But due to the highly engagement and heavy interaction of users on the blockchain, It should be noted that there is a need and a research for highly collaborative and super intelligent class of consensus algorithm that can trigger clauses when conditions are met while leveraging alot of stochastic factors to dynamically build the robustness of its intelligence properties.

Some of this new consensus algorithm have been experimented recently and there is no doubt to say that the result expedite shows how intriguing and satisfying their performance is and even thou more have been discovered or developed but yet to be fully explore on the network but have all shown possibility for futuristic inclusivity as scalability and efficency becomes highly demanded due to the highly voluminous traffic activities on the network which can cause lagging, bottleneck, delay, and congestion. Therefore a consensus algorithm that mitigate all this factor is a must talk and a area of future discussion for technologist and developers. It will also interest me to see how some of this proof can be hybrid and cross function together on the blockchain 

Here are some additional proofs:

1. Proof of Reputation (PoR): PoR is a consensus mechanism that takes into account the reputation of validators, ensuring that only trustworthy nodes participate in the validation process.

2. Proof of Participation (PoP): PoP is a consensus mechanism that rewards validators for their participation in the validation process, ensuring that all nodes have an incentive to contribute.

3. Proof of Identity (PoI): PoI is a consensus mechanism that verifies the identity of validators, ensuring that only authorized nodes participate in the validation process.

4. Proof of Authenticity (PoA): PoA is a consensus mechanism that verifies the authenticity of transactions and data, ensuring that only legitimate information is added to the blockchain.

5. Proof of Retrievability (PoR): PoR is a consensus mechanism that ensures that data is retrievable and accessible, even after a certain period.

6. Proof of Spacetime (PoST): PoST is a consensus mechanism that takes into account the physical space and time constraints of validators, ensuring that only nodes with a physical presence participate in the validation process.

7. Proof of Exercise (PoE): PoE is a consensus mechanism that requires validators to perform a specific task or exercise to participate in the validation process.

8. Proof of Learning (PoL): PoL is a consensus mechanism that rewards validators for learning and adapting to new situations, ensuring that the network remains dynamic and responsive.

9. Proof of Uniqueness (PoU): PoU is a consensus mechanism that ensures that each validator has a unique identity and contributes uniquely to the validation process.

10. Proof of History (PoH): PoH is a consensus mechanism that creates a permanent, tamper-proof record of all transactions and events on the blockchain.

These are just a few examples of the many proofs that exist. Each proof has its strengths and weaknesses, and the choice of proof depends on the specific use case and requirements of the blockchain network.