By comparing RAM with #ETH and #Solana in the following 3 specific application scenarios, we can see the huge application market of RAM:
(I) High-frequency trading, complex #DeFi , low latency, high throughput data Features: High-frequency trading, complex Decentralized Finance that requires processing large amounts of transaction data, and demands low latency and high throughput. Why RAM is the best: The independent resource model of RAM allows efficient storage and fast data access. Physical RAM can achieve nanosecond-level speed. Combined with its high throughput and low latency characteristics, it can support tens of thousands of high-frequency transactions per second, processing complex DeFi interactions. The limitations of ETH and Solana: ETH's high Money Laundering and low throughput make it unsuitable for high-frequency trading. Although Solana has high throughput, it is not as flexible as Spring in terms of resource allocation and management, and cannot maintain the same performance and support highly complex applications under high load. Case: From the perspective of Market Cap comparison, Defi is still the largest application market in the blockchain, with the trading volume of Derivatives exceeding the spot trading volume, becoming the leader of Defi. Derivatives markets such as Perptual Futures have a high reliance on trading speed, which is highly matched with the high performance of RAM. Spring may become the most suitable blockchain software for complex Perptual Futures and the lowest cost DEX.
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By comparing RAM with #ETH and #Solana in the following 3 specific application scenarios, we can see the huge application market of RAM:
(I) High-frequency trading, complex #DeFi , low latency, high throughput data
Features: High-frequency trading, complex Decentralized Finance that requires processing large amounts of transaction data, and demands low latency and high throughput.
Why RAM is the best: The independent resource model of RAM allows efficient storage and fast data access. Physical RAM can achieve nanosecond-level speed. Combined with its high throughput and low latency characteristics, it can support tens of thousands of high-frequency transactions per second, processing complex DeFi interactions.
The limitations of ETH and Solana: ETH's high Money Laundering and low throughput make it unsuitable for high-frequency trading. Although Solana has high throughput, it is not as flexible as Spring in terms of resource allocation and management, and cannot maintain the same performance and support highly complex applications under high load.
Case: From the perspective of Market Cap comparison, Defi is still the largest application market in the blockchain, with the trading volume of Derivatives exceeding the spot trading volume, becoming the leader of Defi. Derivatives markets such as Perptual Futures have a high reliance on trading speed, which is highly matched with the high performance of RAM. Spring may become the most suitable blockchain software for complex Perptual Futures and the lowest cost DEX.