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STRATEGIC ENCRYPTION

STRATEGIC ENCRYPTION. www.crypto-logica.com. 2. TECHNOLOGY FEATURES. Future proof – available today Encryption with ANY key length Authentication with ANY hash length Brutal force security Secure against computing developments Any cryptanalysis security Linear cryptanalysis security

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STRATEGIC ENCRYPTION

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  1. STRATEGIC ENCRYPTION www.crypto-logica.com

  2. 2. TECHNOLOGY FEATURES • Future proof – available today • Encryption with ANY key length • Authentication with ANY hash length • Brutal force security • Secure against computing developments • Any cryptanalysis security • Linear cryptanalysis security • Differential cryptanalysis security • No backdoor for decryption without a key

  3. 3. ANY KEY LENGTH

  4. 4. ALGORITHM FEATURES • Non-polynomial (NP) key finding problem • Key lengths chosen for NP problem • No matrix operations • No vector operations • No S-boxes • Simple non-linear arithmetic operations • Huge bit diffusion • Huge bit confusion • Perfect randomness

  5. 5. DEVELOPED TECHNOLOGY • 4 simple stream methods • 4 hybrid symmetric stream methods • 4 hybrid symmetric block methods • 8 hybrid hash methods • Zero encryption overhead • Identical ciphertext and plaintext bitrate • Identical ciphertext and plaintext file size • Key length from 256 to 4.294.967.296 bits • Speed almost independent on key length

  6. 6. DEVELOPED ENCRYPTION METHODS

  7. 7. ENCRYPTION METHODS

  8. 8. TYPE DIFFERENCE • All stream ciphers except CLIS are hybrid (stream+block) symmetric stream ciphers, wherein the position of each bit in plaintext input stream or file remains intact in ciphertext output stream or file • All block ciphers are hybrid (stream+block) symmetric block ciphers, wherein the position of each bit in plaintext input stream or file is diffused within 256 or 128 bit block in ciphertext output stream or file

  9. 9. ALGORITHM CUSTOMIZATION • Family of customized algorithms • Algorithms have adjustable parameters • User can change algorithm parameters • Enormous increase of number of methods • Additional customized algorithm security • Unknown algorithm for unauthorized • Private algorithm provides open solution • No extraction of customized parameters by anyone including Crypto Logica Team

  10. 10. SOFTWARE METHODS

  11. 11. CIPHER PARAMETERS • Stream Offset • Stream Sum • Stream Counter • Stream Increment • Parameters’ width depends on internal data: • 8 x 8-bit (64-bit total) for 8-bit data • 8 x 16 bit (128-bits total) for 16-bit data • 8 x 32 bit (256-bits total) for 32-bit data • 8 x 64 bit (512-bits total) for 64-bit data • Block Offset • Block Rounds • Block Counter • Block Increment

  12. 12. HASH PARAMETERS • Stream Offset • Stream Sum • Stream Counter • Stream Increment • Hash Length • Hash Length is completely freely chosen • Hash Length can be any number • Hash Signature is completely freely chosen • Hash Signature can be any number • Block Offset • Block Rounds • Block Counter • Block Increment • Hash Signature

  13. 13. OPTIONAL KEY GENERATION • User password with at least 16-characters • 1-bit difference in two passwords provides two completely different uncorrelated keys • Key is not stored in any peripheral memory media in any form • Lost password prevents decryption • Any secure public key cryptography can be used for key exchange • Crypto Logica Team is developing its own fast public key cryptography

  14. 14. SPEED, LATENCY, POWER, COST • Faster encryption than AES • Smaller encrypter latency • Encrypter power savings • Smaller encrypter cost • Faster decryption than AES • Smaller decrypter latency • Decrypter power savings • Smaller decrypter cost • Maximum processor efficiency

  15. 15. CRYPTOLOGICA DEMO SOFTWARE

  16. 16. SPEED @ SINGLE THREAD i7 2.2GHz

  17. 17. ENCRYPTION/DECRYPTION SPEED

  18. 18. CL SPEED / AES SPEED • AES = AES CTR in all diagrams • Plaintext = All 0’s (worst case) • Key = All 0’s (worst case)

  19. 19. NIST STS 2.1 RANDOMNESS TESTS • Frequency Test within a Block determines whether the frequency of ones in an M-bit block is approximately M/2.

  20. 20. NIST STS 2.1 RANDOMNESS TESTS • Frequency Test within a Block determines whether the frequency of ones in an M-bit block is approximately M/2.

  21. 21. NIST STS 2.1 RANDOMNESS TESTS • Cumulative Sums (Cusum-Forward) Test determines whether the cumulative sum of the partial sequences occurring in the tested sequence is too large or too small.

  22. 22. NIST STS 2.1 RANDOMNESS TESTS • Cumulative Sums (Cusum-Reverse) Test determines whether the cumulative sum of the partial sequences occurring in the tested sequence is too large or too small.

  23. 23. NIST STS 2.1 RANDOMNESS TESTS • Runs Test determines whether the number of runs (uninterrupted sequence of identical bits) of ones and zeros of various lengths is as expected for a random seq.

  24. 24. NIST STS 2.1 RANDOMNESS TESTS • Test for the Longest Run of Ones in a Block determines whether the length of the longest run of ones is consistent with the expected length.

  25. 25. NIST STS 2.1 RANDOMNESS TESTS • Binary Matrix Rank Test determines the linear dependence among fixed length substrings of the original sequence.

