Enverite
Enverite EDA enables FPGA design assurance for security and functional safety
Enverite
Enverite EDA enables FPGA design assurance for security and functional safety
FPGA build flows are at risk of compromise by internal or external adversaries. By modifying design and setting files of an EDA project, adversaries may insert Trojans, alter design operation, or leave the design more vulnerable to attack. It is therefore necessary for designers to verify and audit their FPGA build flows on-demand to ensure that their build flows and designs have not been altered.
The Enverite® EDA suite contains features that provide verification and auditing of FPGA build flows.
PV-Bit® Verification
PV-Bit® (Private Verification of FPGA Bitstreams) verification evaluates the equivalence of an FPGA bitstream and its physical netlist.
Trace® Archiver
Trace® archiver creates and verifies a tamper-evident auditable digital thread as a design traverses the build flow.
Retrace® Auditor
Retrace® auditor authenticates and verifies integrity of a Trace® digital thread and enables automated reproduction of the traced build.
Address your FPGA Build Flow Assurance Concerns
Functional Safety
Alteration to the design in the bitstream
Compromised IP
Trojan insertion
Compromised tooling or software
Attack during assembly and flash provisioning
Modification of 3PIP by an adversary
Modified design suites
Assurance EDA Suite for Security and Functional Safety
DO-254 / ED80 Airborne Electronic Hardware
ISO 26262 Road Vehicles Functional Safety
Nuclear Digital Instrumentation and Control
Rail & Transport Safety
Medical Product Safety
Defense Technologies
Enverite EDA features help you follow the latest high assurance guidelines
M. Winslow, J. Graf, W. Batchelor, S. Harper, K. Paar, A.A. Sohanghpurwala, “The Role of EDA in FPGA Assurance Best Practices,” GOMACTech 2024 Proceedings, March 2024.
The National Security Agency (NSA) released a series of reports on protecting and securing FPGAs “during manufacturing, acquisition, programming, and first attachment of the devices.” Many of the recommendations - including addressing the threats enumerated above - are uniquely achieved through the use of Enverite® EDA.
Check out “The Role of EDA in FPGA Assurance Best Practices” to see how Enverite® EDA and other high assurance EDA tools can help you accelerate the implementation of FPGA best practices.
More Information
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