A clinical research company that patents like a data firm
N-Power Medicine holds 2 patent families: 0 granted and 2 published and pending. Filing began in 2024, with the most recent published filing dated 2024-07-16. The families appear in 1 patent office: United States.Patent figures from Google Patents Public Data, reviewed 2026-09-14. Funding: $32M Series B, Merck Global Health Innovation Fund, Innovatus Capital Partners and LabCorp Venture Fund, 2026-09-01.
N-Power Medicine raised $32M from Merck's health innovation fund, Innovatus and LabCorp. Its entire patent record is two families filed in 2024, and both of them sit in computing. The hiring says biology. The claims say software. Which one is the company?
The money arrives after the paper trail
A $32M Series B from Merck Global Health Innovation Fund, Innovatus Capital Partners and the LabCorp Venture Fund. Strategic money, all three of them, from people who buy clinical data and run clinical trials for a living. The company was founded in 2021 and describes itself as drug development and clinical research.
The last public filing is dated 2024-07-16. That is 26 months before this round closed. Anything filed since sits inside the eighteen-month publication window and is not visible yet. So the record you can read is the record as it stood well before these three investors committed, which makes the reading below a floor rather than a ceiling.
Two families, zero grants, one filing year
The granted ribbon is empty. Both families are published and pending, both filed in 2024, both in the United States only. Nothing here is enforceable today. First grants should land around 2027, which is roughly three years of runway during which the position is an application position and nothing more.
The titles are the interesting part. Systems and methods for automatic identification of anomalous data. Structured and unstructured data-driven classification. Neither of those is a drug, a dose or an assay. They are data-quality claims: catching the bad record, sorting the messy field. That is the plumbing underneath a clinical trial, not the trial itself.
The record you can read is a floor, not a ceiling.
One name on both, and a clinician beside it
Four inventors are named across the two families. Nils Gustav Thomas Bengtsson appears on both. Joseph Nathaniel Paulson and Christer Svedman appear on one each. That is a very small authorship graph, and its centre is a single person present at every filing decision the company has made so far.
Small graphs are cheap to read and cheap to lose. When one inventor carries the whole record, the institutional memory of why a claim was drafted a particular way lives with that person. It also tells you the filings were not a committee exercise. Two families, one recurring hand, one filing window: this was a deliberate, narrow, contemporaneous act.
The neighbourhood belongs to banks and search engines
The claims cluster in G06F. Over the last five years the same CPC groups drew Tencent Shenzhen with 3,273 families, Industrial & Commercial Bank Of China with 1,987, Beijing Baidu Netcom Sci & with 1,953, China Mobile Communications with 1,582, China Construction Bank with 1,453 and Ccb Fintech with 1,372. On that scale, two families is a dot.
Anomaly detection and mixed structured and unstructured classification are exactly what large banks and large platforms have been filing for a decade. That does not disqualify a small entrant. It does mean count is worthless as a measure here. What matters is whether the claims are written tightly to the clinical-data context, or broadly enough to be read against a very crowded prior art field.
Two citations, and neither is from pharma
Toronto Dominion Bank cites the portfolio twice. Vigilant Ai cites it once. Three citing publications, two organisations, both working in financial data integrity rather than drug development. Citation is not endorsement, but examiners and drafters pull the references that sit closest to what they are building. These two were looking at anomaly detection, and they found N-Power Medicine.
That is a quietly useful signal for a company with no grants. The applications are being read by people outside the industry the company says it serves. It suggests the claims were drafted in the general language of data rather than the narrow language of clinical operations, which is where scope questions get decided.
Hiring says biology, filing says software
Look at the 100 open roles. Forty-four are bio or clinical. Twenty-nine are other, thirteen are software or AI, ten are go-to-market, four are ops and finance. The sample titles run to contracts and legal operations, pharma delivery operations, clinical operations. That is a company staffing to run trials at scale. The patent record describes a company that cleans data.
Those two facts can be reconciled two ways. Either the 2024 filings capture the technical core and the clinical hiring is the delivery arm built around it, or the computing claims are the first product line and a second one is now being built that has not reached the public record. Both readings are consistent with everything visible. Only the next publication window separates them.
Two families in computing, forty-four open roles in biology.
Does the filing record match the company you see?
Three signals sit underneath this position. None of them settles it alone: two families with no grants can look strong or thin depending entirely on which of the three you happen to have.
A single 2024 filing window
Two pending families, no grants until roughly 2027, nothing since. The position is an intention, not yet an asset.
Hiring says biology, filing says software
When the 2024 families publish their examination history, how tightly are the anomaly-detection claims tied to clinical trial data specifically?
Does anything filed after 2024-07-16 appear once the publication window closes, and does it sit in computing or somewhere biological?
Does Nils Gustav Thomas Bengtsson remain on the later filings, or does a second inventor cluster form around the clinical hires?
Do the first grants around 2027 come back with claim scope close to what was filed, or substantially narrowed against the G06F prior art?
Following those four would tell you whether N-Power Medicine built a data company that sells clinical services, or a clinical company that happened to patent its plumbing first.
Common questions
How many patents does N-Power Medicine have?
N-Power Medicine holds 2 patent families as reviewed in 2026-09: 0 granted and 2 published and pending.
How many of N-Power Medicine's patents are granted?
None of the 2 families have granted yet. On typical pendency the first grants would be expected around 2027.
What technology do N-Power Medicine's patents cover?
N-Power Medicine's claims cluster in computing (G06F). Recent filing titles include "systems and methods for automatic identification of anomalous data" and "structured and unstructured data-driven classification".
Where has N-Power Medicine filed patents?
N-Power Medicine's families appear in 1 patent office: United States.
Which companies file patents in the same areas as N-Power Medicine?
The same CPC groups drew Tencent Shenzhen, Industrial & Commercial Bank Of China, Beijing Baidu Netcom Sci & and China Mobile Communications over the last five years. Shared classification indicates a common technology field rather than direct competition.
Who cites N-Power Medicine's patents?
Patent records from Toronto Dominion Bank and Vigilant Ai cite N-Power Medicine's filings. A citation indicates a reference to the work, not evidence of commercial use.
Who invented N-Power Medicine's patents?
4 inventors are named across the portfolio. The most frequently named is Nils Gustav Thomas Bengtsson. Inventor names do not establish ownership, which is determined by assignment records.
GET IN TOUCH NOW!
OR SCHEDULE A MEETING
