1. Integrated Cryptographic Network Interface Controller
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Integrated Cryptographic Network Interface Controller
Glenn A. Emelko
8/3/2019
Glenn A. Emelko

2. Concept Use standard LAN controller Fully Ethernet Compatible
Integrated On-board Cryptography
Configurable Encryption Settings
Automatic Key Management
Built-in Entropy Generator
Auto-secure Connection Mode
8/3/2019
Glenn A. Emelko

3. Cryptography Wish List
High Speed
Large Volume Secure Transactions
Minimal Computational Requirements
Flexible
Wide range of settings depending on desired level of privacy and speed
Parameters (such as key size) have quantified effects on overall security
8/3/2019
Glenn A. Emelko

4. Cryptography Wish List (cont.)
Advances in computation, number theory, or quantum computing should not compromise security
P(M)=P(M|C), P(K)=P(K|C)
Suitable for use with many different cryptographic protocols
Publication of cryptographic method or protocol will not compromise security
8/3/2019
Glenn A. Emelko

5. Cryptographic Engine FPGA Based Design Variable Length Packets
Variable Length Key
Dynamic Configuration
High Speed / Throughput
Internal Entropy Generator
Key Negotiation Protocol
8/3/2019
Glenn A. Emelko

6. LAN Controller Fully 10/100Base-T Compatable One-chip Design
Drivers available for numerous operating systems
8/3/2019
Glenn A. Emelko

7. Architecture On board CPLD or FPGA PCI interface for PC Architecture
On board FIFO Buffer RAM
10/100 Base-T interface (UTP Cat-5)
8/3/2019
Glenn A. Emelko

8. Research Topics Dynamic Cryptographic Protocol
Fully Automatic Key Exchange
Entropy Generation
Alternatives to IPSEC
Competition of Existing Standards
Compatibility
Simplicity vs. Security
8/3/2019
Glenn A. Emelko

9. References A. Beutelspacher (1991), Cryptology
N. Koblitz (1994), A Course on Number Theory and Cryptography
S. Levy (2001), Crypto
B. Schneier (1996), Applied Cryptography
S. Singh (1999), The Code Book
D. Welsh (1995), Codes and Cryptography
Numerous Internet Sources
8/3/2019
Glenn A. Emelko