Open Source FPGA Project for Network Security, IoT, & Control
- Have you ever wanted your very own Gigabit Ethernet MAC controller?
- How about your own customizable Gigabit / 100 Mbit Ethernet switch?
- Customizable real-time packet filtering, inspection, and mirroring? You got it!
- Define the metrics you want and stream them to the host of your choice.
- Route selected streams to a networked host for application processing.
- Dozens of I/O available for controller applications
- It's an FPGA and open source, so the applications are endless.
We utilize an FPGA in order to build an open, trustworthy, and extensible foundation for packet processing, IoT, and control (e.g., sensors, motors, etc.)
When we filter certain addresses, ports, and / or protocols, we are able to confirm at the hardware layer that this has been accomplished. This is in stark contrast to off-the-shelf SoC implementations, which require developers & users to make assumptions of multiple layers (often opaque) being free of bugs, back doors, and resident spies / spyware.
The open FPGA-based architecture supports numerous, highly parallel functions implemented at Ethernet line rate (125 MHz x 8-bit). Our Darsena development board, which is Arduino form factor and pin out compatible supports Ethernet connectivity via two on-board Ethernet PHYs, ARM micro controller, and the expansion connector.
- Strive for modularity and simplicity
- Support multiple FPGAs using both SGMII and RGMII (Lattice ECP5 is first instance)
- Limited number of dependencies and only when necessary
- Enable connecting new modules for new applications
- Architect with ability to use as a stand alone FPGA
- Visibility from inside and outside
- Never compromise the integrity of the data
You can find source on Github: https://github.com/privateisland/privateisland
Our Development Board: Darsena
- Arduino form-factor compatible with dozens of I/O for expansion and shield support
- Lattice ECP5UM FPGA (45K LUTs with integrated PCS/SERDES)
- Two Texas Instruments DP83867 Gigabit PHYs
- NXP Kinetis K02 Microcontroller with ARM Cortex M4 core
- Micron SPI ROM
Let us know if you want one.
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