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Zero Trust is fundamentally about "not trusting," but there is the challenge of "how to connect to places that cannot be fully trusted." This is where the data diode OWCD comes into play! When connecting control networks (OT) in factories and power plants to external networks (IT), there is a growing need for "secure one-way communication to send data," and the adoption of OWCD is increasing. Today, I want to discuss "secure log transfer" within this context. To achieve Zero Trust, it is essential to continuously collect and analyze logs and monitoring data from each device. However, if we do not send the OT information, which we want to keep cleaner, to the often challenging IT side, it is hopeless to conduct constant collection and analysis. This makes it perfect for the purpose of simply sending OT-side logs and monitoring data to the IT-side SIEM. In fact, the adoption is rapidly increasing from infrastructure-related applications. SIers, if you want to promote cybersecurity, let's make good use of boundary control as well. There is a video explanation linked below! Feel free to contact us.
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The true horror of ransomware lies not in stealing data, but in its power to halt daily life. It infiltrates deep within systems, targeting file servers and database servers to launch attacks. As the name "infostealer" suggests, information-gathering malware is at work. Before launching a ransomware attack, it steals authentication credentials and thoroughly investigates the target. Unlike when files are encrypted and it's immediately obvious that an attack has occurred, information-gathering malware collects data without the victim realizing it. It steals system information, which later aids attackers when they infiltrate the system or expand their infection after gaining access. Upon investigation, it may be found that the intrusion occurred days prior, leading to data leaks. The information is sent to the attacker following the path of intrusion. By blocking the information produced by this information-gathering malware, much of the damage can be prevented. This can be achieved by equipping the system with an OWCD. The data diode "OWCD" accomplishes a physical one-way communication restriction. Moreover, since it is a physical method, it can be used safely even without on-site personnel. For inquiries, please refer to the related links below.
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A data diode that restricts communication direction to one way. Among them, the physical data diode "OWCD" truly cuts off the line in one direction. By skillfully combining this in the network configuration, a network can be created that protects the supply chain. While the internet can be used in various ways, the critical systems can: - Shut out unauthorized intrusions from the source - Shut out information leaks from the receiving side. Is it still common to attach PDF files to emails and send them to others? Perhaps sending via FTP? Even in situations where emails are simply accepted, utilizing OWCD to prevent leaks from that circuit is recommended. In the case of sending and receiving documents in the supply chain, placing OWCDs on both sides can strengthen protection even further. If bidirectional communication is necessary, it can be addressed by establishing mutual connections. The use of OWCD is increasingly being utilized by SIers in their proposals to customers. Please make use of it to strengthen your cybersecurity. For inquiries, please visit our company website through the link below.
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There have been a series of unauthorized encryptions and information leaks due to ransomware. With the development of generative AI, the opportunities to use the internet in offices are increasing, and while I believe we are protected by zero trust measures... Ultimately, there are security holes somewhere that allow intrusions, requiring several days to restore the system, during which business operations come to a halt. To prepare for such situations, it is effective to have layered backups of data both online and offline... Ransomware does not achieve its goal simply by intruding. It infiltrates to scout the system and obtain critical information, encrypting or exfiltrating data, which can damage your company's reputation. For this, it is necessary for the intruder to communicate and operate remotely from both inside and outside. If that communication is not possible, even if an intrusion occurs, the worst-case scenario has not yet happened, allowing time to detect and eliminate the threat through various methods. Backup data should be stored in the deepest part. If it can connect to the outside from there, it becomes a significant advantage for the intruder. By cutting off unnecessary lines, you can avoid major damage. Depending on how you use it, you can strengthen your defenses, so please consider it. For inquiries, please visit the related link below ⤵ There is also an explanatory video.
