The digital twin finds every TLS connection across your portfolio in minutes. The pipeline and TestLink verify on the real device which products are exposed, the same day.
Tell us where to send it and the PDF opens on this page. Once, not every time.
The central visual from the paper: the digital twin, the AI pipeline and TestLink, from portfolio to a verified per-connection answer.
Built for every onboarded product from the documents the QMS already produces. One query returns every TLS client that trusts a public bundle without a pin, with the component, interface and access attached. Minutes, not a survey.
AI builds the test case for the real interface, the pipeline runs it, scoped to only the connections the twin says can be exposed. Nothing guessed, nothing skipped, and no customer data in a prompt.
The appliance in your lab verifies the shipped build on the network path an attacker would use, out of band over 5G. Accept or refuse, recorded per connection, the same day the keys were published.
A fabricated infusion system, the Vireo CP-7, run end to end so the mechanics are concrete.
The twin returns three TLS connections to verify out of six dataflows, with the trust store each uses already known. The serial link and the private-CA links are out of scope with a documented reason.
TestLink exercises the three on a real dock. The OpenSSL and Java clients are exposed, the firmware channel is conditional on its image signature, and the platform-store app refuses, as predicted.
A disposition per connection: two direct vulnerabilities, one conditional, three not affected, each with the evidence and the fix, retested after it ships. Written for the 524B plan.
The next weak key, the next distrusted root, the next flaw like PHP2Shell. The twin says where it lands and TestLink proves it on the real product.
What does the whitepaper show?
How ELTON answers a CA event in two steps that both run the day the keys are published. The digital twin finds every TLS client across the portfolio, on which component, what it trusts and whether it pins. Then the AI pipeline and TestLink verify on the real device which connections are actually exposed. It works through a fabricated six-dataflow infusion system end to end.
Does this work for products ELTON has not fully tested?
Yes. The portfolio query runs against every onboarded product, including ones onboarded only for threat modeling. Their twin already holds the interfaces, dataflows and trust stores, so the first four questions are answered without a lab. Products under a testing subscription add the on-device verification through TestLink.
How is this different from the first eMudhra whitepaper?
The first paper (Every Connected Medical Device Now Has a Forever Vulnerability) explains the event, why it is different, and the mitigation. This one is the response: how ELTON finds which of your products are exposed and proves it on the real device, with the report written for the 524B plan.
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