Encryption is like putting a secret code on your information so that only the right people can read it. This is really important for keeping things safe, especially in universities where they deal with personal information and research details.
Encryption: This is when we change regular information (called plaintext) into a secret code (called ciphertext) using special methods and keys. Only people with the right keys can turn it back into the original information.
Decryption: This is the opposite of encryption. It changes the secret code back into regular information for the people who are allowed to see it.
Protecting Data: Encryption keeps information safe while it's being sent (like emails or file sharing) and when it's stored (like files on a server). This makes it really hard for hackers to steal sensitive information.
Verification: It helps check if users and systems are who they say they are. This means that the information is sent and received only by the right people.
Following the Rules: Universities have to follow laws that protect personal and sensitive information, like HIPAA or FERPA. Using encryption helps them stick to these laws.
Encryption goes way back to ancient times. It changed over the years—from simple codes used by the Romans to today's complex methods like AES (Advanced Encryption Standard). As technology has improved, so have the possible threats, making encryption even more important today.
Encryption isn't just some tech term; it’s a key part of keeping our online lives safe. In universities, where sharing and working together is important, encryption makes sure that sensitive information stays private but is still available to people who truly need it. Think of it as a digital lock for your data—it keeps the bad people out and allows the good people in!
Encryption is like putting a secret code on your information so that only the right people can read it. This is really important for keeping things safe, especially in universities where they deal with personal information and research details.
Encryption: This is when we change regular information (called plaintext) into a secret code (called ciphertext) using special methods and keys. Only people with the right keys can turn it back into the original information.
Decryption: This is the opposite of encryption. It changes the secret code back into regular information for the people who are allowed to see it.
Protecting Data: Encryption keeps information safe while it's being sent (like emails or file sharing) and when it's stored (like files on a server). This makes it really hard for hackers to steal sensitive information.
Verification: It helps check if users and systems are who they say they are. This means that the information is sent and received only by the right people.
Following the Rules: Universities have to follow laws that protect personal and sensitive information, like HIPAA or FERPA. Using encryption helps them stick to these laws.
Encryption goes way back to ancient times. It changed over the years—from simple codes used by the Romans to today's complex methods like AES (Advanced Encryption Standard). As technology has improved, so have the possible threats, making encryption even more important today.
Encryption isn't just some tech term; it’s a key part of keeping our online lives safe. In universities, where sharing and working together is important, encryption makes sure that sensitive information stays private but is still available to people who truly need it. Think of it as a digital lock for your data—it keeps the bad people out and allows the good people in!