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Zero Trust Security: Did you know that it has actually been infiltrated quite a while ago? If targeted, half of passwords are broken, allowing for blatant intrusions, and 80% of the unauthorized signals that are noticed later do not trigger alarms. At this point, the probability of a bad move failing is only a few percent. It’s a free-for-all... OWCD provides hassle-free boundary control, but did you know there are actually two ways to use it? One is to protect the core without allowing intrusion. The other is to ensure that "nothing is leaked," thereby avoiding actual harm to resilience. There are hardly any cases where simply achieving the goal by infiltrating the opponent suffices. If an intrusion occurs, it allows for reconnaissance of the opponent's system, penetrating critical areas, encrypting contents to halt operations, extracting confidential information, or continuously sending malicious emails... these are the actual harms. For this to happen, the virus itself must communicate with external malicious intruders and be remotely controlled. If that communication cannot occur, even if an intrusion happens, no actual harm has yet occurred, allowing time to detect and eliminate even unknown viruses. Cybersecurity: The way you use OWCD can strengthen your defenses. Please consider it. For inquiries, please refer to the related links below.
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DX through database integration such as ERP can lead to a situation where a virus spreads within the supply chain, causing extensive damage if one mistake is made. By effectively using the one-way communication data diode (OWCD), we can mitigate the damage that spreads through the network. The time for recovery in case of an incident is clearly different. If we add file transfers between parties, even if the security management levels and malware countermeasures differ, we can clarify the points of responsibility and create separate networks, preventing everything from coming to a halt. OWCD physically restricts communication to one direction. It may seem very plain, but by ensuring that we stop what needs to be stopped, while allowing various uses of the internet, we can ensure that critical systems: - Block unauthorized intrusions at the source - Block unauthorized communications on the receiving side It can be used for various applications, including monitoring production status with ERP, IoT, and remote data collection. There are increasing examples of SIers utilizing OWCD in their proposals to clients. Please make use of it. For inquiries, please visit our website through the related link below.
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Our products physically block external intrusions and internal information leaks. You don't need to be an IT expert. We combine "connected peace of mind" with "protective mechanisms." This is the security we want you to choose. Data diodes are devices that control communication in one direction, so bidirectional communication is not possible. However, they are excellent devices for preventing unauthorized access from the source side, so we often receive requests asking if there is a way to use them bidirectionally... In today's world, where relying solely on VPNs for ransomware protection is concerning, can we achieve both intrusion prevention and remote maintenance...? High-security case study utilizing OWCD: "Remote Desktop." By separating the contents of the communication used in the Windows service "Remote Desktop," routing each through different paths and incorporating OWCD, we prevent unauthorized access and intrusions to the source side. It can also be combined with your unique zero-trust security systems. We welcome inquiries from SIers as well. For inquiries, please visit the "Contact Us" section on our website below.
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We have set up CABS, which is utilized for field balancing to address shaft vibration and dynamic balancing issues in large turbo machinery (steam turbine generators, gas turbine generators, blowers/air compressors, etc.), for small and medium-sized machines and motor-driven equipment. The challenges associated with bearings cannot be completely avoided, as there will always be slight imbalances in the rotating body or misalignments during assembly (such as centering and distortion), regardless of how well the bearings are made. Moreover, if field balancing is not performed properly after assembly on long shafts or flexible foundations, it can lead to problems caused by vibrations later on. CABS is actively used for field balancing and continuous monitoring of the condition of large turbo machinery. CABS-M is a condensed version that focuses solely on the core functions for field balancing tasks. Electric drive machines are becoming larger day by day, and while the elastic forces increase, the structure of the foundations is shifting from rigid to flexible, complicating the vibration mechanisms. This helps in understanding and analyzing the vibration state. Please feel free to contact us through https://power.mhi.com/jp/group/eng/business/products/cabs.
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One-way communication restriction device data diode "OWCD" The recognition among infrastructure engineers and security engineers has been increasing. You are already aware of it, right? The simple structure of the data diode, which focuses on flowing communication in one direction from left to right, is well-supported. However, relying solely on that capability can be cumbersome for practical use. Therefore, we have established a lineup to respond to various communication needs, including converting bidirectional communication protocols to one-way, protocol conversion based on the recipient's circumstances such as the internet, and even enhancing value through the collection and analysis of IoT information. Among these, one product is the data diode OWCD "Data Secure Link." It is absolutely not allowed for anything to enter internally, and it can be utilized to ensure the security of our customers. As digital transformation (DX) progresses, the operational management becomes increasingly challenging with the growing volume of communication. We encourage you to utilize the data diode OWCD "Data Secure Link," which can be used easily and clearly, with minimal running costs, ensuring safe and secure operations. There is a video introducing the principle; please check the related link below.
