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​よろず知財コンサルティングのブログ

Patsnap EurekaとTokkyo.Aiの比較

14/1/2026

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Patsnapは2026年1月12日、業界初となる特許実務特化型ベンチマーク「PatentBench」を発表しました。AIの精度を数値で保証する「定量的アプローチ」を採用し、同ベンチマークにおいてPatsnap Eurekaが汎用生成AIモデルより正確にX文献を特定できること、すなわち先行技術文献を「より正確に、より漏れなく」発見できる能力を備えていることを示しています。
一方、リーガルテック株式会社は2025年12月18日、TokkyoAi(MyTokkyo.Ai)のDeep Research機能を発表しました。複数のAIが連携するディープエージェント方式を採用し、特許調査から明細書ドラフト作成までを自律的に遂行できる点が特徴です。従来のブラックボックス型AIとは異なり、思考プロセスを可視化する「Glass Box AI」を導入することで、知財実務における信頼性と透明性を確保していいます。
いずれも生成AIエージェントを活用した新たなツールといえます。
この2社の取り組みについて、生成AIに深堀させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
Comparison of Patsnap Eureka and Tokkyo.Ai
On January 12, 2026, Patsnap announced PatentBench, the industry’s first benchmark specialized for patent practice. By adopting a “quantitative approach” that numerically guarantees AI accuracy, the benchmark demonstrates that Patsnap Eureka can identify X documents more accurately than general-purpose generative AI models—that is, it has the capability to discover prior art documents “more accurately and more comprehensively.”
Meanwhile, on December 18, 2025, LegalTech Co., Ltd. announced the Deep Research feature of TokkyoAi (MyTokkyo.Ai). This solution adopts a deep-agent architecture in which multiple AI agents collaborate, enabling autonomous execution of tasks ranging from patent searches to drafting patent specifications. Unlike conventional black-box AI, it introduces a “Glass Box AI” that visualizes the reasoning process, thereby ensuring reliability and transparency in intellectual property practice.
Both can be regarded as new tools that leverage generative AI agents.
I asked generative AI to conduct an in-depth analysis of these two companies’ initiatives, and further had the results turned into infographics and presentation slides using NotebookLM.
Please note that the investigations and analyses conducted by generative AI are based solely on publicly available information and therefore may not necessarily reflect actual circumstances; they may also contain inaccuracies. Please review the content with this understanding in mind.

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ブログの紹介(2025年1月1日~2025年12月31日)

13/1/2026

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ホームページの更新が上手くいっていませんので、
ブログの紹介(2025年1月1日~2025年12月31日)をこのブログ欄に掲載しました。
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Patsnapの特許実務特化AIベンチマーク「PatentBench」

13/1/2026

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Patsnapは、2026年1月12日、特許実務特化AIベンチマーク「PatentBench」を発表しました。そして、このベンチマークで、Patsnap Eureka新規性調査エージェント、ChatGPT-o3(ウェブ検索対応)、DeepSeek-R1(ウェブ検索対応)の3モデルを同一条件で比較した結果、Patsnap EurekaはTop100結果におけるX検出率・Xリコール率でそれぞれ81%・36%を記録、汎用モデルに比べてより正確にX文献を特定し、より漏れなく拾い上げられるAIであることを示しているとしています。
こうした生成AIの使い方をしている人はいないと思いますので、ChatGPT-o3(ウェブ検索対応)、DeepSeek-R1(ウェブ検索対応)のTop100結果におけるX検出率・Xリコール率の低さはそんなものだろうと思いますが、Patsnap EurekaがTop100結果におけるX検出率・Xリコール率でそれぞれ81%・36%というのは、研究者や技術者がスクリーニングに使うには十分な水準のようですが、まだ特許担当者が使って満足する水準には達していないのではないかと思ってしまう数字です。
ただ、こうした評価指標が構築されると、生成AIはあっという間に進化しますので、今後に期待したいと思います。
この発表について、生成AIに深堀させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
知財の仕事はAIに任せられるのか?- Patsnapは知財専用AI評価のグローバルスタンダードを発表
https://prtimes.jp/main/html/rd/p/000000006.000055070.html
 
Patsnap’s Patent-Practice-Specific AI Benchmark “PatentBench”
On January 12, 2026, Patsnap announced PatentBench, an AI benchmark specifically designed for patent practice. Using this benchmark, three models were evaluated under identical conditions: the Patsnap Eureka novelty search agent, ChatGPT-o3 (with web search enabled), and DeepSeek-R1 (with web search enabled). According to the results, Patsnap Eureka achieved an X-document detection rate of 81% and an X-document recall rate of 36% within the Top-100 results. Patsnap claims that this demonstrates Eureka’s ability to identify X references more accurately and retrieve them more comprehensively than general-purpose models.
I suspect that very few people are currently using generative AI in this manner, so the relatively low X-document detection and recall rates of ChatGPT-o3 (with web search) and DeepSeek-R1 (with web search) in the Top-100 results are probably unsurprising. That said, while Patsnap Eureka’s figures—81% detection and 36% recall in the Top-100—appear sufficient for researchers and engineers to use as a screening tool, they still feel short of a level that patent professionals would find fully satisfactory.
However, once evaluation metrics like these are established, generative AI tends to evolve extremely rapidly, so expectations for future improvements are high.
I asked a generative AI to conduct a deeper analysis of this announcement, and additionally had the results converted into infographics and slide materials using NotebookLM. Please note that the investigation and analysis produced by the generative AI are based solely on publicly available information, may not fully reflect the actual situation, and may contain inaccuracies. Readers are advised to keep this in mind when referring to the materials.
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NTTデータがシステム開発全工程AI自動化

