Your last test report described the device that existed on the day of the test. New CVEs have published against your components since. The obligation to monitor never pauses, so the evidence cannot either. ELTON watches the feed against a living model of every release you support. ELTON is an exploitability management platform, delivered as a managed program. Our team runs discovery and verification against your device continuously, release after release.
Each release is modeled as a digital twin built from documentation your QMS already holds. New CVEs are checked against it when they publish, not at the next annual engagement. The file updates itself while your team sleeps.
Section 524B and EU postmarket rules assume monitoring for the life of the device. An annual report is a snapshot standing in for a process. Regulators have noticed the difference.
A penetration test starts going stale on delivery day. Every disclosure after it lands in a gap where nobody is looking at your device.
CVE publication volume is roughly tripling from 2024 to 2028. A manual process that barely kept up last year fails quietly next year, and nobody files a deviation for it.
Every headline vulnerability triggers customer questionnaires. Answering from spreadsheets, one device at a time, stops scaling at the very first advisory.
Ingestion, triage, verification, and reporting run as one automated cycle against every supported release, with a person in the loop only where judgment is needed.
New disclosures are mapped against the digital twin of each supported release. Relevance is decided by your actual build, not a keyword match on a vendor name.
Candidates that could apply are verified for exploitability. Only proven true positives reach an engineer, with fix guidance attached. The rest are dismissed with evidence, automatically.
A fleet is not one device. ELTON knows which releases carry which components, so each disposition lands on every affected version and none of the others.
Machine readable VEX in CycloneDX answers affected or not affected per product, so HDOs get their answer before the questionnaire goes out. Publish once, answer everyone.
Surveillance you cannot measure is surveillance you cannot defend. ELTON reports mean time to triage and mean time to remediate per product, clocked from publication to evidenced disposition.
From CVE publication to an evidenced disposition on every affected release. ELTON drives it down by deciding relevance against the twin instead of a human queue.
From verified exploitable to re-verified fixed. Prescriptive guidance shortens the fix. Re-verification closes it with proof, and the metric goes straight to your quality review.
ELTON monitors every supported release continuously and evidences each disposition as it happens. Postmarket becomes a record, not a scramble.
Section 524B and EU postmarket rules assume monitoring for the life of the device, so an annual report is a snapshot standing in for a process. A test report describes the device that existed on the day of the test, and every disclosure after it lands in a gap where nobody is looking.
CVE publication volume is roughly tripling from 2024 to 2028, so a manual process that barely kept up last year fails quietly next year. ELTON maps each new disclosure against the digital twin of every supported release when it publishes, and relevance is decided by your actual build rather than a keyword match on a vendor name.
Publish machine readable VEX in CycloneDX. It states affected or not affected per product, so hospitals get their answer before the questionnaire goes out. Publish once, answer everyone. Answering from spreadsheets, one device at a time, stops scaling at the very first advisory.
A fleet is not one device. Each supported release is modeled as its own digital twin, built from documentation your quality system already holds, so ELTON knows which releases carry which components. Every disposition lands on every affected version and none of the others.
With mean time to triage and mean time to remediate, reported per product and clocked from the day the CVE publishes. Mean time to triage runs from publication to an evidenced disposition on every affected release. Mean time to remediate runs from verified exploitable to re-verified fixed, and both feed your quality review.