Don't fix findings.
Break attack chains.
SecureHup reconstructs how verified findings link into real kill chains — then tells you which single patch collapses the most of them. Fix the leverage point, not the longest list.
One patch.
Seven dead chains.
Watch the chains light up hop by hop. Then watch a single shared node get patched — and three attack paths collapse at once.
From scattered findings to a real kill chain.
A standalone IDOR looks like a medium. A leaked key looks like a medium. Chained, they exfiltrate your database. SecureHup stitches verified findings into ordered paths — vulnerability, exploit, impact — the way an attacker would actually walk them.
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Verified inputs only. Chains are built from findings an agent already exploited — no theoretical CVSS math.
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Shared nodes surface. When many paths route through one weakness, that choke point becomes the story.
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Full blast radius. Every chain ends in concrete impact — data access, account takeover, lateral movement.
Prioritize by blast radius, not by badge color.
Three steps take you from a pile of findings to the one fix that dismantles the most attack paths — so remediation effort lands where it actually removes risk.
Reconstruct
Verified findings are linked into ordered chains, exposing every shared node and choke point across your surface.
Simulate the patch
For each candidate fix, SecureHup cuts that node from the graph and counts exactly how many chains collapse with it.
Rank by leverage
Fixes are ordered by chains broken, so your team ships the highest-leverage patch first — not the loudest ticket.