Sands Lab introduces AI-based cyber security technology at VB2023 in October

Sands Lab (CEO Kim Ki-hong), a company specializing in cyber threat intelligence, introduces its artificial intelligence technology and related experiences at the international conference 'VB2023' hosted by VirusBulletin, a global antivirus evaluation agency. 8 the day said

At the VB2023 event, Sands Lab presented 'AI-based digital evidence enhancement technology for profiling attack groups and techniques to respond to cybersecurity threats'. ' will be presented on the subject.

The VB2023 event, which will be held in London, England this coming October, is a global event where major security companies and security experts from various fields around the world gather to present and discuss various topics such as cyber security-related technologies, threat intelligence, attacker tracking, and cyber crime. It's an event. In Korea, cyber security organizations and security companies such as Korea Internet & Security Agency, AhnLab, and S2W are scheduled to make announcements.

The TIPS (Threat Intelligence Practitioners' Summit) track, which SandsLab will present, is a special track created by the global Cyber ​​Threat Alliance (CTA) to present related experiences and core technologies to companies specializing in CTI. Sands Lab will be presenting for the first time in

Sands Lab's DBP (Deep Binary Profiler) technology to be announced this time decomposes executable malware files, separates information by function, and automatically identifies attack groups and attack techniques (T-ID) defined in MITER ATT&CK. It is an artificial intelligence (AI) technology that can be identified by The core of this technology is to track and automatically identify relevance with past data when a new, unknown malicious code penetrates, and to provide relevant analysis information along with evidence. It can respond to cyber threats quickly and efficiently without human intervention, and provides the basis information needed to create related response information.

In addition, DBP technology can quantify the similarity and variation between codes to infer the evolution of malicious codes, attack groups, and attack techniques. It vectorizes various feature information of codes and compares them with existing datasets to strengthen the proof as digital evidence. According to the company, it is possible to overcome the existing limitations and prevent problems that cause confusion by providing incorrect analysis information.

Based on these contents, SandsLab can redefine various analyzes of the community based on objective facts in accordance with this year's theme of the TIPS track, 'The Community Effect', and based on this, it is possible to reduce time loss due to various interpretations of cyber security threats. We plan to deliver the message that social losses consumed in responding to threats can be reduced by minimizing them and maximizing community capabilities.

Ki-Hong Kim, CEO of SandsLab, said, “Until now, only the information analyzed based on the personal experiences of some experts lacked objectivity, and it was difficult to secure digital proof.” It is a next-generation core technology for which more than 10 patents have been applied for in the United States. We will use this event as an important starting point for introducing the technology to the global market and sharing opinions with various analysts around the world to advance Sands Lab's technology and Korea's cyber security technology globally.”