12/1/2026

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NTTデータグループは2026年度中にIT(情報技術)システム開発をほぼ生成AIが担う技術を導入するというニュースが流れました。
この要件定義から設計、コーディング、テスト、運用改善までを生成AIで連結する「AIネーティブ開発」=「システム開発全工程AI自動化」は、人手不足に悩む日本SI業界の構造を根底から揺さぶることになりそうです。
この動きについて、生成AIに深堀させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
NTTデータが挑む「全工程AI自動化」…人手不足の救世主か、巨大ブラックボックス”への片道切符か 2026.01.10
https://biz-journal.jp/company/post_392975.html
 
NTTデータ、AIがシステム開発 IT人材不足を解消
2026年1月1日
https://www.nikkei.com/article/DGKKZO93538910R00C26A1MM8000/
 
生成AI本格普及で企業や社会の仕組み再定義へ--NTTデータグループ・佐々木社長
2026-01-05
https://japan.zdnet.com/article/35242302/
 
 
NTT DATA to Fully Automate the Entire System Development Lifecycle with AI
News has emerged that the NTT DATA Group plans to introduce, during fiscal year 2026, technologies under which generative AI will handle almost all aspects of IT (information technology) system development.
This approach—referred to as “AI-native development,” which connects the entire process from requirements definition, design, coding, and testing to operational improvement using generative AI—has the potential to fundamentally disrupt the structure of Japan’s systems integration (SI) industry, which has long struggled with labor shortages.
I asked generative AI to conduct an in-depth analysis of this development, and then used NotebookLM to convert the results into infographics and presentation slides.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information and therefore may not accurately reflect actual conditions and may contain inaccuracies. Please review the content with this understanding in mind.
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生成AI 知財保護と透明性に関する「プリンシプル・コード」

12/1/2026

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内閣府が2025年12月26日に公表した「生成AIの適切な利活用等に向けた知的財産の保護及び透明性に関するプリンシプル・コード(仮称)(案)」は、AI時代の知的財産権検討会での審議を経て策定され、「コンプライ・オア・エクスプレイン」手法を採用しています。これは、コーポレートガバナンス・コード等で用いられる手法を参考に、生成AI事業者が原則を実施するか、実施しない場合はその理由を説明することを求めるものです。
コード案は3つの主要原則から構成されており、原則1は、AI事業者がコーポレートサイト等で使用モデルの名称、学習プロセスの内容、学習データの種類(ウェブクローリングや非公開データセットの有無など)、および責任体制の明確化といった事項の概要を公開することを求めています。
原則2は、法的手続きを検討している権利者から特定のURL(作品)が学習されたか照会があった場合、その有無を回答することを要求しています。
原則3は、生成AIを使ってコンテンツを作成した利用者が、自身の生成物と類似した既存コンテンツを発見した場合に、その元データが学習に含まれていたかを確認できる仕組みを求めています。
このパブリックコメント募集に対し、ウェブ上では多様な意見が出ていますので、生成AIに調査させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 

 
“Principles and Code” on Transparency and Intellectual Property Protection for Generative AI
The draft “Principles and Code (tentative title) on the Protection of Intellectual Property and Transparency for the Appropriate Use of Generative AI”, published by the Cabinet Office on December 26, 2025, was formulated following deliberations by the Study Group on Intellectual Property Rights in the AI Era and adopts a “comply or explain” approach. Drawing on methods used in frameworks such as the Corporate Governance Code, this approach requires generative AI operators either to implement the stated principles or, if they do not, to explain the reasons for non-implementation.
The draft code consists of three main principles. Principle 1 requires AI operators to disclose, on their corporate websites or similar platforms, an overview of matters such as the name of the model in use, the content of the training process, the types of training data employed (including whether web crawling or non-public datasets are used), and the clarification of responsibility structures.
Principle 2 requires AI operators to respond, when a rights holder considering legal action makes an inquiry, as to whether a specific URL (work) was included in the training data.
Principle 3 calls for a mechanism that allows users who have created content using generative AI to verify whether the original data was included in the training set when they discover existing content that is similar to their generated output.
In response to this public comment solicitation, a wide range of opinions have been expressed online. Accordingly, generative AI was used to investigate these views, and the results were further converted into infographics and slide materials using NotebookLM.
Please note that the investigations and analyses conducted by generative AI are based solely on publicly available information and do not necessarily reflect actual circumstances. They may also contain inaccuracies, and readers are advised to take this into account when referring to the materials.
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知的財産取引・オープンイノベーション環境の適正化

