SHA-256 is a strong method for keeping academic records safe in university databases. Here’s why it’s important:
Integrity Assurance: SHA-256 makes a special code for each record, like a digital fingerprint. If anyone changes the data, the code will change too. This lets us know there might be a problem.
Uniqueness: Each hash is 256 bits long, which means the chances of two different records getting the same code are extremely low—about 1 in 2 to the power of 256!
Security: SHA-256 is tough against attacks. It is really hard for someone with bad intentions to figure out the original data just by looking at the hash.
But, it’s important to use hashing along with other security methods, like encryption and access controls, to create a complete safety plan. Overall, while SHA-256 isn’t perfect, it’s a useful tool for keeping data safe in schools and universities!
SHA-256 is a strong method for keeping academic records safe in university databases. Here’s why it’s important:
Integrity Assurance: SHA-256 makes a special code for each record, like a digital fingerprint. If anyone changes the data, the code will change too. This lets us know there might be a problem.
Uniqueness: Each hash is 256 bits long, which means the chances of two different records getting the same code are extremely low—about 1 in 2 to the power of 256!
Security: SHA-256 is tough against attacks. It is really hard for someone with bad intentions to figure out the original data just by looking at the hash.
But, it’s important to use hashing along with other security methods, like encryption and access controls, to create a complete safety plan. Overall, while SHA-256 isn’t perfect, it’s a useful tool for keeping data safe in schools and universities!