LILI-128
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LILI-128 is an LFSR based synchronous stream cipher with a 128-bit key. On 13 November 2000, LILI-128 was presented at the NESSIE workshop. It is designed to be simple to implement in both software and hardware.
In 2007, LILI-128 was totally broken by using a notebook running MATLAB in 1.61 hours.
- NESSIE submission paper for LILI-128
- LILI-128 reference implementation
- LILI-128 stream cipher is successfully broken
| Algorithms: A5/1 | A5/2 | E0 | FISH | Grain | HC-256 | ISAAC | LILI-128 | MUGI | Panama | Phelix | Pike | Py | Rabbit | RC4 | Salsa20 | Scream | SEAL | SOBER | SOBER-128 | SOSEMANUK | Trivium | VEST | WAKE |
| Theory: Shift register | LFSR | NLFSR | Shrinking generator | T-function | IV |
| Standardization: eSTREAM |
| History of cryptography | Cryptanalysis | Cryptography portal | Topics in cryptography |
| Symmetric-key algorithm | Block cipher | Stream cipher | Public-key cryptography | Cryptographic hash function | Message authentication code | Random numbers |