beyond mere detection and gain the ability to predict potential security incidents before they happen.

This proactive approach allows for more effective threat prevention, reducing the impact of attacks and minimizing potential damage.

UEBA: Enhancing Threat Intelligence with Behavioral Analytics

A critical component in predictive threat intelligence is User and Entity Behavior Analytics (UEBA). UEBA leverages machine learning algorithms to analyze and identify anomalous behaviors within an organization’s network, applications, and systems.

By monitoring user activities, access patterns, and entity behaviors, UEBA can detect subtle indicators of compromise that may go unnoticed by traditional security mechanisms. It goes beyond simple rule-based alerts by employing advanced analytics to establish user and entity baselines.

UEBA platforms continuously learn and adapt, providing organizations real-time insights into potential threats and enabling proactive response measures.

Comparison of UEBA and Traditional Detection Technologies

Criteria	UEBA	Traditional Threat Detection
Focus	Behavior-based detection and analysis	Signature-based detection
Data Sources	User and entity behaviors and activities	Network logs, system logs, and event data
Detection Approach	Anomaly detection based on behavior	Rule-based detection based on known patterns
Detection Scope	Insider threats and external attackers	External threats and known attack signatures
Threat Visibility	Detects unknown and zero-day attacks	Detects known and previously identified threats
Contextual Insights	Provides context-rich insights	Limited contextual information
False Positive Reduction	Utilizes advanced analytics to reduce false positives	Relies on predefined rules, leading to a higher false positive rate
Scalability	Can scale and adapt to changing environments	May require manual rule updates and customization
Response Capability	Enables proactive response to emerging threats	Reactive response to known threats
Integration	Integrates with existing security infrastructure	Requires integration with SIEM and other security tools
Insider Threat Detection	Capable of identifying insider threats	Lacks specific focus on insider threats
Skill and Response Requirements	Requires specialized skills and resources	Skill requirements may be more general

By analyzing the above table, it becomes clear that UEBA offers several advantages over traditional threat detection solutions:

1. Focus: UEBA excels in behavior-based detection, identifying unknown and zero-day attacks, unlike traditional solutions limited by known patterns.

2. Detection Scope: UEBA covers insider threats and external attackers, offering a comprehensive security approach. Traditional solutions often overlook internal risks.

3. Threat Visibility: UEBA’s detection of unknown and zero-day attacks enhances threat visibility, empowering organizations to respond effectively to emerging threats. Traditional solutions are limited to known threats, leaving gaps in protection.

4. Contextual Insights: UEBA provides in-depth contextual information on user and entity behaviors, enabling better decision-making. Traditional solutions lack this level of insight.

5. False Positive Reduction: UEBA leverages advanced analytics to minimize false alarms, enabling security teams to focus on real risks. Traditional solutions generate more false positives, wasting resources.

6. Scalability: UEBA is designed to adapt to evolving nature of cyber threats, ensuring scalability. Traditional solutions may struggle with manual updates and customization.

7. Response Capability: UEBA enables proactive response to emerging threats, empowering security teams to take preemptive action and reduce the dwell time of attackers. Traditional solutions are primarily reactive, responding to known threats after detection, potentially leading to longer response times and increased damage. This difference is significant considering that it takes security teams an average of 277 days to identify and contain a data breach, according to a report by IBM.

8. Insider Threat Detection: UEBA specifically targets insider threats, monitoring user behaviors and access patterns. Traditional solutions may not prioritize internal risks.

9. Integration: UEBA seamlessly integrates with existing security infrastructure, maximizing the value of other tools like SIEM platforms. Traditional solutions may require additional effort for integration.

10. Skill and Resource Requirements: While UEBA may require specialized skills and resources, organizations can partner with experienced cybersecurity professionals or managed security service providers (MSSPs) to ensure optimal deployment and ongoing operations. Traditional solutions may have more general skill requirements.

Challenges and Considerations

While UEBA offers significant advantages in enhancing threat intelligence capabilities, organizations must address several challenges and considerations:

1. Data Privacy and Compliance: Monitoring user and entity behaviors may raise concerns about privacy and compliance with data protection regulations. It’s important to establish clear policies and protocols to ensure that data collection and analysis adhere to legal requirements while respecting individual privacy rights.

2. Integration and Scalability: Integrating UEBA with existing security infrastructure and scaling the solution to meet organizational needs can be complex. Seamless integration with SIEM platforms, firewalls, and other security tools is crucial to derive maximum value from UEBA implementations.

3. Skill and Resource Requirements: Implementing and managing UEBA solutions may require specialized skills and resources. Assess your readiness and consider partnering with experienced cybersecurity professionals or managed security service providers (MSSPs) to ensure optimal deployment and ongoing operations.

4. False Negatives and Evading Detection: Adversaries continuously evolve their tactics to evade detection. While UEBA enhances threat intelligence, it is not foolproof. Attackers may attempt to blend in with normal user behaviors or employ sophisticated evasion techniques, leading to false negatives. Continuously update and fine-tune your UEBA systems to stay ahead of emerging threats.

Conclusion

The evolving threat landscape necessitates a shift from reactive detection methods to proactive threat intelligence approaches, and UEBA plays a pivotal role in this transition; it empowers organizations to move beyond detection and embrace prediction. By leveraging advanced analytics and machine learning, UEBA provides early threat detection, and contextual insights, and reduces false positives.

Organizations that embrace and incorporate this technology into their security posture will be better equipped to combat emerging threats and safeguard their digital assets in an ever-evolving cyber landscape.