The solution addresses the growth of so-called agentic hacking, an attack method in which artificial intelligence agents can investigate vulnerabilities, generate code, and autonomously adapt their actions. This type of automation allows for faster threat development and the creation of specific variants for different targets, making them more difficult to identify using detection systems based solely on known signatures.

Malware detection using artificial intelligence

BeSafe Argus uses artificial intelligence models to analyze file characteristics and behavior to determine if they pose a threat. Unlike traditional signature-based antivirus programs, its operation doesn't rely solely on identifying pre-cataloged malware patterns. According to Teldat, this capability allows it to detect unknown malicious files and variants specifically developed to target an organization.

The company states that the technology has been tested against threats generated by Mythos, an advanced AI model capable of identifying and exploiting security vulnerabilities. Teldat uses the term Mythos Grade to describe BeSafe Argus's preparedness against these types of threats. This rating is provided by the manufacturer, and the press release does not detail any independent certification.

Antonio García Romero, CEO of Teldat, points out that the automated generation of malware forces us to evolve from the recognition of known threats to systems capable of identifying malicious behaviors.

Local analysis without sending files to the cloud

One of the key features of BeSafe Argus is that the scan runs directly on the protected device. This approach eliminates the need to send files to external services or third-party infrastructure to determine if they contain malicious code. The architecture allows information to remain within the organization's environment and enables protection even when devices are offline.

According to Teldat, this capability is especially relevant for organizations that handle sensitive information or use isolated systems. The company presents local analysis as an alternative to certain cloud-based sandbox inspection processes, although this does not imply that all analysis techniques in isolated environments have become obsolete.

Compatible with Windows, Android, and Linux

Teldat has developed a detection engine compatible with Windows, Android, and Linux, aiming to expand its application to different types of devices. In addition to conventional computers and terminals, BeSafe Argus is designed for embedded equipment, IoT devices, and industrial electronic systems. This compatibility allows it to address environments where installing a traditional antivirus might be complicated due to hardware characteristics or operating conditions. Local processing also facilitates its use on disconnected networks and systems with communication restrictions, including certain environments within the defense sector.

Integration with BeSafe Pro to protect devices and networks

BeSafe Argus is complemented by BeSafe Pro, Teldat's solution for perimeter protection and communications traffic monitoring. The company highlights that its artificial intelligence engine can also be integrated into Teldat firewalls. This integration allows for combining threat detection on devices with network traffic analysis. Using sensors and AI techniques, BeSafe Pro can identify anomalies and propose or execute containment measures in real time. These actions include isolating devices, blocking communications, and modifying security policies. The goal is to provide protection at different points of entry and propagation of threats within an infrastructure.

Cybersecurity developed in Spain and digital sovereignty

Teldat points out that BeSafe Argus was developed entirely in Spain and that its artificial intelligence models were trained using Spanish infrastructure. The company links this approach to its digital sovereignty strategy, aimed at reducing dependence on external technologies and maintaining greater control over data. On-device analysis contributes to this objective by preventing the files being examined from having to leave the organization's infrastructure.

With BeSafe Argus and BeSafe Pro, Teldat proposes a protection architecture that combines artificial intelligence, device security and network monitoring to respond to increasingly automated threats.