In the fiercely competitive distributed storage arena, who will emerge as the dominant leader?
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In the fiercely competitive distributed storage arena, who will emerge as the dominant leader?
When it comes to distributed storage, which project comes to your mind first? Storj, Sia, Filecoin, Arweave, Crust, Chia?
Navigating Web3 tides with focused insightsWhen you think of decentralized storage, which project comes to mind first? Storj, Sia, Filecoin, Arweave, Crust, Chia?
Today’s spotlight is on a lesser-known contender—an emerging dark horse in the decentralized storage space. It introduced a novel Proof-of-History (PoH) consensus mechanism and proposed a "blockchain-based decentralized computing network" architecture, which has been granted a U.S. patent.
This project is Computecoin (CCN), a next-generation cloud infrastructure built for Web3.0 and the metaverse. As the first to introduce the concept of a cloud service “aggregator,” CCN has developed an integrated model capable of aggregating traditional IDCs and various mainstream computing resources. This addresses key challenges such as insufficient computing power, uneven distribution of resources, limited user capacity, and excessive centralization in existing cloud environments.
Currently, Computecoin is preparing to officially launch Phase Two of its Huygens testnet. In collaboration with Bitkan and ChainNode, it will host its first, featuring Arthur, co-founder of the CCN Blockchain Research Lab; James, CTO of Dmail Network; and Mingshi, lead of Crust Dev Community. They will unveil CCN's technological advantages and future roadmap, discussing the value and significance of decentralized storage alongside industry players.
Decentralized Storage: The Foundation of Web3.0
With the rise of the metaverse concept, rapid evolution of Web3 technologies, and accelerating development of tech stacks, smart contract platforms have evolved from Ethereum into a diverse landscape of public blockchains. Layer2 solutions and sidechains are delivering increasingly faster user experiences, while storage-layer projects are rapidly advancing through continuous self-improvement. In the coming years, comprehensive upgrades in metaverse and Web3 technologies are expected to elevate application scenarios, user numbers, and asset accumulation to unprecedented levels.
Whether public blockchains, Layer2, DeFi, NFTs, or metaverse applications—everyone is seeking their place within Web3. Under this macro trend, what role will decentralized storage play?
Arthur stated that decentralized storage is the cornerstone of Web3.0. Without it, there would be no decentralized network storage—and thus no true Web3.0. Traditional Web1.0 and Web2.0 rely on centralized servers where all data resides under platform control. In contrast, Web3.0 enables individuals to fully own and control their data, offering a level of security unattainable in centralized systems. James pointed out three major flaws in Web2.0: First, services can be discontinued at any time, leaving users powerless. Second, users do not truly own their data. Third, data privacy breaches are common. Web3.0, built upon decentralized storage and computation, offers robust solutions to these issues. Mingshi added that while current Web3 efforts focus heavily on the compute layer, storage remains an area lacking effective solutions. Many so-called decentralized projects still rely on centralized services to host smart contracts—hardly qualifying as genuine Web3.0 initiatives.
Computecoin's Technological Edge
Among numerous decentralized storage projects, how does Computecoin stand out?
Let’s examine CCN’s technical architecture, composed of two core modules: PEKKA and MCP.
First is the PEKKA aggregator, which integrates geographically distributed data centers and computing devices. Combined with intelligent scheduling, it automatically allocates computing resources closest to end-users, optimizing performance for latency-sensitive applications like VR/AR gaming. Second is the MCP mainnet protocol. Its proprietary PoH consensus algorithm ensures the authenticity of computing and storage capacity.
The PoH consensus deserves special attention—it solves a long-standing academic challenge known as the verifiable computing problem. After achieving a breakthrough in this technology, the CCN team filed a patent and published research papers.
According to Arthur, the PoH computational consensus patent tackles a fundamental issue in computer science that has remained unsolved for over two decades: ensuring both the authenticity and honesty of computational power. Guaranteeing real, non-malicious computing resources is essential for the success of any decentralized computing network. Otherwise, the reliability of Web3.0’s decentralized infrastructure cannot be assured. Virtual machines generating fake computing power represent a typical failure case today. With the rollout of the Huygens testnet, Computecoin begins implementing the PoH consensus to effectively resolve this issue.
