APPLICATIONS |
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Our Secure Computing and Communications (SCC) group evaluates FPGA designs in any format and describes how they work and whether they work correctly no matter what reference information we have. This allows Luna to: |
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Ensure design trust |
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Luna's trust evaluation service determines whether a design provides the FPGA user with the function described by a trusted design document, model, or source, guaranteeing the absence of hidden functions. |
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Enable high-reliability verification Luna's FPGA verification service provides an unprecedented capability to directly verify the design in the bitstream. This comprehensive evaluation methodology enhances high-reliability verification against standards such as DO-254. |
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Migrate designs from
obsolete FPGAs to modern parts |
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Luna's design recovery and retargeting service allows designs from obsolete FPGAs to be easily migrated to modern microelectronic technology. Even if the design files are lost for the obsolete FPGA, Luna can recover the design by extracting it from the obsolete FPGA bitstream, allowing retargeting to a more modern FPGA or ASIC. |
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Provide design and
security analysis |
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Luna's security analysis service provides assurance of cryptographic and security feature instantiations through direct evaluation of exact bitstream contents.
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Contact: fpga@lunainnovations.com |
Secure Computing Solutions
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FPGA Design Integrity
We develop world-leading
FPGA design integrity
solutions that ensure design
trust, enable high-reliability
verification, migrate designs
from obsolete FPGAs to
modern parts, and provide
FPGA design and security
analysis.
All our design integrity
solutions rely on Luna's
proven reverse engineering
technology, allowing us to
evaluate the critical details of
FPGA designs in any format -
including direct evaluation of
the bitstream.
| THE LUNA TEAM |
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History Our SCC group has invented innovative design integrity technologies since 2003. |
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Capabilities Our experts combine their talents in digital design, software engineering, mathematics, and reverse engineering to conceive unique solutions to critical problems. |
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Experience Our experienced team creates breakthrough research, designs commercial products, and deploys government solutions. |