Hashing example sentences

"Hashing" Example Sentences

1. They were concerned about the risks of password hashing.
2. Cryptographic hashing is used to secure passwords.
3. The database uses bcrypt to securely hash the user's passwords.
4. Scattered hashing is a memory allocation technique that reduces collisions.
5. Hashing is used in many cybersecurity applications like password storage and file verification.
6. The program calculated MD5 hashes of the files for verification.
7. SHA-1 hashing is no longer considered secure due to collision attacks.
8. The database uses salted hashing for increased password security.
9. Checksum hashing is used for error detection on data files.
10. They compared the file hashes to verify the data integrity.
11. Hashing helps distribute data uniformly across physical storage.
12. Hash collisions can occur when two different inputs result in the same hash value.
13. Cryptographic hash functions should be collision resistant and preimage resistant.
14. The website performed a rainbow table attack to crack users' hashed passwords.
15. Hash tables use hashing as a key technique for fast data retrieval.
16. Dictionary attacks try to crack hashed passwords using a list of common passwords.
17. Salting helps secure hashed passwords by adding a random string before hashing.
18. The program performed a dictionary attack after obtaining the hashed passwords.
19. The program calculated SHA-256 hashes on the text files for improved security.
20. The website used SHA-3 hashing for password security due to its resistance to collisions and attacks.
21. They recorded the SHA hash values in a blockchain to prove data integrity.
22. They compared the hashes to verify that the file had not been tampered with or corrupted.
23. Hashed passwords should be salted and hashed multiple times to increase security.
24. The program performed a brute force attack by hashing all possible combinations.
25. The file checksum helped verify that it had downloaded correctly by comparing the hash values.
26. Hash chains help prove the sequential order of events in a blockchain.
27. The hashing algorithm took input data of any size and transformed it into a fixed size output.
28. The hash function mapped inputs to a range of outputs in a pseudorandom manner.
29. The program securely stored user passwords by salting and hashing them before saving to the database.
30. The hashes functioned as digital fingerprints to identify and verify data.
31. The program computed cyclic redundancy check codes as hashes to detect data transmission errors.
32. They compared the hashes of large files to verify that they were bit-for-bit identical.
33. The website used password stretching to make hashing computations more expensive and time-consuming.
34. The website performed key stretching on passwords before hashing them for increased security.
35. Hashes can be used as lookup keys in hash tables for quick data access.
36. The hashing function scrambled the input data in a non-reversible manner.
37. Hash values contain no information to recover the original input data.
38. They verified the integrity of large downloaded files by comparing SHA hashes.
39. Fingerprinting techniques use hashed values to uniquely identify files and data.
40. The program performed key stretching thousands of times before hashing the passwords.
41. Hashing techniques helped stop attackers from reversing hashed passwords.
42. The website salted and hashed user passwords multiple times to slow down brute force attacks.
43. Hash values can be recorded on blockchains to prove data provenance and authenticity.
44. The hash function scrambled the input data in such a way that it could not be recovered from the hash.
45. The program used hashing techniques to anonymize sensitive customer information before storing in the database.
46. The program detected transmission errors by calculating and comparing hash values at both ends.
47. Hashing speeds up data retrieval by removing the need for sequential searches.
48. The application used hashing functions with large output ranges to reduce collisions.
49. The hashes ensured that the data had not been tampered with since it was last verified.
50. Hash functions transform variable-length input into fixed-length hashes in a one-way fashion.
51. The application securely hashed passwords using techniques like salting, stretching and iterations.
52. The program used hash function collisions to store multiple data inputs under the same hash value.
53. The checksum helped verify that the downloaded file was identical to the original.
54. The values hashed together to form a digital signature of the input data.
55. Data deduplication uses hashing to identify and eliminate duplicate records.
56. They ran MD5 hash checks on files to verify that they matched the original copies.
57. The program used key hashing to store key-value pairs in the hash table.
58. The hashes provided a digital fingerprint for the data that could detect even the slightest change.
59. The code generated cyclic redundancy check hashes for error detection on transmitted data.
60. The program computed SHA hash values to verify that files had not been tampered with or corrupted.

Common Phases

1. Hashed passwords
2. Cryptographic hashing
3. Password hashing
4. Hash function
5. Hash table
6. Hash values
7. Checksum hashing
8. Salted hashing
9. Hashing algorithm
10. Hashed passwords should be salted and hashed multiple times