Qichen218
0 Following
18 Followers
20 Liked
3 Shared
See original
$TAKE completed liquidity recovery at a structural low point, the current range belongs to a typical compression pattern.
Once the direction is confirmed, the extension space is considerable.
EP: $0.330 – $0.334
TP: $0.347 → $0.365 → $0.402
SL: $0.322
Waiting for an effective breakthrough. #take
Once the direction is confirmed, the extension space is considerable.
EP: $0.330 – $0.334
TP: $0.347 → $0.365 → $0.402
SL: $0.322
Waiting for an effective breakthrough. #take
See original
Swarm Network: Defining a New Decentralized Ecology with Growth and Innovation
At a critical stage of Web3 technology implementation, Swarm Network is no longer just a concept of distributed storage; it has become the core driving force of a decentralized ecology through exponential growth in network scale, continuously iterating technological core, and diverse application scenarios. It proves the commercial value and future potential of decentralized computing with real growth data, pragmatic technology upgrades, and vibrant practical cases.
The explosive growth of network scale is the most intuitive endorsement of Swarm's strength. By the end of 2025, the number of active nodes has exceeded 16,000, with monthly growth reaching 4.01 times. Nodes in various locations globally, such as China, Germany, and Finland, continue to expand, forming a geographically diverse decentralized network matrix. This growth is not blind expansion but is supported by a stable incentive system: although the total monthly rewards have been slightly adjusted, the median and average award amounts for active nodes have continued to rise, reaching 49.15 xBZZ and 54.42 xBZZ respectively in February 2025. This allows node operators to achieve sustainable returns, creating a positive cycle of 'network prosperity - node income increase - ecological growth.' Meanwhile, the smooth progress of the Sepolia testnet migration and the optimization of the internal testnet further strengthen the network's stability and scalability, paving the way for large-scale application implementation.
The continuous iteration at the technical level has continually enhanced Swarm's core competitiveness. The Bee client, as the foundation of the network, has advanced to the final testing stage of version v2.7, improving network response efficiency through performance optimization and new feature iterations. It also addresses connection issues for specific regional nodes, allowing global node collaboration to be smoother. Breakthroughs in the incentive system and price oracle have been particularly critical; after rigorous internal testing, the price oracle has entered the public testnet phase and is about to achieve multiple core technical milestones, providing precise support for network resource pricing and value flow. As a native ecological project of Ethereum, Swarm's deep binding with the Ethereum computing layer gives it inherent advantages in censorship resistance and privacy protection, while content addressing technology makes data shard storage more secure, perfectly adapting to the core needs of Web3 applications.
At a critical stage of Web3 technology implementation, Swarm Network is no longer just a concept of distributed storage; it has become the core driving force of a decentralized ecology through exponential growth in network scale, continuously iterating technological core, and diverse application scenarios. It proves the commercial value and future potential of decentralized computing with real growth data, pragmatic technology upgrades, and vibrant practical cases.
The explosive growth of network scale is the most intuitive endorsement of Swarm's strength. By the end of 2025, the number of active nodes has exceeded 16,000, with monthly growth reaching 4.01 times. Nodes in various locations globally, such as China, Germany, and Finland, continue to expand, forming a geographically diverse decentralized network matrix. This growth is not blind expansion but is supported by a stable incentive system: although the total monthly rewards have been slightly adjusted, the median and average award amounts for active nodes have continued to rise, reaching 49.15 xBZZ and 54.42 xBZZ respectively in February 2025. This allows node operators to achieve sustainable returns, creating a positive cycle of 'network prosperity - node income increase - ecological growth.' Meanwhile, the smooth progress of the Sepolia testnet migration and the optimization of the internal testnet further strengthen the network's stability and scalability, paving the way for large-scale application implementation.
The continuous iteration at the technical level has continually enhanced Swarm's core competitiveness. The Bee client, as the foundation of the network, has advanced to the final testing stage of version v2.7, improving network response efficiency through performance optimization and new feature iterations. It also addresses connection issues for specific regional nodes, allowing global node collaboration to be smoother. Breakthroughs in the incentive system and price oracle have been particularly critical; after rigorous internal testing, the price oracle has entered the public testnet phase and is about to achieve multiple core technical milestones, providing precise support for network resource pricing and value flow. As a native ecological project of Ethereum, Swarm's deep binding with the Ethereum computing layer gives it inherent advantages in censorship resistance and privacy protection, while content addressing technology makes data shard storage more secure, perfectly adapting to the core needs of Web3 applications.
Login to explore more contents