Secure Solutions
Key Documents
- Secure Solutions Overview
- XAPP1084 - Developing Tamper Resistant Designs with Xilinx Virtex-6 and 7 Series FPGAs
- Security Monitor IP Core
- FPGA-based Single Chip Cryptographic Solution
- WP365 - Solving Today's Design Security Concerns
- WP412 - The Xilinx Isolation Design Flow for Fault-Tolerant Systems
- XAPP584 - Spartan-6 FPGA Dual-Lockstep MicroBlaze Processor with Isolation Design Flow
Keeping Customer IP and Data Secure
In order to ensure that an FPGA-enabled system is adequately secure, there are a number of security-related components that must be considered when designing a system. Just like the links of a chain, each of these components is important - the failure of any of them will break the "security chain" and will leave a system vulnerable and open to attacks.
Xilinx has made significant investments in the area of FPGA security. It is important to note that security does not end at the FPGA device; it must always be a part of an overall system-level security solution. In general, for an overall secure system solution the following areas of concern must be addressed:
Physical Security via Anti-Tamper (AT)
The FPGA designer must have the ability protect the intellectual property (IP) and sensitive data that might exist in an FPGA-enabled system from physical attacks. This protection (in the form of tamper resistance) needs to be effective before, during, and after the FPGA has been configured by a bitstream.
Application Security via Fault Tolerant Design
The ability to control system failure modes through fault-tolerant design requires an implementation methodology that ensures fault propagation can be controlled. Single-chip fault tolerance by various techniques including modular redundancy, watchdog alarms, segregation by safety level / classification, and isolation of test logic for safe removal must be provided.
Real Applications
Xilinx Secure Solutions were designed to support the worldwide concern about the safety and security of a system and IP. Our solutions can easily be applied to various defense and commercial applications:
- Embedded encryption
- Network encryption
- Tactical radios
- Satellite communications
- Finance and banking
- Homeland security (first responders)
- Avionics
- Smart grid
Wherever a system is deployed, Xilinx Secure Solutions can be used as part of an overall system solution to aid not only in the protection of valuable IP and / or data but also in meeting critical safety needs.
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Bottom Line Technologies, Inc.
FPGA, board, and system designs for commercial, industrial, and military/IC clients. TS-SCI cleared personnel Xilinx exclusive regional Authorized Training Partner