11/1/2026

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日本の公正取引委員会や関係機関は、スタートアップ企業と大企業との間で知的財産やノウハウに関わる取引慣行について実態調査を行い、2019年以降、相次いで報告書やガイドラインを公表しました。公正取引委員会による2019年の「製造業者のノウハウ・知的財産権を対象とした優越的地位の濫用行為等に関する実態調査報告書」を起点とし、2020年の「スタートアップの取引慣行に関する実態調査(中間・最終報告)」、これらを受けて策定された2021年の「知的財産取引に関するガイドライン」及び2022年の「オープンイノベーション促進のためのモデル契約書ver2.0」、さらには2024年のガイドライン改定や「知財Gメン」による監視強化に至るまでです。
これらの調査により、大企業が優越的地位を利用して中小企業・スタートアップからノウハウや知的財産を不当に取得したり、一方的に不利な契約条件を押し付けたりする問題が浮き彫りとなりました。その結果を受け、政府各省庁や関連団体は契約ガイドラインの策定・改訂、モデル契約書の整備、支援制度の構築など様々な対策を講じています。
各資料に示された課題とその後の具体的な取組内容を整理し、スタートアップと大企業間の知財・取引慣行にどのような変化が生じたか、2026年1月時点までの最新動向も含めて生成AIに調査させました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
Ensuring Fairness in Intellectual Property Transactions and the Open Innovation Environment
Japan’s Fair Trade Commission and related government bodies have conducted fact-finding surveys on transaction practices involving intellectual property and know-how between startups and large enterprises, and since 2019 have successively published reports and guidelines. These efforts began with the Fair Trade Commission’s 2019 Report on the Fact-Finding Survey Concerning Abuse of Superior Bargaining Position Involving Manufacturers’ Know-How and Intellectual Property Rights, followed by the 2020 Fact-Finding Survey on Startup Transaction Practices (interim and final reports). Building on these, the government issued the 2021 Guidelines on Intellectual Property Transactions and the 2022 Model Contract for Promoting Open Innovation (ver. 2.0). Further developments include revisions to the guidelines in 2024 and strengthened monitoring by the so-called “IP G-Men.”
These surveys revealed problems in which large companies, by leveraging their superior bargaining position, unfairly acquired know-how or intellectual property from small and medium-sized enterprises and startups, or imposed one-sided and disadvantageous contractual terms. In response to these findings, relevant ministries and organizations have implemented a range of measures, including the formulation and revision of contract guidelines, the development of model contracts, and the establishment of support schemes.
I organized the issues identified in these materials and the specific measures taken thereafter, and asked generative AI to investigate what changes have occurred in intellectual property practices and transaction customs between startups and large enterprises, incorporating the latest trends as of January 2026.
Please note that the findings and analyses produced by generative AI are based solely on publicly available information and do not necessarily reflect actual conditions; they may also contain inaccuracies. Please bear this in mind when referring to the results.

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「国産モデル」生成AIが本格稼働

11/1/2026

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学習から推論までを国内で完結できる「国産モデル」が待ち望まれていますが、これまでは性能が今一つでした。しかし、経済産業省およびNEDOが主導する「GENIAC(Generative AI Accelerator Challenge)」プロジェクトが第3期を迎え、計算資源の提供が実用レベルの基盤モデル創出に寄与してきています。
2026年は、「国産モデル」が、実証実験(PoC)のフェーズを脱却し、金融、製造、自治体、医療といった領域で本格稼働することが確実視されています。
これら「国産モデル」生成AIについて、生成AIに深堀させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
“Domestic Models” of Generative AI Enter Full-Scale Operation
There has long been strong demand for “domestic models” of generative AI that can complete the entire process—from training to inference—within Japan. Until recently, however, their performance had been somewhat underwhelming. That situation is now changing as the GENIAC (Generative AI Accelerator Challenge) project, led by the Ministry of Economy, Trade and Industry (METI) and NEDO, has entered its third phase, with the provision of computational resources contributing to the creation of practical, foundation-level models.
In 2026, it is widely expected that these “domestic models” will move beyond the proof-of-concept (PoC) phase and begin full-scale deployment across fields such as finance, manufacturing, local government, and healthcare.
I asked generative AI to conduct an in-depth analysis of these “domestic model” generative AI systems. In addition, the results were converted into infographics and slide materials using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information. As such, they may not necessarily reflect actual conditions and may contain inaccuracies. Please keep this in mind when referring to the results.

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Geminiの勢いが止まらない

11/1/2026

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2026年1月7日にSimilarwebが発表した「First Global AI Tracker of 2026」は、わずか12ヶ月の間に、OpenAIのChatGPTが86.7%から64.5%へと22.2%のシェアを失い、GoogleのGeminiが5.7%から21.5%へと15.8%シェアを増加したことを示しました。
この情報を生成AIに深堀させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
Geminiの勢いが止まらない。ChatGPTが圧倒されるのも仕方ない
2026.01.11 08:00
https://www.gizmodo.jp/2026/01/similarweb_global_ai_tracker_2026_jan_1_gemini_got_share.html
 
