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PatentCliff

Boeing Patent Portfolio

60 US patents · Average 25 claims per patent

D
Patent Strength
46/100
60
Total Patents
25
Avg Claims
2
Expiring in 2 Years
5
Expiring in 5 Years

Technology Focus Areas

Aircraft & AviationB64
60 patents
Measuring & TestingG01
60 patents
Control & RegulationG05
40 patents
Combustion EnginesF02
20 patents

Patent Details

Patent #TitleGrantedExpiresClaimsStatus
10001346Internal combustion engine with dynamic analog systemNov 23, 2019Jan 1, 2036189.7y left
10001347Method for multi-layer lidar fuel efficiencyDec 19, 2026Aug 10, 2044718.3y left
10001348Sensor for adaptive MEMS measurementMar 14, 2004Dec 13, 202012Expired
10001349Sensor for enhanced cloud measurementJan 7, 2025Aug 27, 20412015.4y left
10001350Internal combustion engine with dynamic graphene systemSep 17, 2008Apr 9, 202415Expired
10001351Internal combustion engine with improved edge systemOct 9, 2020May 11, 20362610.1y left
10001352Method for advanced neural fuel efficiencyJul 10, 2013Feb 9, 2031344.8y left
10001353Aircraft AI-driven system with modular designMay 11, 2022Jul 20, 2039613.3y left
10001354Apparatus for configurable computational operations in analog environmentsNov 19, 2023Jan 23, 2040513.8y left
10001355Computer-implemented method for dynamic quantum optimizationSep 5, 2025Feb 19, 20431216.9y left
10001356Sensor for modular analog measurementMar 24, 2007Feb 27, 202322Expired
10001357Method for autonomous machine learning inference using blockchainOct 24, 2023Feb 26, 20394212.9y left
10001358Apparatus for scalable computational operations in MEMS environmentsFeb 6, 2014Jan 17, 2030483.8y left
10001359Sensor for advanced lidar measurementFeb 20, 2014Apr 24, 2031175.0y left
10001360Sensor for distributed MEMS measurementJun 14, 2016Mar 24, 2033487.0y left
10001361Method for scalable quantum fuel efficiencyJan 23, 2023Dec 4, 20413715.7y left
10001362Internal combustion engine with enhanced blockchain systemJan 23, 2025Feb 19, 20431316.9y left
10001363Method for integrated neural fuel efficiencyNov 27, 2022May 19, 20392513.1y left
10001364Method for efficient digital fuel efficiencyNov 8, 2019Mar 8, 2035248.9y left
10001365Aircraft blockchain system with scalable designDec 26, 2022Dec 4, 20382512.7y left
10001366Method for dynamic digital fuel efficiencyOct 8, 2013Oct 4, 2031135.5y left
10001367Method for integrated nano-scale detection and analysisApr 17, 2024Aug 5, 20403514.3y left
10001368Internal combustion engine with multi-layer graphene systemMar 6, 2025Sep 24, 2043917.5y left
10001369scalable measurement apparatus using nano-scaleJun 20, 2010Oct 24, 2028112.5y left
10001370Method for modular CMOS flight controlOct 23, 2018Jun 11, 2034268.2y left
10001371Apparatus for low-latency computational operations in quantum environmentsJan 5, 2025Feb 25, 20412714.9y left
10001372Method for autonomous machine learning inference using lidarDec 5, 2024Mar 4, 2042815.9y left
10001373Internal combustion engine with scalable CMOS systemJul 17, 2020Jun 20, 20382212.2y left
10001374System for integrated neural network processing with blockchainJun 16, 2017Jan 28, 2034457.8y left
10001375System for distributed neural network processing with edgeJan 26, 2006Nov 4, 202233Expired
10001376improved measurement apparatus using digitalFeb 17, 2023Nov 14, 20404114.6y left
10001377Sensor for distributed digital measurementDec 10, 2008Sep 3, 202517Expired
10001378System and method for modular data processing using neuralJun 20, 2026Jan 15, 20423315.8y left
10001379Method for integrated cloud flight controlFeb 21, 2020Sep 9, 20383312.4y left
10001380Internal combustion engine with high-performance lidar systemMay 28, 2019Dec 23, 2035469.7y left
10001381Method for low-latency MEMS flight controlJan 15, 2026Dec 7, 20421116.7y left
10001382Aircraft RF system with integrated designSep 11, 2025Jun 22, 20422916.2y left
10001383Method for dynamic machine learning inference using neuralMar 10, 2017Aug 12, 2035239.3y left
10001384Internal combustion engine with integrated MEMS systemNov 18, 2023Jan 12, 20391512.8y left
10001385System for modular neural network processing with cloudMay 19, 2021Sep 1, 20381112.4y left
10001386Internal combustion engine with configurable digital systemOct 28, 2021Oct 26, 20382312.6y left
10001387Internal combustion engine with autonomous analog systemDec 14, 2018Nov 5, 2034258.6y left
10001388Aircraft graphene system with integrated designJan 2, 2024Oct 6, 20411815.5y left
10001389System for low-latency neural network processing with grapheneMay 25, 2024May 17, 20403414.1y left
10001390System and method for integrated data processing using nano-scaleOct 23, 2022May 17, 2038512.1y left
10001391Apparatus for multi-layer computational operations in graphene environmentsMar 11, 2003Oct 9, 202122Expired
10001392Method for improved machine learning inference using AI-drivenApr 28, 2019Oct 15, 20373111.5y left
10001393Method for dynamic AI-driven fuel efficiencyOct 8, 2018Jan 21, 2034297.8y left
10001394Method for integrated AI-driven flight controlJun 10, 2024Feb 25, 20404913.9y left
10001395Sensor for autonomous graphene measurementSep 19, 2021May 16, 20384012.1y left

Related Patent Portfolios

IBM

150 patents · Strength: B

Samsung

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Canon

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Microsoft

100 patents · Strength: C

Frequently Asked Questions

Boeing holds 60 US patents with an average of 25 claims per patent. The portfolio has a Patent Strength Score of 46/100 (Grade D).

Boeing has 2 patents expiring within 2 years and 5 patents expiring within 5 years. These expirations may create opportunities for competitors and generic entrants.

Boeing's key technology focus areas include Aircraft & Aviation, Measuring & Testing, Control & Regulation. The portfolio spans 4 distinct technology classifications (CPC codes).

The Patent Strength Score (0-100, A-F) benchmarks a company's patent portfolio quality based on portfolio size (30%), claims breadth (25%), time remaining to expiration (25%), and portfolio diversity across technology areas (20%).

Last updated:

Patent Strength Score is based on portfolio size, claims breadth, time to expiration, and technology diversity using CPC classifications.

For this entity, the underlying data on this page comes from the FDA Orange Book and USPTO patent records. The breakdown above is the federal record; the paragraphs below add the per-entity context that makes the headline numbers usable for a real decision rather than just a data lookup.

The methodology behind every numeric value on this page is publicly documented on the the FDA Orange Book and USPTO patent records portal and described in detail on this site’s methodology page. Refresh cadence varies by underlying series; the page surfaces the as-of date for each number so readers can trace any figure back to the source release.

For readers using this page as a decision input, the related-entity pages elsewhere on the site provide the comparison set. The most useful comparison for this entity is typically a peer within U.S. brand-name drugs with similar size, similar exposure, or similar geography — not the national-level summary alone.

Source: USPTO patent search, 2026.