The Ludopoly protocol is designed to evolve. The architecture established today provides a strong foundation, but the team has identified several directions in which the platform can grow to serve a larger, more diverse player community while deepening its cryptographic guarantees.

The current system verifies each movement individually. Future research is directed toward recursive zero-knowledge proofs, which would allow entire sequences of moves across a whole game room to be batched into a single verification. This would reduce the cost of participating in the game regardless of how many players are in a room, and it would bring the per-action cost toward an asymptotically flat level.

Generating zero-knowledge proofs on a mobile device is already within reach, and the current protocol is designed with mobile viability in mind. Future optimisation work will focus on leveraging WebGPU and multi-threaded execution environments to push proof generation times into the sub-second range. The goal is an experience indistinguishable in responsiveness from a conventional mobile game.

The oracle keys that underpin the treasure system are currently managed through a hardware security module. The long-term vision is to transition key management and protocol upgrade authority to a decentralised autonomous organisation structure, using multi-party computation to distribute trust across many independent participants. This would complete the journey from a trustworthy operator to a trust-minimised protocol.

As the player community grows, detecting coordinated bad actors becomes increasingly important. The roadmap includes developing off-chain machine learning models that analyse proof submission patterns and flag anomalous behaviour for review by the community governance system. Patterns consistent with Sybil coordination or scripted play can then be addressed through the existing social moderation infrastructure.