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GasStationโ€™s three core capabilities each address different scenarios.
The product includes:
  1. Quick Rent
  2. Auto Rent
  3. API Rent
Use the following examples for guidance and adapt them to your own workflows.

1. Quick Rent

Quick Rent serves temporary, occasional, low-frequency, single-time resource needs. Users can rent on demand without freezing TRX.

Scenario 1: Occasional USDT (TRC20) Transfers Without Energy

The user rarely uses TRON. When they need to transfer USDT, the address is short on Energy and burning TRX would be costly. ๐Ÿ‘‰ Lease 10โ€“30 minutes of Energy with Quick Rent to finish the transfer.

Scenario 2: Temporary DApp Interactions

The user occasionally joins a DApp to stake, swap, or synthesize assets but lacks Energy. ๐Ÿ‘‰ Quick Rent adds enough Energy for a one-time contract execution.

Scenario 3: New Wallet Lacks Base Resources

Newly created wallets typically have no Bandwidth or Energy, causing basic transfers to fail. ๐Ÿ‘‰ Use Quick Rent to activate the address immediately.

2. Auto Rent

Auto Rent is built for medium-to-high-frequency operations with predictable consumption.
The system monitors thresholds in real time and tops up automatically.

Scenario 1: Exchange / Custody Withdrawal Top-Ups

Hot wallets run withdrawals all day, and low Energy leads to failed transactions. ๐Ÿ‘‰ Auto Rent replenishes resources whenever they drop below the threshold, keeping withdrawals smooth.

Scenario 2: DApp Backend Addresses with Heavy Contract Calls

Some DApps interact with the chain constantly; a resource shortage impacts user experience. ๐Ÿ‘‰ Auto Rent maintains the backend resources so contract calls stay reliable.

Scenario 3: Batch Operations (Airdrops / Rebates / Mass Transfers)

Batch tasks require a steady supply of Energy to avoid interruptions. ๐Ÿ‘‰ Auto Rent prevents scripts from pausing or failing due to insufficient resources.

3. API Rent

API Rent targets enterprise integrations such as exchanges, DApp backends, and clearing systems.
Your systems can trigger top-ups automatically via API.

Scenario 1: Withdrawal Systems Auto Top-Up

Before sending funds on-chain, the withdrawal system checks Energy levels. If insufficient, it triggers an automatic API top-up. ๐Ÿ‘‰ Withdrawals become fully automated with no manual steps.

Scenario 2: Gasless DApp Experience

Backend services top up Energy before executing smart contracts, so end users never deal with resource concepts. ๐Ÿ‘‰ Better user experience, fewer failures due to lack of Energy.

Scenario 3: Long-Running Scripts / Bots / Scheduled Jobs

Bots, clearing tasks, or batch scripts need resources throughout their lifecycle. ๐Ÿ‘‰ API Rent keeps resources sufficient while the processes run.

Summary

With these three approaches, GasStation serves users ranging from individuals to DApps and enterprise platformsโ€”covering everything from one-time actions to fully automated resource management.