A Client Seed is a random string of numbers and letters generated by the user (or client) in online gambling platforms or cryptocurrency services that utilize provably fair algorithms. When combined with a server seed, the client seed is used to determine the outcome of a bet in a transparent and tamper-proof manner. The purpose of the client seed is to ensure that the service provider (or server) cannot manipulate the result since both the server and the client contribute to the outcome’s determining factors.
FAQs:
Why is a Client Seed important in provably fair systems?
The Client Seed is crucial as it guarantees that the outcome of a game or transaction isn’t solely determined by the server. By allowing the client to contribute to the randomness of the outcome, it ensures that the server cannot manipulate results in its favor.
How does the combination of Client Seed and Server Seed work?
In provably fair systems, both the client and server seeds are combined, usually with cryptographic methods, to produce the final outcome. The client can verify this outcome post facto to ensure it aligns with the provided seeds, confirming that there was no interference.
Can a user change their Client Seed?
Yes, in most platforms that use provably fair algorithms, users have the option to adjust or even set their client seeds manually. This provides additional assurance of randomness, as users can change the seed at their discretion.
If both the server and the client know their seeds, can they predict the outcome?
While both parties know their seeds, the exact calculation or algorithm that combines the seeds is cryptographically secure, meaning it’s computationally infeasible to reverse-engineer or predict the outcome beforehand.
How often should a user change their Client Seed?
The frequency of changing a client seed varies by user preference. Some change it regularly for increased assurance of fairness, while others may use the same seed for extended periods. However, periodically changing the seed can be a good practice to maintain randomness and security.
