@JUST DAO is addressing that problem through Energy rental, giving users an alternative to burning TRX for smart contract execution. That distinction matters because transaction costs can become a practical barrier when interacting with dApps, especially for users who do not want to manage TRX balances specifically for network resources.
For developers, the model is also useful. Instead of requiring every user to handle their own transaction resources, dApps can subsidize those costs and make interactions more predictable from the user's perspective. That can reduce friction at the application level, although the actual benefit still depends on rental availability, pricing, and the resource requirements of each transaction.
The dynamic rental-rate model is another important part of the system. Prices responding to real-time supply mean Energy is being treated as a market resource rather than a fixed-cost utility. This can improve capital efficiency when supply is available, but it also means users and developers remain exposed to changing market conditions.
The proposed direction around deeper pools, cross-protocol resource sharing, AI-based cost estimation, and better incentives for TRON stakers points toward a broader resource marketplace. If developed effectively, the focus would shift from simply obtaining Energy to making network-resource management more predictable and efficient.
There are also limits to what these developments demonstrate. Platform availability alone does not prove that rental markets will always have sufficient liquidity, while lower transaction friction does not automatically translate into mass adoption. Usage ultimately depends on developers, dApps, users, pricing, and the wider activity of the TRON network.
@Justin Sun孙宇晨 #TRONEcoStar
For developers, the model is also useful. Instead of requiring every user to handle their own transaction resources, dApps can subsidize those costs and make interactions more predictable from the user's perspective. That can reduce friction at the application level, although the actual benefit still depends on rental availability, pricing, and the resource requirements of each transaction.
The dynamic rental-rate model is another important part of the system. Prices responding to real-time supply mean Energy is being treated as a market resource rather than a fixed-cost utility. This can improve capital efficiency when supply is available, but it also means users and developers remain exposed to changing market conditions.
The proposed direction around deeper pools, cross-protocol resource sharing, AI-based cost estimation, and better incentives for TRON stakers points toward a broader resource marketplace. If developed effectively, the focus would shift from simply obtaining Energy to making network-resource management more predictable and efficient.
There are also limits to what these developments demonstrate. Platform availability alone does not prove that rental markets will always have sufficient liquidity, while lower transaction friction does not automatically translate into mass adoption. Usage ultimately depends on developers, dApps, users, pricing, and the wider activity of the TRON network.
@Justin Sun孙宇晨 #TRONEcoStar
