Remediation Optimization

Fix less. Eliminate more.

ELTON maps every mitigation and fix to the chain conditions it breaks. Plan remediation by what collapses: fewest changes, most exploitable severity gone, proven in a what-if.

Prescriptive by default

Remediation, down to the code fix.

A finding says something is wrong, rarely what to change. ELTON ships prescriptive remediation down to the code fix, as a ticket or over ELTON MCP. Every weakness gets one.

ELTON provides fixes at the code level

WeaknessTLS negotiation on mgmt portPRESCRIPTIVE FIX · EXACT LINE- ctx = ssl.PROTOCOL_TLS+ ctx.minimum_version =ssl.TLSVersion.TLSv1_3verified against the digital twin · runtimeTicketJira · Azure DevOpsELTON MCPclosed-loop CI/CD1% prioritized now · every weakness carries a fix

Prescriptive fixes for the exact line, delivered where your developers already work. Open a ticket, or run it closed-loop over ELTON MCP.

Mitigations vs. chains

Does the mitigation break the chain?

ELTON reads the mitigation list for each product and release, and maps every control to the chain condition it prevents. If the condition cannot be met, the chain never forms. Try it: remediate a root, watch dependents collapse.

Control coverage

Your most effective controls, ranked.

One release view, every control scored by what it actually prevents. The kiosk lock that blocks forty chains outranks the patch that closes one CVE.

MOST EFFECTIVE CONTROLS · RELEASE v2.36 controls neutralize 117 findingsKiosk containment (locked task UI)41chains brokenSecure boot chain28chains brokenTLS 1.3 on management port19chains brokenNetwork segmentation profile14chains brokenService hardening baseline9chains brokenUSB port policy6chains brokenScored per release view. Change the architecture, or the mitigation list, and the ranking recomputes.
The prioritization planner

Close a root. Watch the numbers move.

Check Fixed on a directly exploitable finding, or apply a mitigation, and the planner recomputes live: severity eliminated, reachability rescored, the unexploitable bucket growing.

CLASSIFICATION × REACHABILITYUSE CASEMIS USE CASE● Direct217● Conditional00● Weakness00EXPLOITABLE SEVERITY103.9-3.6 in what-if● 1 High  ● 16 Medium  ● 2 LowUNEXPLOITABLE SEVERITY0.0grows as fixes and mitigations land,every dismissal keeps its evidenceWHAT TO FIX FIRST · WHAT-IF APPLIED17Weak Authentication Mechanism PresentEL-S3Md4-jwIKq · Not verifiedDIRECTMis Use case0/3 reachable● Medium (5.5)ELTON18Unnecessary Services Enabled · BluetoothEL-gT4kJ-nYCno · Not verifiedFIXEDUse Case2/3 reachable● Low (1.8)ELTON19Unnecessary Services Enabled · WPA SupplicantEL-pmCMg-5Jcbz · Not verifiedFIXEDUse Case2/3 reachable● Low (1.8)ELTONWhat-if: 2 fixed · severity eliminated 3.6 (3%) · Bluetooth and WPA chains no longer reach the OSReset
Scoped by the initial access vectors you toggle. Every number traces to the graph that produced it.
See the chain

Watch the conditional chain collapse on your device.

Start with one device. We build the twin from documentation your quality system already produces, run AI discovery remotely, and show you the graph: the handful to fix, and the evidence for everything else.

Automate medical device vulnerability discovery and verification. FDA §524B methodologyExploitability proven on-device95% faster than legacy testing Book a Demo
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