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Next-Gen Secure Network Interface Card: Revolutionizing Network Security

The Secure Network Interface Card (SNIC) project aims to innovate network security through the design of a revolutionary network card that incorporates an integrated firewall for enhanced security and flexibility. With the goal of utilizing a single piece of hardware for this purpose, the project is currently in the development phase, with all essential components ordered or on hand. The team has completed the schematic, marketing materials, and is actively addressing layout challenges. Future plans include finalizing the layout, manufacturing the board, testing the system, and preparing for a design presentation.

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Next-Gen Secure Network Interface Card: Revolutionizing Network Security

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  1. Secure Network Interface Card (SNIC) The Next Generation of NICs Jeremy Andrus Jeremy Heersink Justin Jansen Neil Kuyvenhoven TEAM EIGHT

  2. INTRODUCTION • Project Review • Current Status • Challenges • Future Plans • Acknowledgments • Conclusion

  3. + = SNIC PROJECT REVIEW • Purpose is to design a Network Card with an integrated firewall • Common Ethernet connection • Dedicated system for secure and flexible firewall • SNIC will result in only one piece of hardware

  4. Internet BLOCK DIAGRAM Desktop Computer Network Firewall Network SNIC PCI Bus

  5. CURRENT STATUS • All components on order or on hand • Processor • Flash Memory • SDRAM • Network Chips • Supporting Chips • Supporting Resistors and Capacitors

  6. CURRENT STATUS • All components on order or on hand • Development kit has been tested with our custom compiled operating system. • Schematic completed and externally reviewed • Marketing glossy completed by Solidus Design • Company to fabricate board chosen • Layout is in progress

  7. LAYOUT

  8. CHALLENGES • Have processor send filtered network data to the host computer through PCI bus • Getting populated board back in time to debug and make a possible second revision • Programming Flash for first time

  9. FUTURE PLANS • Finish Layout by today! • Get board manufactured and populated • Modify the software to boot the OS on our system. • Fully test and debug our system with a possible second revision. • Work on a way to display our design for Design Night. • Documentation

  10. ACKNOWLEDGMENTS • Professor VanderLeest • Mr. Mark Michmerhuizen • Mr. Jack Doornbos • PCBExpress • Mr. Chuck Spoelhof • Johnson Controls, Inc. • Solidus Design

  11. QUESTIONS

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