official website https://www.startower.fr
Compared with Ethereum, Star Tower Chain has the following advantages:
In terms of computing power utilization and distribution:
More efficient integration of idle computing power: The Star Tower Chain can more fully integrate the idle computing power resources of smart devices, alleviating the problem of computing power shortage while reducing computing costs. Ethereum’s computing power mainly relies on specialized mining machines or node devices, and is relatively insufficient in the utilization of idle resources. For example, smart mobile devices used in daily life can become computing power contributors in the Star Tower Chain, but generally cannot participate in providing computing power in the Ethereum network.
More intelligent task allocation: The Star Tower Chain has an intelligent task allocation algorithm, which can allocate computing tasks to each node in an optimal way according to node performance and task requirements, maximizing the utilization efficiency of computing power resources. Ethereum is relatively weak in the degree of intelligence of task allocation, which may lead to idle computing power of some nodes and excessive load on some nodes.
In terms of technological innovation:
Resource Interaction Proof (RIP) technology: The RIP technology adopted by the Star Tower Chain is an innovative work verification mechanism. Through resource interaction and verification between smart devices, deep collaboration and resource sharing of nodes are realized. In contrast, Ethereum’s consensus mechanism is relatively weak in innovation and resource utilization efficiency.
AI self-inspection and self-processing ability: The Star Tower Chain integrates AI self-inspection and self-processing ability, which can automatically check and process smart contracts, improving the security and reliability of smart contracts. Although Ethereum’s smart contracts are widely used, there have been some loopholes and security incidents in security. This technology of the Star Tower Chain helps to reduce such risks.
In terms of network performance:
Lower energy consumption: Due to the full utilization of idle computing power, the Star Tower Chain reduces the dependence on high-energy-consuming devices, and has lower overall energy consumption and better sustainability. Although the energy consumption problem of Ethereum has improved after the transition from Proof of Work (POW) to Proof of Stake (POS), it is still relatively high.
Transaction speed and latency: The Star Tower Chain uses the hop count principle to intelligently match nearby nodes to process related transactions, which can achieve lower latency and faster transaction confirmation speed. When the Ethereum network is at its peak in transaction volume, network congestion is prone to occur, leading to extended transaction confirmation times and increased transaction fees.
In terms of application scenario expansion:
Closer integration with multiple fields: The Star Tower Chain has extensive application scenarios and strong adaptability in fields such as AI model training, healthcare, scientific research, the Internet of Things, smart cities, and industrial automation. Although Ethereum is widely used in the financial field, its depth and breadth of integration with other real industries are relatively limited.
Higher flexibility: The technical architecture of the Star Tower Chain has high flexibility and can be customized and optimized according to distributed systems of different scales and requirements to meet various complex and diverse business scenario needs. Ethereum’s technical architecture is relatively fixed and lacks flexibility when dealing with some scenarios with special needs.
In terms of economic model and incentive mechanism:
More reasonable incentive mechanism: The Star Tower Chain has set up a reasonable incentive mechanism to encourage more nodes to provide computing power resources. Nodes can obtain digital currency or other equity rewards by providing computing power to participate in computing tasks. This helps to enrich the source of computing power resources and promote the development of the ecosystem. Ethereum’s incentive mechanism is mainly to obtain rewards through mining. However, with the gradual advancement of the POS mechanism, the effectiveness and fairness of its incentive mechanism have also been questioned.
More abundant functions of governance tokens: The governance token SAVW of the Star Tower Chain is not only used to pay for network transaction fees and distributed participation, but also provides functions such as fragment storage and intelligent computing rewards, providing strong support for the ecological development of the project. Ethereum’s ether is mainly used to pay transaction fees and as a value store, and is relatively weak in functional diversity.