Medical device

SmartPoints and SmartNode: a secure-identity medical device, invented and proven

Gabriele Fariello invented and owns the SmartNode, a drop-in appliance that gives a device a secure, sovereign identity. He took it from concept to a working, tested prototype and validated it at Massachusetts General Hospital on a heavily used research-grade MRI, securing a high-throughput medical device without degrading its performance. SmartNode won a 2019 US Business News award for the best and most novel data-security solution.

The situation

Connected medical and research devices create a hard security problem. High-value equipment such as imaging systems handles sensitive data and sits on networks that were never designed for it, and bolting conventional security onto a live device often slows it down or breaks its workflow. Gabriele saw that the problem was one of identity: a device needs a secure, verifiable identity of its own before anything else can be trusted around it. As Chief Information and Technology Officer of SmartPoints Medical and SmartPoints IoT, he set out to prove that a device could be secured this way in the real world without paying a performance penalty.

The build

Gabriele invented and owns the SmartNode, a drop-in appliance that gives a device a secure, sovereign identity, along with the SmartHub, a router version of the same capability, and SmartLayer2, which manages ad-hoc, encrypted connections between systems across untrusted networks. He carried SmartNode from concept through to a full working, tested prototype, essentially to proof of market. This is an inventor and operator building a real, regulated-hardware product, not advising on one from the sidelines.

The MGH research-MRI validation

The proof that mattered was independent and in the field. Gabriele arranged, through relationships built during his neuroinformatics work, to test SmartNode for several months at Massachusetts General Hospital on a heavily used research-grade 1.5T Siemens MRI scanner, in research use rather than clinical delivery. SmartNode secured that high-throughput device without degrading its performance. This validation is the bridge in Gabriele's record: the same technical depth he applied inside Harvard and MGH shows up again in a private-sector medical-device invention, tested on real research equipment. To shape the product for the demands of large medical imaging systems, Gabriele gathered design input directly from engineers at the medical-device arms of Siemens Healthineers and GE Healthcare, who reviewed SmartNode and described what a device-security product would need to meet their requirements.

The 2019 award and third-party corroboration

SmartNode won "Best and Most Novel Data Security Solution" at the 2019 US Business News Technology Elite Awards, which is independent recognition of the invention. Gabriele remains deliberately listed on the SmartPoints site as a Technology Advisory Board member, and Massachusetts General Hospital's Medical Device and Simulation Laboratory is named on the company's site as the setting for the real-world test. The claims in this study can be corroborated through the award and the MGH laboratory rather than through Gabriele's account alone.

Role precision

Gabriele served as Chief Information and Technology Officer of SmartPoints Medical, Inc. and SmartPoints IoT, Inc., and as a Technology Advisory Board member for the family of companies. SmartNode, SmartHub, and SmartLayer2 are his inventions, and he owns them. The company holds a separate stack patent that predates this work; that patent is the company's, and SmartNode can run independently of it.

Relevance to regulated AI and medical-device mandates

This is the clearest single answer to the sharpest doubts a regulated-healthcare buyer raises. It shows private-sector, regulated-hardware credibility rather than institutional-IT credibility alone. Gabriele did not run university systems here; he invented a secure-identity medical device, took it from concept to a working, tested prototype in a commercial venture, and had it validated on real research equipment at a leading hospital and recognized by an industry award. For a regulated-industry CAIO, a medical-device technology mandate, or a board weighing AI and data risk in healthcare, this demonstrates that he operates where secure identity, device integrity, and patient-adjacent data actually meet, and that he builds and proves things there.

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