Known vulnerabilities are just the tip of the iceberg in today's complex firmware and software supply chains.
That's why, instead of merely mapping binaries to a list of known vulnerabilities, we go beneath the surface to understand how the code executes, enabling us to detect defects, not just the binaries. This approach allows Binarly to identify entire classes of defects, beyond just known issues, and to do so more rapidly with near-zero false positives.
That's why, instead of merely mapping binaries to a list of known vulnerabilities, we go beneath the surface to understand how the code executes, enabling us to detect defects, not just the binaries. This approach allows Binarly to identify entire classes of defects, beyond just known issues, and to do so more rapidly with near-zero false positives.