Industry-Leading
Attack Surface Management
Schedule a demo and uncover the threats that no one tells you about
How it Works
Identify and secure all areas that could be
targeted in your Attack Surface
Eliminate Digital Risks
Identify internet-exposed assets before they act as unauthorized entry points for hackers.
Eliminate Blind Spots
Analyze thousands of posts using AI classifiers and advanced analysis models such as Natural Language Processing (NLP) to uncover leaked data and detect relevant attack discussions.
Detect and Respond
Determine the impact of data breaches or misconfigurations of your cloud storage.
Features
Uncover and Secure Every Aspect of Your
Attack Surfaces that Could be Targeted.
Asset Discovery
By utilizing a centralized view, you can streamline your management of potential attack points, expedite your investigation of security incidents, enhance your vulnerability assessments, and effectively mitigate risk.
Vulnerability Management
Full context on vulnerabilities in valuable resources within an organization, with the goal of improving overall security.
Actionable Context
Gain a comprehensive understanding of your potential points of vulnerability by obtaining a current and historical view of all your internet-connected assets, both on-premises and in the cloud.
Application Security Scanning
Application Security Scanners are automated tools that scan web applications from the exterior to detect security vulnerabilities such as Cross-Site Scripting (XSS), SQL Injection, Command Injection, Path Traversal, and insecure server configurations.
Code Repository Analysis
Cyble leverages advanced scanning tools and AI-driven analysis to scrutinize code repositories, uncovering vulnerabilities and ensuring secure code practices.
File Hashes Detection
Our detection approach utilizes a blacklist of harmful file hashes. We analyze network traffic, evaluate all connections, and calculate the MD5, SHA1, and SHA256 hash for every new file identified in the transfer of a connection. We perform a thorough examination of network traffic, analyzing all connections made and generating unique hash values, specifically the MD5, SHA1, and SHA256 hash, for every new file identified during the transfer of a connection. This allows us to quickly and effectively identify potential security risks.
Cloud Storage Analysis
Cyble assists you in identifying instances of data leakage or assets that have been publicly exposed in various cloud storage solutions. Cyble enhances your ability to detect and mitigate data exposure risks by offering a comprehensive examination of cloud storage solutions, in order to identify instances where sensitive information or assets may have been leaked or made publicly available.
Asset Intelligence
Cyble Asset Intelligence specializes in identifying security vulnerabilities in various areas of a network. It conducts regular scans to look for any new or existing vulnerabilities that could potentially be exploited by attackers. By identifying and analyzing these vulnerabilities, Cyble Asset Intelligence helps organizations to better understand the risks they face and to take appropriate steps to protect themselves against potential cyber attacks.
IP Risk-Scoring
The IP Risk Score generated by Cyble gives an indication of an IP address being linked to harmful activity, based on intelligence gathered from various IP threat sources.
New Port Discovery
Cyble Asset Intelligence is capable of discovering new ports on a network, which are entry points for data transmission between devices.
SSL Expiry Alerts
Cyble helps you keep your websites secure against various cyber threats by constantly monitoring the expiration status of the Secure Sockets Layer (SSL) certificates used on the website. SSL is a security protocol used to establish an encrypted link between a server and a client, typically a web browser.
Domain Expiry Alerts
By tracking the expiration date of domain registrations, Cyble Asset Intelligence helps you proactively renew your domain registrations before they expire, preventing any potential disruption to your online presence.
Attack Surface Management FAQs
Attack Surface Management (ASM) safeguards against cyber threats by providing companies with comprehensive insights into their internal and external attack surfaces, encompassing all vulnerabilities, entry points, and potential avenues for attacks from various sources.
ASM covers a range of digital assets, including but not limited to:
- Websites and web applications
- Domain names
- Cloud resources
- IoT devices
- APIs
- Mobile apps
- Shadow IT resources
- Third-party integrations
ASM offers numerous benefits, including:
- Reduction in overall cyber risk
- Improved security posture
- Comprehensive visibility into the external attack surface
- Better regulatory compliance
- Reduced likelihood of data breaches and associated costs
An attack vector serves as the pathway or method through which an attacker or hacker gains entry to a computer or network server, intending to deploy a harmful payload or achieve a malicious outcome. These vectors empower hackers to exploit system vulnerabilities, encompassing technical weaknesses and exploiting human factors within the system.
The frequency of conducting these assessments relies on various factors, such as the organization’s size, the intricacy of its attack surface, and the associated risk level. Optimal practice suggests that rather than intermittently, attack surface management should ideally occur on a continuous basis.
Determining the priority for addressing vulnerabilities depends on factors such as the organization’s attack surface, risk level, and exploit potential. Organizations should prioritize based on severity ratings, the probability of exploitation, impact on business operations, and the criticality of compromised assets.
Attack surface management comprises various core functions operations such as asset identification, vulnerability evaluation, threat modeling, and risk administration. Asset discovery specifically focuses on recognizing every device and system linked to an organization’s network.
To mitigate Attack Surface risks, organizations must first fully assess the extent of their Attack Surface across websites, portals, apps, etc. Once the Attack Surface has been mapped, organizations can audit all aspects of their Attack Surface to address any weaknesses, patch vulnerabilities, and consolidate vulnerable online assets in preparation for remediation efforts.
The frequency of conducting ASM assessments relies on various factors, such as the organization’s size, the intricacy of its attack surface, and the associated risk level. Optimal practice suggests that attack surface management should occur continuously rather than intermittently.
