Bandits.Fun is only the first step. The bigger vision is to let other protocols and builders adopt the technology we have invented, a new primitive we call the Perpetual Bid Machine (PBM).
The PBM enforces continuous buy pressure through recurring collateral skims, redistributions, and liquidation discipline. While Bandits.Fun is the first Wild West themed implementation, the PBM is designed to be generalized and reused across DeFi.
The path forward includes:
Multi-Asset Collateralization
Today Bandits.Fun requires USDT as collateral.
In the future, users will be able to stake BNB, wBTC, wETH, or other assets.
These will be priced through secure oracles, and if a user falls below the threshold, their collateral will be converted into USDT and routed back into the PBM cycle.
Partial Liquidations
Currently liquidations are full and falling below the threshold wipes out a position entirely.
Future versions of the PBM may support partial liquidations, where only the deficit portion is seized.
This would soften liquidation cascades, extend system longevity, and make the PBM more adaptable for integrations.
Probabilistic Weighted Allocation
In the current model, redistributions are strictly proportional to holdings.
A future enhancement is probabilistic weighted allocation, where redistribution outcomes are weighted by stake size but resolved randomly.
This preserves fairness over time while introducing short term unpredictability and reducing deterministic whale advantages.
Licensing the PBM
The ultimate goal is to package the PBM as a reusable module.
Other projects will be able to plug it into their own tokens, treasuries, or ecosystems.
Potential integrations include DAOs automating governance token buybacks, GameFi projects embedding redistributive mechanics, or liquidity programs designed around recurring skims.
User Provided Liquidity
Today only the protocol can add liquidity to the Token <> USD pool, and the system places strong emphasis on revenue cycling back into protocol owned liquidity.
In the future, users will be able to add liquidity directly into the Token <> USD pool in a permissionless way.
This requires architectural changes because the current PBM implementation tightly couples liquidity depth and redistribution logic.
Once these components are separated, external LPs will be able to participate safely, earn a share of swap fees and PBM driven volume, and contribute to deeper market liquidity without disrupting system accounting.
Synthetic AMM and Bonding Curve Models
Another direction is exploring a synthetic AMM structure, such as a bonding curve, where pricing does not rely on a traditional LP pair.
A curve based approach can improve capital efficiency and simplify integrations for other PBM deployments.
However, any sell side liquidity still needs to be backed by real value. When users sell the token, the funds they receive must come from somewhere inside the system, such as accumulated collateral, protocol inflows, or the buy pressure generated by other users entering the PBM cycle.
Future versions of the PBM may combine a curve based pricing layer with real value backing behind it. This preserves the integrity of exits while enabling smoother price discovery and allowing broader experimentation with alternative liquidity models.