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The one-way communication restriction device data diode OWCD has become essential for cybersecurity. Its simple structure, dedicated to flowing communication in one direction from left to right, surprisingly aligns well with zero trust measures. Taking a step beyond merely transmitting communication, we have prepared a system that does not allow intruders or infected files to enter when moving "files," which you frequently use, to networks with different management categories, and does not leak our information to the recipient. This is the OWCD "File Secure Link." It is equipped with a function that automatically transfers files between specific computer folders, allowing files to be delivered to a different security zone. In Japan's digital transformation, what is actually increasing in offices is "files." The management of data is often difficult to decouple in a way that aligns with security measures and system expansions, and it is surprisingly used. OWCD "File Secure Link" can be used easily and clearly, ensuring safe and secure operations. It is used not only for collaboration between offices but also for safely sending CSV files in equipment management at production sites! For inquiries, please refer to the related links below.
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It has been over 40 years since we introduced field balance adjustment for turbo machinery. We have been utilized in various turbo machines, primarily steam turbine generators and gas turbine generators, as well as fans, blowers, and pumps. Building on that foundation, we are not only active in commissioning adjustments during new installations and after-service but also as a permanent vibration monitoring device worldwide. We have prepared a model that further enhances this capability, equipped to monitor the overall condition of the equipment. This is particularly beneficial for machines requiring forced lubrication, as it assists in measurement and dynamic balance adjustment without being constrained by the elasticity or length of the shaft. It is possible to collect various signals, including vibration waveform signals. We can establish alarm circuits for operators and predictive notification circuits for engineers. Furthermore, integration with various analysis systems is possible. This can also be utilized for quality control in factories and for reducing manpower during on-site commissioning. In a world where electrification is advancing, the demand for rotating bodies is not decreasing but rather increasing. Please feel free to reach out to us. For inquiries, please contact us through the link to our company website below.
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One-way communication restriction device data diode "OWCD" introduces "OPC UA communication"! OPC UA, which is platform-independent and enables seamless communication of various information, is extremely flexible and demonstrates connectivity benefits throughout the entire production process. By utilizing flags categorized by industry, it allows for unified information even among different production equipment manufacturers, contributing to the improvement of production digital transformation (DX). It is expected to continue spreading towards the standardization of industrial communication technologies. While OPC UA can implement security measures such as encryption, being able to cross segments that do not require "dialogue" can create security holes. This is where the "OWCD" comes into play. Even with configurations using firewalls and switches in the information transmission circuit, maintenance can be cumbersome, and mistakes can occur, while outdated firmware may fail to prevent passage. The "OPC UA compatibility" of OWCD does not require any configuration for one-way communication. It is hassle-free and reliable. In the current situation where multi-layered defense against ransomware is required, we respond to production equipment security. There is a explanatory video at the related link below! Please also make use of the "Contact Us" at the link.
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There are discussions about what AI is and what DX is. However, ideally, these changes should be implemented after deciding on the content of the reforms. You have been instructed to make IT changes first, and without knowing whether you can achieve useful improvements or whether it will benefit the business, you cannot just dive in blindly. Moreover, you don't even know how much it will cost. For those of you in such situations, we would like to introduce a simple mechanism to monitor the condition of your equipment. We cannot handle complicated matters or distinguish with high precision. But do your products and installed equipment really break in the same way repeatedly? You need to accurately identify any unusual occurrences; otherwise, progress will be difficult. In such cases, a good tool is "MTSystem." Please make use of "MTSystem," which can be developed into a better monitoring system. We offer sales of the software alone, as well as devices for edge and endpoint use. For inquiries, please visit our website below.
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Securing the manpower needed for the maintenance and management of production facilities and infrastructure is becoming increasingly difficult. While monitoring systems for conditions have become quite common, for those creating the systems, it is still not easy to start with AI if there is no data available, and it is unclear what methods to use and what preparations are necessary, not to mention whether the costs are justifiable for the business. Even though the goal is simply to reduce manpower, being urged to promote DX (Digital Transformation) only raises the hurdles. Moreover, even for a Proof of Concept (PoC), security measures are essential. Supporting everyone working to improve predictive monitoring and predictive maintenance operations is our company's "KinectEye Predictive Monitoring/Predictive Maintenance Smart Solution." In particular: - We excel in methods for securely handling and recording data. We can build systems with cyber resilience measures in place. - We support the measurement and utilization of waveform data such as vibration, acoustics, and current values. Based on the experience we have cultivated over the past 40 years, we will assist you in creating systems tailored to your needs throughout the entire process from the initial planning stage. For inquiries, please refer to the related links below.