First Global AI Tracker of 2026 Gen AI Website Worldwide Traffic Share, Key Takeaways: → Gemini surpassed the 20% share benchmark. → Grok surpasses 3% and is approaching DeepSeek. → ChatGPT drops below the 65% mark.
https://x.com/Similarweb/status/2008805674893939041?ref_src=twsrc%5Etfw%7Ctwcamp%5Etweetembed%7Ctwterm%5E2008805674893939041%7Ctwgr%5E2992df4538222b5a1a5aaaca21a321452526e0a3%7Ctwcon%5Es1_&ref_url=https%3A%2F%2Fwww.gizmodo.jp%2F2026%2F01%2Fsimilarweb_global_ai_tracker_2026_jan_1_gemini_got_share.html
 
 
Gemini’s Momentum Shows No Signs of Slowing
The First Global AI Tracker of 2026, released by Similarweb on January 7, 2026, revealed that over just 12 months, OpenAI’s ChatGPT lost 22.2 percentage points of market share, dropping from 86.7% to 64.5%, while Google’s Gemini increased its share by 15.8 percentage points, rising from 5.7% to 21.5%.
This information was further analyzed in depth using generative AI. In addition, the results were turned into infographics and slide materials using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information and therefore may not necessarily reflect the actual situation. They may also contain inaccuracies. Please keep this in mind when referring to the results.
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大学発ベンチャーと民間企業間の特許ライセンス契約を巡る訴訟事例

10/1/2026

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大学発のベンチャー企業と民間企業の間で起きた、特許ライセンス契約を巡る訴訟事例では、争点が、実施料の支払い条件である共同研究契約などが締結されなかったことに対し、企業側に信義則違反の妨害があったか否かという点でした。
裁判所は、大学側の不十分な情報開示や関連特許の隠匿を重く見て、企業側の契約見送りを正当な判断と認定し、大学側の請求を棄却しました。
この事例は、産学連携における技術認識の乖離や知財管理の甘さが招く法的リスクを浮き彫りにしています。
この大学発ベンチャーと民間企業間の特許ライセンス契約を巡る訴訟事例からの教訓について、生成AIに深掘りさせました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
A Litigation Case Concerning a Patent License Agreement Between a University Spin-Off Venture and a Private Company
In a litigation case arising from a patent license agreement between a university-originated venture company and a private company, the central issue was whether the private company had wrongfully interfered, in violation of the principle of good faith, with the fulfillment of conditions for the payment of royalties—specifically, the failure to conclude related agreements such as a joint research contract.
The court placed significant weight on the university side’s inadequate disclosure of information and the concealment of related patents. It determined that the private company’s decision not to proceed with the contract was justified and therefore dismissed the claims brought by the university side.
This case highlights the legal risks that can arise in industry–academia collaboration from gaps in technical understanding and lax intellectual property management.
I asked generative AI to conduct an in-depth analysis of the lessons learned from this litigation concerning a patent license agreement between a university spin-off venture and a private company. The results were further developed into infographics and slide materials using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information and may not necessarily reflect the actual circumstances; they may also contain inaccuracies. Readers are advised to bear this in mind when referring to the materials.
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CES2026 でのNVIDIAとSiemensの基調講演

10/1/2026

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2026年1月5日から開催された世界最大規模のテックイベント「CES2026」で、NVIDIAは、既存の処理能力を圧倒する新プラットフォーム「Vera Rubin」や、自動運転AI「Alpamayo」を公開し、計算基盤の劇的な進化を提示しました。また、シーメンスは、産業メタバースを実現する「Digital Twin Composer」を発表し、現実とデジタルを高度に融合させる産業AI革命の具体像を示しています。両社は強力な提携を通じて、AIを単なる生成ツールから、工場の自動化や社会インフラを制御する「フィジカルAI」へと進化させる方針を明確にしました。
投資家やメディアは、この技術革新が製造業の生産性を劇的に向上させ、今後の世界経済を牽引する長期的なトレンドになると高く評価しています。
生成AIに、NVIDIA基調講演・ Siemens 基調講演の内容、反響・評価について詳しく調べまとめさせました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
「現場のカイゼン」だけでは日本メーカーは負ける…エヌビディアの「AI産業革命」が示した全く新しい工場の正体
https://president.jp/articles/-/107513
 
 
NVIDIA and Siemens Keynote Speeches at CES 2026
At CES 2026, the world’s largest technology event held from January 5, 2026, NVIDIA unveiled its new platform “Vera Rubin,” which overwhelmingly surpasses existing processing capabilities, along with its autonomous driving AI “Alpamayo,” presenting a vision of dramatic evolution in computing infrastructure.
Meanwhile, Siemens announced “Digital Twin Composer,” a solution designed to realize the industrial metaverse, offering a concrete picture of an industrial AI revolution that tightly integrates the physical and digital worlds.
Through their strong partnership, the two companies clearly articulated a strategy to evolve AI from a mere generative tool into “physical AI” that controls factory automation and social infrastructure.
Investors and the media have highly praised these technological innovations, viewing them as a long-term trend that will dramatically enhance productivity in manufacturing and drive the global economy going forward.
I asked generative AI to conduct an in-depth investigation and summary of the content, reactions, and evaluations of the NVIDIA and Siemens keynote speeches. The results were further converted into infographics and slide materials using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information and therefore may not fully reflect actual circumstances and may include inaccuracies.