  26. 26. NIST STS 2.1 RANDOMNESS TESTS • Discrete Fourier Transform (Spectral) Test detects periodic features (i.e. repetitive patterns that are near each other).

  27. 27. NIST STS 2.1 RANDOMNESS TESTS • Non-overlapping Template Matching Test detects too many occurences of a given non-periodic (aperiodic) pattern.

  28. 28. NIST STS 2.1 RANDOMNESS TESTS • Overlapping Template Matching Test determines the number of occurrences of pre-specified target strings.

  29. 29. NIST STS 2.1 RANDOMNESS TESTS • Mauer’s “Universal Statistical” Test detects whether or not the sequence can be significantly compressed without loss of information.

  30. 30. NIST STS 2.1 RANDOMNESS TESTS • Approximate Entropy Test compares the frequency of all possible overlapping m-bit patterns across the entire sequence.

  31. 31. NIST STS 2.1 RANDOMNESS TESTS • Random Excursions Test determines if the number of visits to a particular state within a cycle deviates from expected.

  32. 32. NIST STS 2.1 RANDOMNESS TESTS • Random Excursions Variant Test detects deviations from the expected number of visits to various states in the random walk.

  33. 33. NIST STS 2.1 RANDOMNESS TESTS • Serial Test 1 determines whether the number of occurrences of the 2^m m-bit overlapping patterns is approximately the same.

  34. 34. NIST STS 2.1 RANDOMNESS TESTS • Serial Test 2 determines whether the number of occurrences of the 2^m m-bit overlapping patterns is approximately the same.

  35. 35. NIST STS 2.1 RANDOMNESS TESTS • Linear Complexity Test determines whether or not the sequence is complex enough to be considered random.

  36. 37. TOTALCRYPT • Standard security level • Personal use • Working groups • Social networks • Small and medium size business

  37. 38. TOTALCRYPT+ • Advanced security level • Bank systems • Stock exchange • Hi-tech business • Municipality • Police

  38. 39. TOTALCRYPT UE • Ultimate security level • Government systems • Security agencies • Intelligence agencies • Special users • Defense

  39. 40. COMPUTER APPLICATIONS • File encryption • Protocol encryption • Folder encryption • USB flash encryption • Hard drive encryption • Optical drive encryption • Encryption processors

  40. 41. VIDEO APPLICATIONS • Video editing / postprocessing • Movie edit master & archive • Mobile TV (4G, 3G) • IPTV • Cable TV • Satellite TV • Digital terrestrial TV • Video encoder • Set-top box

  41. 42. WIRELESS HDMI NETWORK DVR FUNCTION ON THE ROAD

  42. 43. HDMI CONNECTION HDMI HDMI HDMI CL Tx HDMI CL Rx HDMI CL Rx HDMI CL Tx INSTEAD OF CLASSIC WIRED HDMI CRYPTO LOGICA P2P WIRELESS HDMI LINK CRYPTO LOGICA ROUTED WIRELESS HDMI LINK

  43. 44. HDMI NODE TRANSMIT CL Node RECEIVE CL Node HDMI Rx 32bit RISC Compressor CL encrypter 802.11g 802.11g 32bit RISC CL decrypter Decompressor HDMI Tx • Wireless HDMI IEEE802.11g/n • Wired HDMI 10/100/1000 Base-T • Transmitter at HDMI out port • Receiver at HDMI in port • CRYPTO LOGICA ≤ 4096-bit encryption • Single chip without external memory

  44. 45. HARDWARE ENCRYPTION • Lowest cost • No dividers • No multipliers • Ultralow power • Integer arithmetic • Very low complexity • Small integrated memory • Ultrafast encryption and decryption • Easy radiation hardening

  45. 46. FINANCIAL APPLICATIONS • Database • Remote personnal banking • Remote corporative banking • Interbank communication • Automatic teller machines (ATM) • Credit card reader (POS-EFT) • Stock – broker communication • Broker – investor communication

  46. 47. MEDICAL APPLICATIONS • MAMMOGRAPHY • COMPUTERIZED TOMOGRAPHY • MAGNETIC RESONANCE IMAGING • ULTRASONOGRAPHY • X-RADIOGRAPHY • TELEMEDICINE • Mammography • Computerized tomography • Magnetic resonance imaging • Ultrasonography • X-Radiography • Telemedicine

  47. 48. DEFENSE APPLICATIONS • Unmanned & manned vehicles • Warfighters • Satellites • Surveillance • Telemedicine • Smart weapons • Loitering weapons • Face recognition for laser-guided bullets • EO, IR, SAR & Hyperspectral sensors

  48. 49. UAS WITH ANALOG LINK UAV EO IR SAR ANALOG LINK GROUND STATION STORAGE COMPUTER MONITOR

  49. 50. UAS WITH ANALOG LINK FAST ENCRYPT/DECRYPT LOW LATENCY SMALL WEIGHT & SIZE LOW POWER & HEAT INTEROPERABILITY UAV EO IR SAR ANALOG LINK PC PDA GROUND STATION CRYPTO LOGICA DECRYPTER CRYPTO LOGICA DECRYPTER CRYPTO LOGICA ENCRYPTER COMPUTER MONITOR VIDEO DECODER + PLAYER VIDEO DECODER + PLAYER STORAGE VIDEO ENCODER

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