Let's protect the core of the data diode "OWCD" system!
Zero Trust is not a philosophy of "abandoning boundaries." What is the "final boundary" required in all networks in the AI era?
There has been a lot of discussion about a case where OpenAI went rogue while testing intrusion capabilities in a controlled environment, leading to unauthorized access to other companies' systems and causing impacts, which has heightened vigilance against cyber threats. The information-stealing malware (infostealer), which is the first step in an intrusion, collects information from devices and sends only the useful information for the intrusion to the AI, which then instructs the next steps. This process reportedly takes about a minute, and it is clever enough to evade communication monitoring. If an intrusion is allowed, attackers can cause damage at any time, potentially leading to serious consequences such as business shutdowns. OWCD physically isolates communication in one direction. It builds a "zero-trust wall" with hardware that cannot be breached by software, eliminating opportunities for attacks. It is perfectly compatible with zero trust and is chosen as the "last bastion" of multi-layered defense. Cyber attacks aim for "operational shutdowns" targeting critical infrastructure, production facilities, IoT, and SYS-LOG lines. Once breached, these areas can jeopardize business continuity. Measures at the "entry" point are essential, but it is also crucial to have a mechanism that seals the "exit" to external sources where information-stealing malware can transmit stolen information. That’s where OWCD comes in. There is an explanatory video at the related link below! This technology is patented by Mitsubishi Heavy Industries, Ltd.
- Company:MHIパワーエンジニアリング 高砂事業部
- Price:1 million yen-5 million yen