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Vision statement of furehako®

Today, security challenges are intensifying globally. The traditional centralized data management models of the Web 2.0 era, have failed to address the threats.
Inspired by the promise of web3 distribution, we developed furehako®, a non-server-based confidential distributed storage system powered by web3 technology. By fragmenting files, encrypting each piece of data, and then securely distributing them via masked network, furehako® ensures unparalleled data safety while also enabling cost-effective data management. It has already been adopted by police departments, healthcare institutions, and major corporations, addressing a wide range of security challenges.
Through this cutting-edge technology originating from Japan, we aim to contribute to solving data security issues worldwide.

CEO of Casley Deep Innovations
Kazumasa Sunagawa

Features

01 Next-Generation Security Technology to Prevent Hacking
Our technology divides data into small fragments, encrypts each piece, and distributes them across devices over a masked network for storage. This decentralized approach ensures that data is not concentrated in one location, significantly reducing the risk of cyberattacks. Additionally, blockchain verification ensures the integrity of the files, providing comprehensive data protection. By combining these mechanisms, we have achieved a level of security that makes hacking virtually impossible.
02 Maximizing Cost-Effectiveness in Large-Scale Data Management
By utilizing a decentralized network architecture, our system avoids overloading any single server, enabling the safe and efficient management of large volumes of data. The setup is simple—just install a dedicated app on your devices. This approach significantly reduces the high server costs often associated with traditional centralized network services.
03 Decentralized Data Management with web3
Our solution leverages web3-based confidential distribution technology, allowing you to manage your critical company data internally without relying on external cloud platforms. This approach eliminates the risk of interference or unforeseen issues from platform providers, enabling secure and flexible data operations within your organization.

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Use Cases for furehako®

furehako® is designed to be utilized by organizations of all sizes across diverse industries.

Related to government, public offices, and municipalities

Disaster Sites: Instant P2P Networks
Lack of internet access is a major obstacle during disaster relief and rescue operations. Operating in disaster zones, furehako® instantly stands up P2P networks, directly connecting PCs and other terminals. This enables real-time sharing of information necessary for rescue operations between the rescue team and the command center. With furehako®, disaster relief operations are proceeding more quickly and efficiently.
Mountain Rescue: Drones + P2P Networks
Mountain rescue teams deploy to find people in distress and plan rescue routes, often without a communication network. furehako®'s P2P masked networks combined with satellite links enable real-time image transmission from drones equipped with a thermal camera to the rescue team headquarters. This system has contributed to the rapid detection and rescue of people in distress at many mountain rescue sites.
Event Security: Dedicated Real-Time Networks
Police must patrol crowded public events, but they often face issues with overwhelmed cellular networks. Security protocols also call for a dedicated line for police officers to communicate with each other. furehako®'s proprietary routers and masked satellite communications can be used to quickly establish a closed network dedicated to police. This enables real-time access to security camera images at each location from a command center, where leaders can issue precise instructions to the officers in the field.

Research and Medical Institutions

R&D Sites: Secure Storage and Proof of Authenticity
Research laboratories must store important research data and confidential information without information leaks or unauthorized access. Research teams use furehako® to securely store and share data within the organization by establishing a closed network. In addition, they can detect data tampering and provide proof of authenticity by using hash values that are generated by furehako®. Furthermore, research institutions are able to store a huge amount of experimental data accumulated over a long period of time at low cost.
Medical Institutions: Data Security
Medical institutions handle a vast amount of personal information, including patients' electronic medical records and test data. Traditional cloud-based storage brings the risk of hacking, data leaks and ransomware. furehako® avoids the use of centralized servers, reducing such security risks to near-zero. In addition, large volumes of patient data spanning several years can be stored at low cost across an infinitely scalable, distributed network.

Private Sector

Data Linkage and Tracking Across Countries
Companies operating globally are concerned about the risk of hacking confidential information such as product information and R&D data when such information is shared among multiple locations in Japan and overseas. furehako® prevents unauthorized external access by establishing a completely closed, confidential, distributed network across countries, thereby enabling secure data collaboration worldwide. This prevents unauthorized access from outside and enables secure data collaboration around the world. It also provides a mechanism for detecting data tampering and tracking the entire supply chain.
Maximize farmers' profits through agricultural drones
The problem in the agricultural business is that reliance on secular factors continues to lead to inefficiencies, resulting in a lack of profitability for farmers. Images and videos taken by agricultural drones are useful for improving the quality of agricultural products through real-time management of farmland. By storing this valuable aerial photography data on furehako®, farmers can ensure confidentiality and traceability by linking drone information and video data using hash values. This in turn contributes to maximizing farmers' profits.
Reduce storage costs of ever-increasing big data with AI
AI improves accuracy by having computers continuously learn from large amounts of data, but the amount of teacher data required for machine learning is increasing exponentially. It is clear that the storage capacity and cost of data centers will reach their limits in the near future. furehako® addresses this challenge with a confidential distributed storage mechanism that secures storage capacity and significantly reduces costs.
Prevention of unauthorized leakage of video data and total storage at low cost
When distributing limited-edition videos for members-only fan clubs, etc., it is necessary to prepare expensive streaming servers, and the cost increases as the capacity increases. By using furehako®, content providers can construct confidential distributed storage on a closed network exclusively for members, and provide a low-cost, high-capacity video viewing service without the use of streaming servers.

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