OPSWAT VS Cyberstanc Vortex

OPSWAT protects critical infrastructure (CIP). Our goal is to eliminate malware and zero-day attacks. We believe that every file and every device pose a threat. Threats must be addressed at all locations at all times—at entry, at exit, and at rest. Our products focus on threat prevention and process creation for secure data transfer and safe device access. The result is productive systems that minimize risk of compromise. That’s why 98% of U.S. nuclear power facilities trust OPSWAT for cybersecurity and compliance.

OPSWAT. Trust no file. Trust no device.

Cyberstanc Vortex is an all-in-one content security solution that utilizes advanced threat detection and comprehensive file analysis to provide unparalleled protection against malware threats. By employing cutting-edge Signature-less Detection powered by our very own Scrutiny Engine and Simulation Intelligence capabilities, Cyberstanc Vortex is able to identify and neutralize even the most sophisticated malware threats. Its advanced file analysis techniques provide a thorough examination of metadata, file structure, and relationships between files, allowing organizations to stay ahead of emerging threats. With its "Report, Remove, and Sanitize" feature, Cyberstanc Vortex offers comprehensive protection, ensuring secure data transfer between networks. Its focus on transparency and accountability gives organizations the confidence to trust the accuracy of its results.

One of the key advantages of Cyberstanc Vortex is its exceptional detection accuracy, surpassing traditional anti-virus solutions. By reducing the number of artifacts that need to be sandboxed, it saves valuable time and resources while minimizing the risk of false positives. Through the examination of metadata, file structure, and relationships between files, Cyberstanc Vortex employs simulation intelligence to identify threats effectively. This actionable intelligence provides security teams with detailed information about the nature and behavior of the detected malware.