As a Layer-1 blockchain, MCP provides powerful developer tools. The network supports ultra-fast transactions (over 20,000 TPS) with near-zero fees, greatly encouraging dApp development and ecosystem growth. Additionally, functioning as a Layer-0.5 solution, MCP empowers mainstream Layer-1 blockchains. It already supports Ethereum and BSC, with plans to integrate Solana, Avalanche, Polkadot, and others.
CCN’s primary functions are twofold: aggregating distributed cloud resources—including all types of computing and storage hardware—and providing scalable computing power to Layer-1 blockchains, thereby empowering Web3 and metaverse applications.
As a pioneer in Web3 and metaverse infrastructure, CCN achieves full compatibility with mainstream decentralized networks and distributed storage projects, enabling integration and optimization of computing services. Furthermore, it boasts high technical barriers protected by U.S. patents and peer-reviewed academic publications. Backed by a world-class research team, CCN leverages deep scientific expertise and extensive experience to drive innovation.
Michael Robinson, head of the Computecoin ecosystem, shared that Phase One of the CCN testnet, named Dome-A, is nearing completion. During this phase, CCN attracted participation from over 150,000 nodes across 25 countries worldwide, amassing more than 100 billion Metapower in computing capacity—equivalent to 200,000 Nvidia 3080 GPUs. The upcoming Phase Two, Huygens, promises even greater advancements.
In the Decentralized Storage Arena, Who Else But Computecoin Can Unify the Market?
The decentralized storage sector has always been fiercely competitive. Established players like Storj, Sia, Arweave, and Filecoin, along with fleeting sensations like Swarm and Chia last year, have sparked widespread discussions around technological innovation. Despite being a newer entrant, Computecoin’s compelling features leave little doubt about its market potential.
Arthur confidently declared: Amidst this fragmented landscape, a unifying force is needed—and Computecoin is stepping up to lead.
This confidence stems from two major innovations. First, upward compatibility: Web3.0 adoption remains challenging. Projects like Filecoin are difficult to deploy and use, leading most applications to remain hosted on centralized servers. Computecoin simplifies this by offering unified API interfaces, enabling developers to easily and quickly deploy Web3.0 applications on decentralized computing and storage networks, overcoming current deployment bottlenecks. Second, downward integration: Embracing a grand unification vision, Computecoin uses innovative technology to integrate existing decentralized storage projects—including Filecoin, Crust, and Chia—much like how Amap aggregates multiple ride-hailing platforms. This allows users seamless access to diverse underlying computing resources.
Moreover, unlike many crypto-native projects, Computecoin adopts a dual strategy—actively pursuing regulatory compliance and aiming for early listing on capital markets. The project plans to go public within three years. To ensure full compliance, it collaborates with multiple top-tier U.S. law firms and has established a comprehensive corporate structure. The company has relocated its legal domicile from the Cayman Islands to the United States in preparation for a NASDAQ IPO, adhering to the highest global standards in token regulation, taxation, fundraising, and corporate governance.
Looking ahead, Arthur emphasized ongoing collaborations with tech companies across Europe and North America—including IBM and Dell—for joint R&D and practical implementation. CCN has already established or is forming joint laboratories with institutions such as Columbia University, Stanford University, and the University of Dubai to advance technological development. On the ecosystem front, CCN continues expanding globally, driving user adoption in Chinese-, English-, Russian-, and Arabic-speaking regions, with growing user numbers and engagement. For example, through a partnership with India’s Finstreet, CCN reaches 4 million university students who will download the Ale wallet, joining the CCN ecosystem as users, developers, and advocates.
Despite strong optimism for Web3’s future, Arthur believes Web3.0 will evolve much slower than Web1.0 or Web2.0 due to unresolved technical and structural challenges. Web1.0 and Web2.0 scaled rapidly—adding servers could expand capacity almost instantly, achieving maturity in just one or two years. Web3.0, however, requires gradual construction, likely taking five years or more. Building decentralized infrastructure takes time, and application development and deployment demand continuous research, iteration, and promotion. Arthur hopes for faster progress, and Computecoin aims to play a pivotal role in accelerating that journey.
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