De Storage, which signifies “Decentralized Storage,” is a decentralized storage service platform using the core technologies of “Split Engine,” which splits, separates, and distributes data at the source, and “Combine Engine,” which collects, combines, and authenticates the split pieces of data. The “Decentralized Storage” has an “end-to-end” security system designed for the security of the centralized storage as well as the user environment, and provides top-level safe security services through three-layered security technologies and procedures.
The demand for security of sensitive personal and corporate data is growing.
Currently, customers are requiring simultaneous provision of data security, storage, and encryption due to the rapid increase of sensitive data leakage incidents such as personal information of individuals and organizations, documents, secrets, and contracts. This means that the rapid growth of storage usage by individuals is leading to the occurrence of privacy infringements, and new threats of data security are increasing in proportion to the increasing use of storages by businesses.
Security needs for data and data storages are growing rapidly.
Decentralized Storage is a new type of data storage method, different from the conventional centralized data storage and protection methods, and can build an effective data defense system together with data encryption. Unlike the defense system that operates data protection zones such as firewalls and IPS, Decentralized Storage can implement more safe data se curity by combining and authenticating data pieces whenever users want without preserving the data sources through data split and physically separated storages of data.
[Source : BaaSid White Paper]
The purpose of De Storage is data security through data split and distribution systems. In particular, it should enhance compatibility for the introduction of the decentralization systems of existing OSP companies and plug-ins. This is because existing companies’ rejection of decentralized system and burden for system integration are decisive obstacles to the introduction of decentralized systems. De Storage should consider the convenience and stability as much as possible in terms of data management by organizations while splitting and decentralizing data itself. To that end, we should predict and design understanding, compromise, and compatibility with existing systems as an important process of our business.
Decentralization of the data storage and cloud storage services
Protection of secret data,
applications, and IT systems
Archive data can be safely
processed to comply with
personal data protection laws
Storage of accumulated data
used for big data analysis
storage for large files
Roadmap of the past / Current (2019~2021)
Decentralized Storage Design
IPFS-based decentralized storage system development
Hybrid File System
Design B2B/B2C services for decentralized storage. “exceldrive” on Hitachi Sunway
Decentralized Storage (DeStorage), AWS S3, MS Azure API compatible storage development completed
Launching ‘Soteria Space’ Service
Soteria Space service launched in Korea
Soteria Space service launched in Taiwan
Future roadmap (2022~2024)
Destorage ‘Safe Box’
B2C Solutions Development
(Design & Service Structure)
Destorage ‘Safe Box’ Service
(Decentralized Storage system Update)
(B2C file share Service) plan & Design
(Service structure and planning)
& UI & UX design
Develop each function module and API
(Closed Beta Test)
(Open Beta Service)
Spaces Business Center, 410 NORTH BRIDGE ROAD
3F, No 152 , Sec 1 Zhongxiao E Rd , Zhongzheng Dist ,
Taipei City 100024 , Taiwan
BaaSid Japan R&D Center
YOKOHAMA CREED Bldg. 6F、123-1、Yamashita-cho、Naka-ku、
Yokohama-Shi KANAGAWA Japan 231-0023
BaaS Lab Korea
4F, 58, Ujeongguk-ro, Jongno-gu, Seoul, Republic of Korea 03145