US patent intelligence · USPTO PatentsView

Who's innovating in America?

We turn 3,420,542 US patents granted 2015–2025 into company Innovation Scores, technology-class rankings, and historical grant comparisons, drawn straight from the official USPTO PatentsView dataset.

US granted patents 2015-2025 aggregated into company Innovation Scores, technology-class rankings, and historical grant comparisons.

106,890 Patents held by the #1 company (Samsung)
G06F Most active technology class
49,997 US & international assignees
USPTO Official public-domain source

The national picture

US innovation is broad but concentrated: 49,997 assignees hold 3.4M granted patents since 2015, yet the 10 largest alone account for 12% of them.

3.4M
US patents granted, 2015–2025
12%
held by the top 10 assignees
49,997
assignees tracked
G06F
most-patented class (Electric Digital Data Processing)

Who holds the most US patents?

Top 10 corporate assignees by granted patents, 2015–2025

patents

What this shows Samsung leads the field, with electronics and semiconductor multinationals dominating the top of the table.

Source USPTO PatentsView, granted utility patents As of 2015–2025
See the full top-50 ranking →

How has US patenting changed since 2015?

200,000250,000300,000350,000400,000 20152016201720182019202020212022202320242025 242,894
USPTO utility patent grants by year · 2015–2025

US utility-patent grants per year to the assignees PlainPatent tracks, 2015–2025. The most recent year is partial, grants lag filing by 2–3 years. Read the trend analysis →

Innovation Score Leaders

Methodology →

The bar shows each company's innovation score as a share of Qualcomm Incorporated's score, not a share of a fixed 0–100 scale. Hover a row for the exact share and rank.

Where the patents are: the technology landscape

View all 670 →
US patents by technology class (CPC), 2015–2025, rectangle size = granted patents Treemap of 12 categories, sized proportional to value. G06F 580,551 H04L 373,517 H04W 236,882 H04N 191,323 H01L 165,178 A61B 162,009 A61K 151,067 G06Q 144,635 G06T 131,672 A61P 125,535 Y02E 125,003 G01N 115,972
US patents by technology class (CPC), 2015–2025, rectangle size = granted patents

Source: USPTO PatentsView, CPC classifications. The largest classes by far are computing (G06F) and electrical communication, the digital technologies that have driven the last decade of corporate R&D.

G06F 580,551 patents

Electric Digital Data Processing

Leader: International Business Machines Corporation

H04L 373,517 patents

Transmission OF Digital Information, e.g. Telegraphic Communication

Leader: International Business Machines Corporation

H04W 236,882 patents

Wireless Communication Networks

Leader: Qualcomm Incorporated

H04N 191,323 patents

Pictorial Communication, e.g. Television

Leader: Canon Kabushiki Kaisha

H01L 165,178 patents

Semiconductor Devices NOT Covered BY Class H10

Leader: Taiwan Semiconductor Manufacturing Company Ltd.

A61B 162,009 patents

DIAGNOSIS; SURGERY; Identification

Leader: Covidien LP

A61K 151,067 patents

Preparations FOR Medical, Dental OR Toiletry Purposes

Leader: The Regents of the University of California

G06Q 144,635 patents

Information AND Communication Technology [ICT] Specially Adapted FOR Administrative, Commercial, Financial, Managerial OR Supervisory PURPOSES; Systems OR Methods Specially Adapted FOR Administrative, Commercial, Financial, Managerial OR Supervisory Purposes, NOT Otherwise Provided FOR

Leader: International Business Machines Corporation

G06T 131,672 patents

Image Data Processing OR Generation, IN General

Leader: Samsung Electronics Co., Ltd.

A61P 125,535 patents

Specific Therapeutic Activity OF Chemical Compounds OR Medicinal Preparations

Leader: The Regents of the University of California

Y02E 125,003 patents

Reduction OF Greenhouse GAS [GHG] Emissions, Related TO Energy Generation, Transmission OR Distribution

Leader: Samsung Electronics Co., Ltd.

G01N 115,972 patents

Investigating OR Analysing Materials BY Determining Their Chemical OR Physical Properties

Leader: The Regents of the University of California

Why US Patent Data Matters

US utility-patent grants are a public historical record of inventions that completed examination. PlainPatent aggregates ten years of those grants from USPTO PatentsView so readers can compare recorded portfolios and technology classifications at scale. The record does not show application filings, current R&D, product plans, or legal strength.

We translate the raw PatentsView records into three useful views: per-company portfolios with Innovation Scores derived from grant volume, grant velocity, breadth, and claim depth; per-technology rankings showing the leading assignee in each CPC subclass; and trend research pages quantifying how recorded grant volume changed across the 2015–2025 window. Each view links back to the underlying USPTO data so analysts, investors, and journalists can verify the historical record. The 670 CPC subclasses covered span every major engineering discipline from semiconductor lithography (H01L) to mRNA therapeutics (A61K).

What is PlainPatent?

Innovation Intelligence

Track patent activity across 49,997 US and international companies. See who's innovating fastest and in which technology areas.

Technology Landscape

Explore 670 CPC technology classes, from semiconductors to biotechnology. Identify emerging innovation clusters.

Official USPTO Data

All data comes from USPTO's PatentsView dataset, peer-reviewed and machine-learning-disambiguated patent records updated through 2025.

Where to start

Reading 3,420,542 US patents at portfolio scale comes down to one question, which company, or which technology?

  • Profiling a specific company? Open its portfolio for the Innovation Score and grant trend. Browse companies
  • Mapping a technology class? Compare assignees with recorded grants in that CPC class. Browse technologies
  • Want the big picture first? See who tops the volume and the Innovation-Score rankings. All rankings

Every figure is computed from the USPTO PatentsView dataset (granted US utility patents 2015–2025); design, plant, and foreign patents are excluded.

Editorial context for the plainpatent dataset, methodology, comparisons, and deep dives into the underlying records.

About this data

How PlainPatent works, and why you can trust these numbers

What this site is

PlainPatent turns the USPTO's granted-patent record into company Innovation Scores, technology-class rankings, and historical grant comparisons. Every figure is drawn straight from the official USPTO PatentsView bulk dataset; it does not establish current R&D, product strategy, or legal strength.

Editorial process

  1. Source. Pull USPTO PatentsView bulk data exports: patent grants, disambiguated assignees, and CPC technology classifications, covering patents granted 2015-2025.
  2. Verify. Each patent, assignee, and classification record keeps its original USPTO identifiers, so every figure traces back to the exact upstream grant record.
  3. Publish. Compile per-company and per-technology-class pages with the documented Innovation Score formula (grant volume, grant velocity, technology breadth, claim depth) and a link back to PatentsView.

Editorial independence & corrections

PlainPatent is an independent editorial operation; it is not affiliated with the United States Patent and Trademark Office or PatentsView, and does not accept sponsored placement from any company covered on the site. Found an error? Email hello@plainpatent.com. See our editorial and corrections policy for full detail.