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The OWCD has received high praise. While other companies sell computers that perform data proxying and conversion decoding together, our company provides data from an air gap based on the premise of utilizing your existing assets. However, it is also true that there is a desire to install everything at once in a compact form during the process of transferring data from OT to IT. Therefore, we have prepared the 3 "i" that consolidates the necessary components into one unit, allowing for easy integration into the network. We are also supporting the mainstream CSV file transfer in PLCs, as well as the upcoming communication standard, OPC UA. Additionally, by connecting IoT networks for factory monitoring using IoT devices, it is possible to actively improve yield rates, enhance quality, and conduct condition monitoring. In today's world, where ransomware poses significant threats to the supply chain, there is no absolute assurance. However, even in production equipment networks that are completely isolated for security with OWCD, it will be possible to promote data visualization within the factory and actively improve yield rates, enhance quality, and conduct condition monitoring. There is an explanatory video at the related link below! Please feel free to contact us through the related link as well.
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- Connect factory monitoring IoT to the production control network to actively improve yield, enhance quality, and conduct condition monitoring. - By linking medical devices, electronic medical record systems, and medical administrative systems, let's work towards the ongoing efficiency of healthcare. However, there are often high barriers, and it is a natural flow to completely isolate "IoT-based devices due to security vulnerabilities." To reliably protect critical IT assets that are potentially at risk of external intrusion, they should 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, making it easy and straightforward to use without the need for configuration work. One-way communication control, which is recognized as a cyber resilience measure defined in Japan, the United States, and Europe, can be realized. A certain company's ransomware attack targeted network devices, right? Passwords can be breached. There are no settings for OWCD. It frees you from maintenance tasks such as configuring routers and firewalls, applying patches, and managing passwords. This technology is patented by Mitsubishi Heavy Industries, Ltd. There is an explanatory video at the related link below! Feel free to contact us.
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Remote access seems to be protected by VPNs, but the number one target for intrusion is actually the VPN itself. Various measures have been proposed for ransomware countermeasures, but the reality is that there are hardly any effective solutions, especially when it comes to remote maintenance. Even if you update your router and strengthen password authentication, if targeted, there’s a 40% chance it can be breached. Remote desktop is vulnerable if the connection is hijacked. Therefore, there is a method to completely separate the flow of signals from the operation side (keyboard and mouse) and the operation target side (display) to protect against "operations" from connection hijacking. By allowing signals to flow in only one direction and completely separating communications, we achieve zero intrusions and zero leaks. You can gain "peace of mind" just by implementing it, even without IT knowledge. This is the "OWCD Remote Maintenance Security Enhancement Solution." By doing this, even if something happens to the VPN, the level of security is different. While similar products have started to appear overseas, there are still none in Japan. Please make use of it. There is an explanatory video at the related link below! This technology is patented by Mitsubishi Heavy Industries, Ltd.
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Cyber attacks are now aimed not at "data leaks" but at "business and operational shutdowns." As malware generation and phishing accuracy improve, attacks unfold at a speed that surpasses human thought. Firewalls, VPNs, gateways, virus checks, and access authentication software—how far can these keep up? Maintenance is challenging, and the reality is… According to a survey, it takes an average of 349 days to realize an intrusion has occurred, and by then, it has already permeated. Whether actual damage occurs depends on the intruder. While humans are still thinking about how to respond… The era of human versus human is coming to an end, and we are entering the era of machine versus machine. It is essential to have systems in place that reliably stop unnecessary communications, as well as to check important infrastructure, production equipment, IoT data collection, and SYS-LOGs. It is also crucial to block the "outlet" through which malware communicates with the outside from within the information assets that need protection. OWCD eliminates intrusions from the outside or data exfiltration by physically blocking communication in one direction. It realizes the "zero trust" barrier that cannot be fully prevented by software control through hardware. The use of multi-layered defense is rapidly increasing. There is an explanatory video at the related link below! This technology is patented by Mitsubishi Heavy Industries, Ltd.
