No consulting fees. No overages. No calendar.
All FDA required cybersecurity testing, with findings in as little as 2 days, run by the pipeline and managed in the ELTON platform.
Thousands of test cases traced to every component, interface, and data flow of every release. Built on 13 years of testing medical devices and putting findings through FDA review.
ELTON runs them together across hardware, firmware, software, web, mobile, and network, on every release. The twin gives the pipeline context no legacy testing firm has, and TestLink™ carries the whole pipeline onto the physical device.
You may have heard vendors describe AI testing. Pointing a model at a product and asking it to find vulnerabilities is not testing. It is a prompt, and anyone can write one. Testing is about tools. We use AI to build the tools on the fly and decide which ones to run.
It has no device context, verifies nothing, and returns something different every time you ask. The output is a wall of maybe-issues with no evidence a reviewer can follow, and getting there meant handing over your source code.
Tools are deterministic. They run the same way twice, against the real device, and produce evidence. The engineering is the hard part, and it is where thousands of hours have gone.
Thirteen years of testing medical devices, and more than a thousand submissions where our findings, ratings and dispositions had to survive a reviewer.
Every TestLink™ appliance is a pentester in a box, cabled to a real device and run from one console over out-of-band 5G. Watch the fleet: boxes connected, units online, sessions live, latency to each. One bench or a deployment grid, no lab required.
Run the full testing stack against your next release and watch verified findings, not a PDF, arrive in the platform.
All FDA required testing is performed using a multitude of ELTON developed tools, orchestrated by AI, and using AI generated test plans to ensure completeness. Testing includes SAST, DAST, fuzzing and pentest-class test cases, run together on every release across hardware, firmware, software, web, mobile and network. Static tools are created to read unique source and interrogate bespoke compiled binaries, dynamic tools are generated on the fly for the target and reach into running services, and fuzzing pushes malformed traffic through DICOM, HL7, MQTT and proprietary listeners. The ELTON difference: tools are created by AI, and customer data is not provided directly to AI agents.
Pointing a model at a product and asking it to find vulnerabilities is a prompt, not testing. A prompt has no device context, no test plan, verifies nothing, and returns something different every time you ask. ELTON uses AI to build the test plan and bespoke tools on the fly, and to decide which ones to run. The tools are the result of AI development: deterministic, and they produce evidence.
Through the TestLink fleet. Every appliance is a pentester in a box, cabled to a real device and driven from one console over out-of-band 5G. The fleet view shows which boxes are connected, how many units are online, which sessions are live and the latency to each, across a single bench or a deployment grid.
ELTON has 13 years of experience testing medical devices, and its findings have been through more than 1,000 FDA submissions. The same senior testers who perform manual testing also review the output of the AI developed tools, holding OSCP, OSCE3, OSWE, GPEN, GXPN and GICSP. Their tradecraft is what the pipeline encodes: authentication bypass, session abuse and chained access across trust boundaries, the moves a human makes and generic tools miss. It runs as software, so it covers every attack surface rather than the ones a consulting firm had hours for.
Cybersecurity testing is about evidencing the tests that were run. Gone are the days of simply reporting vulnerabilities. Every test case is derived from the device's own threat model, runs at the deepest tier of access you have opened, and lands as a result with evidence and narrative attached. That produces an unbroken chain from hundreds or thousands of test cases to every part of the digital twin, mapped to vulnerabilities wherever a test case result yielded one.