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「オプジーボ」の特許使用料を巡る紛争からの教訓

10/1/2026

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がん免疫治療薬「オプジーボ」の特許使用料を巡る本庶佑氏と小野薬品工業の紛争は、当初の契約で定められた低いロイヤリティ料率が、薬の劇的な成功や他社との訴訟を経て大きな不信感へと発展し、最終的に280億円規模の和解が成立しました。
この事例は、日本の産学連携における交渉力の不足や情報の非対称性といった構造的な課題を浮き彫りにしました。
この「オプジーボ」の特許使用料を巡る紛争からの教訓について、生成AIに深掘りさせました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
Lessons from the Dispute Over Opdivo’s Patent Royalties
The dispute between Dr. Tasuku Honjo and Ono Pharmaceutical over patent royalties for the cancer immunotherapy drug “Opdivo” began with a low royalty rate set in the original agreement. As the drug achieved dramatic commercial success and litigation with other parties unfolded, the situation escalated into deep mistrust, ultimately culminating in a settlement reportedly totaling around ¥28 billion.
This case brought into sharp relief structural challenges in Japan’s industry–academia collaboration, including weak negotiating leverage and information asymmetry.
I asked generative AI to explore in depth the lessons that can be drawn from this dispute over Opdivo’s patent royalties. I also used NotebookLM to turn the results into an infographic and a slide deck.
Please note that the AI’s research and analysis are based solely on publicly available information; they do not necessarily reflect the full reality of the situation, and may include inaccuracies.

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2026年は”激変” 東大松尾教授が見通すAI勢力図

9/1/2026

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YouTube「2026年は”激変” 東大松尾教授が見通すAI勢力図…半導体 ロボット 自動運転の未来【橋本幸治の理系通信】」(2026年1月3日配信)をアーカイブ視聴しました。
東京大学の松尾豊教授は、2026年までにAIの勢力図が劇的に変化すると予測していて、特に汎用人工知能(AGI)の完成やロボット技術の社会浸透に注目しています。
開発競争では、先行するOpenAIに対してGoogleが豊富な資源で猛追しており、さらに中国勢による高性能なオープンソースモデルの台頭が市場を揺るがしています。
半導体分野では、圧倒的なシェアを誇るエヌビディアの独占を崩すため、低消費電力と汎用性を両立させた日本発のスタートアップ「レンゾ」などの新たな挑戦者が現れています。
日本が再起するためには、「ソブリンAI」の観点から自国での開発能力を保持しつつ、多様な産業でAIを活用してイノベーションを創出することが不可欠です。
次世代の製造拠点を目指すラピダスを含め、ハードウェアからソフトウェアまでを一貫して国内で完結させる戦略が、日本の将来を左右すると説いています。
この東大松尾教授の予測について、生成AIに深堀させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
2026年は”激変” 東大松尾教授が見通すAI勢力図…半導体 ロボット 自動運転の未来【橋本幸治の理系通信】
https://www.youtube.com/watch?v=mJg8MUcF99Y
 
 
2026 Will Be a “Seismic Shift”: The AI Power Map as Foreseen by Professor Matsuo of the University of Tokyo
I watched the archived YouTube program “2026 Will Be a ‘Seismic Shift’: The AI Power Map Foreseen by Professor Matsuo of the University of Tokyo… The Future of Semiconductors, Robots, and Autonomous Driving [Koji Hashimoto’s Science & Engineering Channel]” (streamed on January 3, 2026).
Professor Yutaka Matsuo of the University of Tokyo predicts that the AI power landscape will change dramatically by 2026, with particular attention to the completion of artificial general intelligence (AGI) and the widespread social adoption of robotics technologies.
In the development race, Google—backed by vast resources—is rapidly closing in on the early leader OpenAI, while the rise of high-performance open-source models from China is shaking the market.
In the semiconductor field, new challengers are emerging to break NVIDIA’s overwhelming dominance, including Japanese startups such as “Renzo,” which aim to achieve both low power consumption and high versatility.
For Japan to stage a comeback, it is essential to maintain domestic development capabilities from the perspective of “sovereign AI,” while also leveraging AI across a wide range of industries to drive innovation.
Professor Matsuo argues that strategies enabling an end-to-end domestic ecosystem—from hardware to software—including initiatives such as Rapidus, which aims to become a next-generation manufacturing hub, will be decisive for Japan’s future.
I asked generative AI to further explore and analyze Professor Matsuo’s predictions, and then used NotebookLM to turn the results into infographics and slide materials.
Please note that the research and analysis produced by generative AI are based solely on publicly available information and do not necessarily reflect actual conditions; they may also contain inaccuracies. Please review them with this in mind.
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AI agent trends 2026 report

8/1/2026

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GoogleのAI agent trends 2026 reportは、2026年までにビジネスのあり方を根本から変えるAIエージェントの5つの潮流を解説しています。
従来のAIが単に質問に答えるだけだったのに対し、エージェント型AIは目標を理解し、自ら計画を立てて複数のアプリケーションを実行する能力を備え、人間を単純作業から解放して戦略的なオーケストレーターへと進化させますが、Googleの考え方がよくわかる冊子です。
 
AI agent trends 2026 report
https://services.google.com/fh/files/misc/google_cloud_ai_agent_trends_2026_report.pdf
 
 
AI Agent Trends 2026 Report
Google’s AI Agent Trends 2026 Report explains five major trends in AI agents that are expected to fundamentally transform the way businesses operate by 2026.
While conventional AI has mainly been limited to answering questions, agent-based AI understands goals, autonomously creates plans, and executes multiple applications. By doing so, it frees humans from routine tasks and elevates them into strategic orchestrators. This booklet clearly illustrates Google’s perspective on that evolution.

