Sarab

Elevate Your Security Posture with Proactive Deception Techniques

What is Sarab ?

Sarab, our internal deception technology, sets up a network of decoys that mimic your company's actual assets, effectively misleading attackers and safeguarding critical data. This system helps in detecting potential internal threats and provides a comprehensive security solution to combat a wide range of cyber threats with the capability for early detection of breaches, quickly alerting your security team to potential intrusions before they escalate. Designed for seamless integration, it requires no additional resources and is scalable across various VLANs. This makes it a versatile option for both large and small businesses. With Sarab, you can significantly enhance your company's security posture with minimal effort.

Sarab's Features

AD Simulation & Decoy Management

Create a convincing Active Directory environment by deploying fake user profiles to lure potential attackers. This feature simplifies the organization and management of decoys across various network segments, enhancing your security perimeter by obscuring the true nature of your network assets.

Deception Campaign

Integrated with the Breach+ solution, employing complex deception tactics aligned with the MITRE ATT&CK framework to effectively expose and address security vulnerabilities. This integrated approach leverages the expertise of reverse engineers to deepen insights into adversarial techniques and significantly enhance your defense mechanisms.

Monitor your tailored adversary

Organizations can monitor their own tactics and techniques against potential adversaries to assess the likelihood of these threats occurring.

You will get

Cyber Mines

Deploy a range of deceptive elements, such as counterfeit tokens, usernames, passwords, and honeypot-specific files, across legitimate workstations. These traps are designed to confuse and mislead attackers, thereby protecting sensitive information and critical systems.

Threat Analysis & Real-time Monitoring

Gain a comprehensive view of potential attack paths within your network and devise strategic defensive measures. This functionality includes continuous monitoring of network activity and real-time alerts to ensure immediate response to emerging threats.

Built-in Sandbox

Utilize the integrated sandbox environments to safely dissect and analyze malicious files intercepted by your honeypots. This capability is crucial for understanding attack methods and refining your incident response strategies.

Integrations with Security Controls

Seamlessly integrate Sarab with your existing security infrastructure to amplify your defensive capabilities. This integration facilitates more effective threat detection and streamlines the response process, making your security operations more agile and robust.

MSSP Feature

Sarab

Enable Managed Security Service Providers to centrally manage and improve the security postures of multiple organizations. This feature provides expert analysis and customized recommendations, allowing MSSPs to strengthen defenses and reduce risks more efficiently across their client base.

One Tool, Multiple Benefits

Strengthening Cybersecurity with Integrated Deception Technology

Seamlessly integrated with the Breach+ solution, Sarab uses up-to-date deception tactics aligned with the MITRE ATT&CK framework to proactively expose and mitigate security vulnerabilities.

Enhancing Security with Strategic Deception Tactics

Deploying a range of deceptive components like counterfeit tokens, usernames, passwords, and honeypot-specific files across legitimate workstations, benefits organizations by creating effective traps that confuse and mislead attackers. This strategy enhances the protection of sensitive information and critical systems by turning potential vulnerabilities into defense mechanisms.

Increased Network Visibility

Sarab's advanced monitoring tools provide detailed visibility and real-time alerts, helping to quickly identify and understand unusual network activities, thereby enhancing threat detection and minimizing potential damage.