  The conventional commitment scheme requires both commitment string and a
valid key for the sender to verify his commitment. Differ from the conventional
commitment scheme; fuzzy commitment scheme accepts the key that is similar to
the original key. The new opening key, not identical to the original key,
differs from the initial key in some suitable metrics. The fuzziness in the
fuzzy commitment scheme tolerate small amount of corruptions. The fuzzy
commitment scheme based on the cryptographic hash functions suffers security
imperfections. Thus, this paper combines the fuzzy commitment scheme with the
Reed Solomon error correction codes, which are capable of correcting certain
number of errors. As a result, Reed Solomon code proves better alternative for
fuzzy commitment scheme than hash functions, as the Reed Solomon codes are more
secure than the hashing techniques. Moreover, the Fuzzy Commitment Scheme based
on Reed Solomon codes provides security at two levels that making it suitable
for securing data. This paper explore the efficiency of executing fuzzy
commitment scheme in conjunction with Reed Solomon code as a novel better
alternative to the conventional commitment scheme.