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動画生成AIの新しいベンチマーク「MMGR」

7/1/2026

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動画生成AIのこれまでの評価は見た目の忠実さが評価の中心で、評価指標が見た目の美しさに偏っていました。新しいベンチマーク「MMGR(Multi-Modal Generative Reasoning)」は、動画生成AIが現実世界の物理法則や論理的整合性をどの程度理解しているかを測定する評価指標です。現時点では、いずれの動画生成AIも低い点数ですが、こうした評価法が出来たことで、この分野でも飛躍的に性能が向上するものと思われます。
新しいベンチマーク「MMGR」に関して生成AIに深掘りさせました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
【論文】【AI】マルチモーダル生成AIの「推論能力」を測る新ベンチマークMMGR
https://note.com/r7038xx/n/n662c41323f6a
 
MMGR: Multi-Modal Generative Reasoning
https://arxiv.org/abs/2512.14691
 
 
A New Benchmark for Video Generation AI: “MMGR”
Until now, the evaluation of video generation AI has primarily focused on visual fidelity, with assessment metrics heavily biased toward surface-level visual quality. The new benchmark, MMGR (Multi-Modal Generative Reasoning), is an evaluation metric designed to measure how well video generation AI understands real-world physical laws and logical consistency.
At present, all video generation AIs score relatively low on this benchmark. However, the establishment of such an evaluation framework is expected to lead to dramatic performance improvements in this field as well.
I conducted an in-depth exploration of the new benchmark “MMGR” using generative AI, and further transformed the results into infographics and slide materials using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information and may not necessarily reflect actual conditions. They may also contain inaccuracies. I ask that you review the materials with these limitations in mind.

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次世代EUVリソグラフィー向けMOR関連特許分析

6/1/2026

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半導体製造の微細化が限界に達する中、次世代の露光技術であるHigh-NA EUVへの対応が急務となっていて、従来の有機レジストに代わり、光吸収率と解像度に優れた金属酸化物レジスト(MOR)への転換が、物理的制約を打破する鍵として注目されているということです。
生成AIに、次世代EUVリソグラフィー向けメタル酸化物レジスト(MOR)の技術分析で現れた各企業の次世代EUVリソグラフィー向けメタル酸化物レジスト(MOR)関連特許出願状況の分析を行わせ、各社の次世代EUVリソグラフィー向けメタル酸化物レジスト(MOR)関連特許出願戦略を分析させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
半導体レジストの新星「MOR」、ADEKAが材料 東エレクに米社挑む2025.12.12
https://xtech.nikkei.com/atcl/nxt/column/18/00001/11259/
 
 
Patent Analysis of Metal Oxide Resists (MOR) for Next-Generation EUV Lithography
As the miniaturization of semiconductor manufacturing approaches its physical limits, addressing High-NA EUV, the next-generation lithography technology, has become an urgent priority. Against this backdrop, a shift from conventional organic resists to metal oxide resists (MOR)—which offer superior EUV absorption and resolution—is attracting attention as a key means of overcoming these physical constraints.
Using generative AI, we conducted an analysis of the patent filing landscape related to metal oxide resists (MOR) for next-generation EUV lithography, as identified through a technical analysis of MOR technologies. Based on this, we examined the patent filing strategies of individual companies in this field. The results were further transformed into infographics and presentation materials using NotebookLM.
Please note that the analyses and findings generated by AI are based solely on publicly available information and therefore may not fully reflect actual circumstances. They may also contain inaccuracies, and should be interpreted with these limitations in mind.

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ADEKAの金属酸化物レジスト(MOR)

6/1/2026

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「半導体レジストの新星「MOR」、ADEKAが材料 東エレクに米社挑む」という日経クロステックの記事を読みました。半導体製造の微細化が限界に達する中、次世代の露光技術であるHigh-NA EUVへの対応が急務となっていて、従来の有機レジストに代わり、光吸収率と解像度に優れた金属酸化物レジスト(MOR)への転換が、物理的制約を打破する鍵として注目されているということです。
この技術革新を受け、ADEKAは32億円を投じて新プラントを建設し、2028年の量産開始を目指す戦略を打ち出し、大きな影響をあたえているようです。
金属酸化物レジスト(MOR)に関して生成AIに深掘りさせました。
さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
半導体レジストの新星「MOR」、ADEKAが材料 東エレクに米社挑む2025.12.12
https://xtech.nikkei.com/atcl/nxt/column/18/00001/11259/
 
 
As the miniaturization of semiconductor manufacturing approaches its physical limits, there is an urgent need to respond to High-NA EUV, the next-generation lithography technology. Against this backdrop, a shift from conventional organic resists to metal oxide resists (MOR)—which offer superior light absorption and resolution—has been drawing attention as a key to overcoming fundamental physical constraints.
In response to this technological innovation, ADEKA has announced a strategy to invest 3.2 billion yen in the construction of a new plant, aiming to begin mass production in 2028, a move that appears to be having a significant impact on the industry.
We asked generative AI to conduct an in-depth analysis of metal oxide resists (MOR).
Furthermore, the results were converted into infographics and presentation slides using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information and may not necessarily reflect actual conditions; they may also contain inaccuracies. Kindly review the materials with this understanding.