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■Overview This device measures shaft vibrations of various rotating machinery, including turbines, and supports dynamic balancing adjustments. (It is applicable to turbo machinery such as steam turbines, gas turbines, blowers, pumps, as well as electric motors and generators.) It can also be utilized in operational condition monitoring systems. ■Features - Visualization of dynamic balance using modal circles (Nyquist diagrams) - Calculation of optimal balance weights based on measurement results, up to six surfaces - Compatible with long-term history management databases - Capable of incorporating anomaly detection algorithms [You can share and utilize the experiences you have cultivated!] - Push alarm transmission and integration with external systems such as cloud services are also possible ◇ The signal input circuit of the main product is equipped with an anti-aliasing filter compatible with velocity-type vibration sensors. ◇ A lineup ranging from operational management equipment using acceleration measurement to portable balancers, field balancers, and continuous monitoring is available. ◇ Applicable to low-speed/high-speed rotating machinery (export overseas: prior consultation required) ◇ Additional measurement items, various function additions, and modifications for installation specifications for manufacturing site quality control purposes are possible. ◇ There is also an anomaly detection model incorporating the Taguchi method. ◇ Torsional vibrations are also acceptable (marine applications are available). For inquiries, please contact us through the "Contact Us" link below.
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The future society "Society 5.0." However, for those creating the systems, even if AI is mentioned, it cannot begin without data, and it is not easy to understand what methods to use and what to prepare, not to mention whether the costs are justifiable for the business... it's not simple. Even if we gather information, measuring is not straightforward, and it's unclear what communication methods are suitable. Although cloud solutions are often mentioned, the hurdles can be surprisingly high. Security measures are also necessary. On top of that, we want to leverage our company's experience while keeping costs low and ensuring effective initiatives. Our "KinectEye IoT & AI Infrastructure Concierge Service" supports those aiming for a future society and engaging in digital transformation (DX) for business improvement and new business development. We assist in building monitoring and diagnostic systems. You can trust us with data collection for vibrations, acoustics, and images. We also provide support on-site and facilitate communication with remote locations, enabling you to achieve reliable innovation. In addition to IoT and AI, we are also involved in building maintenance DX businesses, leveraging the experience we have cultivated over 40 years. We will assist you throughout the entire process, from the initial planning stages of your project.
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The "Predictive Monitoring Solution MTSystem," which prevents equipment and device failures by identifying unusual conditions, is utilized as part of "next-generation maintenance" that monitors the state of operations. However, is it only the production equipment that is "different from usual"? Depending on the monitoring content of the production process, our "MTSystem" can also be used for quality control. Since it is based on quality engineering's "Taguchi Method," it may be natural for factories that conduct QC rigorously to utilize it. However, whether a solid and continuous monitoring system is in place is another matter... that may be the reality. In the end, isn't it the case that results are based on post-production sampling inspections? It is expected that labor shortages will become more severe in the future. The scope that one must manage will expand and become more complex. Monitoring is not just about using expensive inspection equipment and leveraging AI for pre-shipment inspections. Often, small improvements during the process can be very beneficial for yield enhancement. We encourage you to consider utilizing it. For inquiries, please refer to the related links below.
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Many AI products for preventing troubles have emerged. But do you really know if they are usable? SIers often don't know what to do and end up completely relying on AI vendors, resulting in a lack of alignment between users and vendors, which often leads to... This is the reality. In comparison, the "MT system" can be easily started without overthinking it. Many physical AIs do not require the preparation of necessary training data with this system. Let's take normal data and try using the "MT system." Even with excellent AI, the actual determination of whether something is abnormal ultimately comes down to visual and auditory checks. If that's the case, being able to simply notice "something is different" or "something is wrong" allows for steady progress, little by little. By advancing from a range that you can easily tackle, you can prevent your own challenges from being completely handed off to someone who does not fully understand them, which could lead to confusion and derailment. We are using it ourselves. We can provide broad support, including data collection, visualization systems, and server security measures. We will assist in solving each technical challenge that may cause concern. Please contact us through the related links below.
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