Research and Development
NRJETIX can boast of the strongest experience in research and development:
• Cryptography and telecommunications: | |
• Elliptic curve cryptography: | |
| Highly efficient transforms library for standards: |
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• IEEE P1363-2000 (ECDSA, ECNRS, ECKAS-DL, ECKAS-DL1, ECKAS-MQV | |
• ISO/IEC (ECDSA, ECKDSA, ECGDSA) | |
• GOST R 34.10-2000 | |
• DSTU 4145-2002 | |
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• Hyperelliptic curve cryptography (patent free): | |
Highly efficient transforms library for standards: | |
• IEEE P1363-2000 (HECDSA, HECNRS, HECKAS-DL, HECKAS-DL1, HECKAS-MQV) | |
• ISO/IEC (HECDSA, HECKDSA, HECGDSA) | |
| • GOST R. 34.10-2000 (HEC) |
• DSTU 4145-2002 (HEC) | |
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• Lightweighted hyperelliptic curve cryptography | |
• Block and stream symmetric ciphers: | |
Highly efficient transforms library for ciphers: | |
• AES, DES | |
• GOST 28147-89 | |
• etc. | |
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• Block and stream error correction codes: | |
Highly efficient transforms library: | |
• Algebra-Geometric codec | |
• etc. | |
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• Cryptography based on error correction codes: | |
Highly efficient transforms library based on: | |
• Algebraic block codes | |
• etc. | |
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• Steganography | |
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• Image processing: | |
Highly efficient transforms library: | |
• Bounds recognition | |
• Various effects | |
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• Artificial intelligence | |
• 3D modeling | |
• Distributed computing: | |
Toolset for distributed computing: | |
• Cryptoanalysis | |
• Research |