OWCD for boundary-restricted data diodes in IoT, production management, and healthcare operations.
Connecting business equipment networks that handle production devices and medical equipment with general office systems. For cybersecurity at this boundary, start with this.
- Let's collect operational information from the PLC and visualize it. - Using IoT for factory monitoring, let's actively improve yield, enhance quality, and conduct condition monitoring. - By connecting medical devices, electronic medical record systems, and medical administrative systems, let's aim to enhance the efficiency of expanding healthcare. However, there are high barriers: "Our devices are vulnerable from a security standpoint, so we must keep them completely isolated." This is the mindset across various industries. To securely protect IT critical assets that are potentially at risk of external intrusion, we should ensure that they remain completely independent from the outside while allowing information to be shared internally. That's where "OWCD" comes in. It physically shuts out signals from the outside! Zero Trust assumes connectivity; ransomware attacks ultimately break passwords—it's just a matter of time. OWCD itself requires no setup work and is easy and straightforward to use. It frees you from maintenance tasks like configuring routers and firewalls, applying patches, and managing passwords. One of the definitions of cybersecurity, recognized in Japan, the United States, and Europe, can be realized with "OWCD," which enables one-way communication control. This technology is patented by Mitsubishi Heavy Industries, Ltd. There is an explanatory video linked below! Feel free to contact us as well.
- 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