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As blockchain technology continues to advance, more and more companies are paying attention to how to use blockchain to improve business efficiency, drive digital asset innovation, and build a more transparent and trustworthy business ecosystem.
However, for businesses, actually deploying blockchain applications is not easy. While traditional public chains are open and transparent, they often face issues such as transaction speed, scalability, and enterprise privacy protection. Meanwhile, traditional permissioned (private) chains have higher efficiency but lack the openness and ecosystem advantages brought by decentralized networks.
Klaytn was born in this context. It aims to merge the strengths of public and private chains to provide enterprises and developers with a more efficient, stable, and easy-to-use blockchain infrastructure—so that blockchain technology can truly enter real-world business scenarios.

As the markets for games, NFTs, virtual assets, and digital collectibles continue to grow, more and more people are starting to ask a key question: How can digital assets created in a virtual world truly belong to users? How can secure, free, and efficient trading be achieved?
In traditional games and virtual platforms, digital items that players purchase—such as equipment, characters, and items—are often only transferable within the platform. Users can hardly truly own the assets, nor can they trade freely.
WAX emerged in this context. It aims to use blockchain technology to build a decentralized ecosystem dedicated to game, NFT, and virtual goods trading, so that digital assets can be owned, traded, and circulated just like real-world goods.

In human society, predicting the future has always been something truly appealing. From sports match results and market trends to the direction of major events, people always hope to find answers in advance through information, experience, and judgment.
Traditional prediction markets are usually operated by centralized institutions. The platform manages the rules, funds, and the determination of outcomes. However, this model also has some drawbacks—for example, the platform may face geographic restrictions, the operator could influence the results, and credibility depends on a single institution. At the same time, there is also a certain trust cost among users.

In the traditional internet era, the way we store data mostly relies on centralized cloud service platforms, such as cloud servers from large technology companies. Although these services are already very mature, there are also some issues that cannot be ignored: data is controlled by a single organization, user privacy can be affected, and if a server fails or is attacked—or even stops service due to policy or operational reasons—users may be unable to access their own data.
Storj was created in precisely this kind of context. It aims to build a more open, free, and secure decentralized cloud storage network, so that data storage no longer depends on a single centralized institution.

As blockchain technology continues to evolve, more and more enterprises are exploring how to use it to improve the efficiency of data management, optimize business processes, and build a more transparent and secure digital system.
However, when enterprises truly move into the blockchain space, they often encounter some real-world challenges: traditional blockchain networks have limited performance, enterprises have high data security requirements, and there is a conflict between the transparency of public chains and the privacy needs of companies internally.
AERGO emerges precisely in this context. It aims to provide enterprises with a more flexible, efficient, and secure digital infrastructure through blockchain technology—enabling businesses to manage data, develop applications, and drive innovation in a decentralized environment.