The requirement for information systems to be open to Internet exposure is that applications used for testing be migrated to the intranet and not exposed on the Internet.

With the surge in the number and types of digital assets in the enterprise, the Internet exposure has increased dramatically, and the assets can be controlled and managed as well as the asset security risks have increased, and found that the risks and timely closure of the exposed assets can effectively eliminate the hidden dangers.

Internet exposure detection is based on big data three-dimensional attack and defense technology, providing attack surface detection services based on the customer's perspective, multi-dimensional and effective detection of the digital asset exposure of the organization and affiliated organizations, to help users understand the asset exposure situation to discover unknown assets, detect leakage of sensitive information, and efficiently converge on the asset exposure surface, and the front of the security protection gate.

At the same time, combined with the security service expert service, security experts provide exposure convergence recommendations based on calibration analysis, helping customers to improve the cost of attacks and quickly improve the security management capabilities of digital assets.

Comprehensive Discovery of Internet Assets

Based on a large database of information fingerprints, it is not limited to the monitoring of regular Internet exposure surfaces, but focuses more on helping customers discover unknown assets and avoid potential security risks. Based on globally distributed monitoring sources, it detects enterprise organizations, IT assets, domain names, mobile apps, mailboxes, people, domain names, IPs, ports equal to the open network, deep web, and dark web.

Monitors multi-platform code and document leaks, including Git, cloud drives, communities, and other information leaks and tags data for type and risk. Helps identify all unreported assets that appear in the customer's network and detect possible security risks in advance. By quickly categorizing and detecting network resources, it monitors periodic changes based on key elements such as ports, components, and services.