Manufacturers keep stretching two tools over a continuous obligation, and both were built for something else. The pentest is deep but frozen in time. The scanner is continuous but blind to context. ELTON is a third thing: a testing pipeline that carries your device context, runs continuously, and proves what it reports.
There is no manual pentesting in the offering. A decade of device pentesting was encoded into a custom harness and pipeline. The experts trained the system. The system runs the tests.
Section 524B and its postmarket cousins describe a standing duty to monitor, identify, and address. Neither legacy tool was shaped for that duty.
Point-in-time by definition. Every engagement starts from zero recon, burns weeks of scarce human bandwidth, and describes the device as it existed that month. The report starts aging on delivery day.
Continuous but context-free. It cannot tell your build from the worst case, so it floods the backlog with theoretical findings and leaves the proving to your engineers.
Continuous and context-loaded. The twin hands it your architecture before testing starts, exploits execute on the real device, and regulatory evidence falls out as a byproduct of the work.
| Dimension | Manual pentest | Scanner | ELTON |
|---|---|---|---|
| Cadence | Annual, or per engagement | Continuous | Continuous |
| Starting context | Zero. Recon rebuilt every time | None. Generic signatures | Digital twin, pre-loaded |
| Findings | Deep but few. Human bandwidth caps the depth | High volume, unproven theory | Exploitability verified on the device |
| Regulatory evidence | A PDF that ages from day one | None | Test case, log, and VEX per finding |
ELTON AI is not a wrapper around a general model. It is a custom harness built by people who spent a decade pentesting physical medical devices, across 10,000+ device tests and work behind 1,000+ FDA submissions. That tradecraft was encoded into the pipeline: the protocol tricks, the failure patterns, the places device firmware actually breaks.
So there is no manual pentesting in the offering. Not because hands-on testing stopped mattering, but because the hands-on knowledge now runs as software: every device, every release, without waiting for a calendar slot or a statement of work. Autonomous testing covers how the agents work, and verification covers the gate they have to pass.
A pentest gives you two dots a year. A scanner gives you a steady band of noise. ELTON gives you an unbroken line of verified answers: discovery running against the twin, exploits confirmed on the real device, dispositions updated as each CVE lands.
ELTON runs remotely as a managed program, or on your own bench through TestLink™, an out-of-band 5G link to the physical device.
See the pipeline run on one of your devices: continuous discovery, on-device verification, and evidence a reviewer can replay.
A manual penetration test is point in time by definition. Every engagement starts from zero recon, caps depth at human bandwidth, and describes the device as it existed that month, so the report ages from delivery day. ELTON runs the same tradecraft continuously against the current release, so coverage is a line rather than two dots a year.
A scanner is continuous but context free. It cannot tell your build from the worst case, so it matches generic signatures and floods the backlog with theoretical findings, leaving your engineers to work out which ones are real. It also produces no regulatory evidence, which is the part a reviewer asks for.
Manual pentesting is not part of the ELTON offering. A decade of hands-on device testing was encoded into a custom harness and pipeline, across 10,000+ device tests and the work behind 1,000+ FDA submissions. The protocol tricks and firmware failure patterns now run as software, on every release, without waiting for a calendar slot.
A pentest report gives an auditor two dots a year and a scanner gives a steady band of noise. ELTON gives an unbroken line: discovery running against the twin, exploits confirmed on the real device, dispositions updated as each CVE lands. When a reviewer asks what you knew in July, there is a test case, a log and a VEX status for it.
Starting context decides how deep the testing can go. A manual pentest rebuilds recon from zero every engagement, and a scanner has none at all beyond generic signatures. ELTON begins with the digital twin holding your architecture, so the hours normally spent working out what the device is go into attacking it instead.