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制御性T細胞(Treg)に関する技術

5/1/2026

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2025年のノーベル生理学・医学賞を受賞した坂口志文・大阪大学特任教授が発見した、免疫の過剰な働きを制御する「制御性T細胞(Treg)」の実用化に向けた動きが見えてきたとのことです。しかし、特許件数は米国勢が上位を占めていて、製造特許や用途特許などを海外勢に押さえられ、産業化で日本が後れをとっているのが問題視されています。
この「制御性T細胞(Treg)」に関する技術について、生成AIに深掘りさせました。さらに、報告結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。

坂口氏の制御性T細胞の特許23件 でも米国勢先行、実用化支援必要
https://www.nikkei.com/article/DGXZQOSG119B20R11C25A1000000/


Technology Related to Regulatory T Cells (Tregs)
It has been reported that concrete steps toward the practical application of regulatory T cells (Tregs)—which control excessive immune responses and were discovered by Professor Shimon Sakaguchi, Specially Appointed Professor at Osaka University, winner of the 2025 Nobel Prize in Physiology or Medicine—are now coming into view.
However, a major concern is that U.S.-based entities dominate the number of related patents. Key patents, including those covering manufacturing methods and applications, are being secured by overseas players, raising concerns that Japan is falling behind in industrialization.
With respect to this technology related to regulatory T cells (Tregs), I asked generative AI to conduct an in-depth analysis. In addition, the results of this analysis were converted into infographics and slide materials using NotebookLM.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information. As such, they do not necessarily reflect the actual situation and may include inaccuracies. I ask that you keep this in mind when referring to the materials.
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「指示待ちAI」から「共に成長するAI」への転換

4/1/2026

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これまでのAIは、即時に答えを返す仕組み(直感的処理)、論理的に考えて結論を出す仕組み(熟考的処理)を備えた高性能な“作業エンジン”として活用されてきました。しかし、このタイプのAIは、本質的には「指示待ち」であり、長期的な目的や文脈を自ら管理することはできません。
近年提案されている「System 3」は、この限界を超えるための経営判断に近いメタレイヤーに相当します。System 3は、自らの判断プロセスを監視・修正する能力(メタ認知)、相手や組織全体の意図を推測する能力、短期成果だけでなく長期価値を基準に行動する動機付け、過去の意思決定と結果を蓄積・再利用する記憶、を統合し、AIの行動を“点”ではなく“時間軸”で最適化する役割を担います。
このSystem 3を実装したフレームワークがSophiaです。
Sophiaの本質は、AIを「業務自動化ツール」から、方針・価値観・学習履歴を内在化した“準・組織メンバー”へと進化させる点にあります。
経営・戦略の観点で見ると、そのインパクトは以下に集約されます。
・AIが戦略意図を理解したうえで行動するため、単発業務ではなくプロジェクト全体を任せられる
・過去の成功・失敗を学習し、意思決定の質が時間とともに向上する
・人が常に監督しなくても、方針逸脱や短期最適を自己修正できる
・結果として、AIが人の判断を代替するのではなく、経営判断を支える持続的パートナーになる
つまり、Sophia/System 3型AIは、
「指示待ちAI」から「共に成長するAI」への転換を意味します。
このSystem 3を実装したフレームワーク「Sophia」について、生成AIに調査させました。さらに、結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。

[Submitted on 20 Dec 2025]
Sophia: A Persistent Agent Framework of Artificial Life
Mingyang Sun, Feng Hong, Weinan Zhang
https://arxiv.org/abs/2512.18202

Sophia: A Persistent Agent Framework of
Artificial Life
https://arxiv.org/pdf/2512.18202

Sophia: AIが自ら学び成長する「System 3」アーキテクチャ、メタ認知で80%の推論削減と自律的目標生成を実現(2512.18202)【論文解説シリーズ】
https://www.youtube.com/watch?v=V9kj9WzS5Tw&t=10s


From “Instruction-Following AI” to “AI That Grows Together with Us”
Until now, AI has been used primarily as a high-performance “work engine” equipped with mechanisms for producing immediate answers (intuitive processing) and for reasoning logically to reach conclusions (deliberative processing). However, this type of AI is essentially instruction-following: it cannot autonomously manage long-term goals or broader context.
The recently proposed concept of “System 3” corresponds to a meta-layer akin to executive decision-making, designed to overcome these limitations. System 3 integrates capabilities such as: monitoring and correcting its own decision-making processes (metacognition); inferring the intentions of counterparts and the organization as a whole; acting based not only on short-term outcomes but also on long-term value; and accumulating and reusing memories of past decisions and their results. Through this integration, System 3 optimizes AI behavior not as isolated “points,” but along a continuous time axis.
The framework that implements this System 3 is Sophia.
At its core, Sophia evolves AI from a mere “business automation tool” into a quasi-organizational member that internalizes policies, values, and learning history.
From a management and strategy perspective, its impact can be summarized as follows:
• Because the AI understands strategic intent, it can be entrusted with entire projects rather than isolated tasks.
• By learning from past successes and failures, the quality of its decision-making improves over time.
• Even without constant human supervision, it can self-correct deviations from policy or short-term optimization biases.
• As a result, AI does not replace human judgment, but becomes a sustainable partner that supports executive decision-making.
In other words, Sophia / System 3–type AI represents a transition from “instruction-following AI” to “AI that grows together with us.”
I asked generative AI to research the System 3–implemented framework “Sophia,” and then used NotebookLM to turn the results into infographics and presentation slides.
Please note that the research and analysis conducted by generative AI are based solely on publicly available information; they do not necessarily reflect actual conditions and may contain inaccuracies. Please keep this in mind when referring to the materials.
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「2026年AI展望」に触発されたAI 時代の知財戦略

3/1/2026

1 Comment

 
TBS CROSS DIG with Bloomberg【1on1 Tech】が2025年12月9日に公開した「2026年AI展望」(約63分)に触発されて、AI 時代の知財戦略論説『「賢い AI」から「稼ぐ AI」へ ― 権利保護業務の自動化と、価値創造に向けた戦略業務への構造転換 ―』を創りました。触発された基本アイデアを生成AI ( ChatGPT 5 Pro, Gemini 3 Deep Think, Claude Opus 4.5 )にアップし、それぞれの生成AIと壁打ちを繰り返しました。それぞれ個性あふれる内容になりましたが、今回はClaude Opus 4.5 で仕上げた結果が感覚的にぴったりきました。これをNotebookLMでインフォグラフィック、スライド資料にさせましたのでご参照ください。
 
【“数学オリンピック優勝”のAIは便利なのか】今井翔太「AIは賢くなり過ぎた」「2026年は“仕事で使えるAI”の競争」/ChatGPTとGeminiは「動画と科学」で革命起こす【1on1 Tech】TBS CROSS DIG with Bloomberg
https://www.youtube.com/watch?v=Bt761_2_Fgo&t=25s
 
IP Strategy in the AI Era Inspired by the “2026 AI Outlook”
Inspired by “2026 AI Outlook” (approx. 63 minutes), released on December 9, 2025, by TBS CROSS DIG with Bloomberg 【1on1 Tech】, I created an IP strategy essay for the AI era titled:
“From ‘Smart AI’ to ‘Profitable AI’: Automating Rights-Protection Operations and Structurally Shifting Toward Strategic Work for Value Creation.”
I uploaded the core ideas that inspired me to multiple generative AI systems (ChatGPT 5 Pro, Gemini 3 Deep Think, and Claude Opus 4.5) and repeatedly engaged in back-and-forth discussions with each of them. Each produced outputs with distinctive characteristics, but this time the result refined with Claude Opus 4.5 felt intuitively the most fitting.
I have converted this outcome into infographics and slide materials using NotebookLM, so please refer to them.

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「侵害予防調査と無効資料調査のノウハウ」の全文が公開

2/1/2026

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2020年11月に初版が発売された角渕由英(つのぶちよしひで)弁理士の著書「侵害予防調査と無効資料調査のノウハウ~特許調査のセオリー~」の全文が公開されました。
特許調査のセオリー(第1章)、侵害予防調査(第2章)、無効資料調査(第3章)の構成で、非上位わかりやすく書かれています。場と思います。
ただ、5年前の本だけにその後の変化には対応していないことが気になったので、この5年の特許をめぐる変化を生成AIにピックアップさせました。応用編として、気にしていただければと思います。さらに、報告結果をNotebookLMでインフォグラフィック、スライド資料にさせました。
なお、生成AIによる調査・分析結果は、公開された情報からだけの分析であり、必ずしも実情を示したものではないこと、誤った情報も含まれていることについてはご留意されたうえで、ご参照ください。
 
侵害予防調査と無効資料調査のノウハウ~特許調査のセオリー~#全文公開
https://note.com/tsunobuchi/n/n5100dbf82075
 
 
The full text of “Know-How for Infringement Prevention Searches and Invalidity Evidence Searches” has been released
The complete text of “Know-How for Infringement Prevention Searches and Invalidity Evidence Searches: The Theory of Patent Searching,” written by patent attorney Yoshihide Tsunobuchi and first published in November 2020, has now been made publicly available.
The book is structured into three parts--The Theory of Patent Searching (Chapter 1), Infringement Prevention Searches (Chapter 2), and Invalidity Evidence Searches (Chapter 3)—and is written in a clear and easy-to-understand manner, even for readers who are not advanced specialists.
However, since the book was published five years ago, it does not reflect subsequent changes. With that in mind, I asked generative AI to identify and summarize key developments in the patent landscape over the past five years. I hope readers will find this useful as an applied or supplementary perspective. In addition, the results have been turned into infographics and slide materials using NotebookLM.
Please note that the research and analysis produced by generative AI are based solely on publicly available information. They do not necessarily reflect actual circumstances and may contain inaccuracies. Kindly keep this in mind when referring to the materials.

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