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548 index entries · 542 destinations · Atlas 390
Explore the 46-chapter outline and Chapter 24 English reading excerpt. External reports retain their original titles and language labels.
Search materials →Atlas · 390 entries
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country:20
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cluster:01
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cluster:13
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cluster:14
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cluster:15
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cluster:16
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cluster:17
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cluster:18
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cluster:19
- Austin Region →
cluster:20
- 42dot →
C001
- AgiBot →
C002
- Agile Robots →
C003
- Agility Robotics →
C004
- AIDIN Robotics →
N099
- Amazon →
C005
- Ambi Robotics →
C006
- AMP Robotics / AMP →
C007
- ANYbotics →
C008
- Applied Intuition →
C009
- Autonomous a2z →
C010
- Baidu →
C011
- Bedrock Robotics →
C012
- Berkshire Grey →
C013
- BlackRock →
C101
- Booster Robotics →
C015
- Boston Dynamics →
C016
- Brain Corp →
C017
- Built Robotics →
C018
- Burro →
C019
- Carbon Robotics →
C020
- CATL →
C021
- Cognex →
C022
- Corvus Robotics →
C023
- Coupang →
C024
- Covariant →
C025
- DeepRobotics →
C026
- Dexterity →
C029
- Diligent Robotics →
C030
- DJI →
C104
- Doosan Robotics →
C105
- Dreame Technology →
C032
- Dyna Robotics →
C033
- Ecovacs →
C034
- Elephant Robotics →
N017
- Farm-ng →
N020
- Field AI →
C035
- Figure AI →
C036
- Flexiv →
C037
- Formic →
C038
- ForwardX Robotics →
C039
- Foxglove →
C040
- Galbot →
C041
- Gaussian Robotics / Gausium →
C043
- Geek+ →
C045
- GelSight →
C046
- GXO →
C047
- HAI Robotics →
C048
- HaptX →
N030
- Hesai →
C049
- Horizon Robotics →
C050
- Hyundai Motor Group →
C051
- InOrbit →
C052
- Intuitive Surgical →
C053
- JLG — Canvas Robotics →
N037
- John Deere →
C054
- Keenon Robotics →
C055
- Kodiak Robotics / Kodiak AI →
C057
- Locus Robotics →
C058
- Meituan →
C061
- Mobile Industrial Robots / MiR →
C062
- Momenta →
C063
- Mytra →
C064
- NAVER / NAVER LABS →
C065
- Nearthlab →
C066
- Nimble Robotics →
N053
- NVIDIA →
C067
- Orbbec →
C068
- OrionStar →
C069
- OSARO →
C070
- Parallel Domain →
C071
- Path Robotics →
C072
- Pickle Robot →
C073
- Plus One Robotics →
C074
- Pudu Robotics →
C075
- Quicktron →
C076
- RightHand Robotics →
C078
- Roborock →
C079
- ROBOTIS →
C080
- Roboto AI →
C081
- Robust.AI →
C082
- Rockwell Automation →
C083
- Saildrone →
C084
- Samsung Electronics →
C085
- Sarcos → Palladyne AI →
C086
- Seoul Robotics →
C087
- Shadow Robot →
N072
- SoftBank →
C090
- Standard Robots →
C091
- Superbin →
C092
- Symbotic →
C093
- Syrius Robotics / Syrius Technology →
C094
- UBTECH →
C103
- Unitree Robotics →
C095
- Universal Robots →
C096
- Viam →
C097
- VisionNav Robotics →
C098
- Waymo →
C102
- XYZ Robotics →
C099
- Zipline →
C100
- 1X Technologies →
N001
- AeiROBOT →
N100
- Aeva →
N002
- Aigen →
N003
- Alibaba →
N004
- Ambarella →
N005
- Anthropic →
N006
- Apple →
N007
- Apptronik →
N008
- Astribot →
N009
- Autodesk →
N010
- BeingBeyond →
N011
- BeyondHoneycomb →
N012
- bitsensing →
N013
- Black Sesame →
N101
- ByteDance →
N014
- Config →
N015
- DEEPX →
N016
- EngineAI →
N018
- Faraday Dynamics →
N019
- Flexion Robotics →
N104
- Flexxbotics →
N021
- Floatic →
N022
- Fourier Intelligence →
N023
- Galaxea AI →
N024
- Gecko Robotics →
C044
- Generalist AI →
N025
- Genesis AI →
N026
- Genisom AI →
N027
- Gole Robotics →
N028
- Google DeepMind →
N029
- Hello Robot →
N111
- Helm.ai →
N031
- Hexagon →
N032
- Honda →
N033
- Hugging Face →
N113
- Intel →
N034
- Intrinsic →
N035
- JD.com →
N036
- KNOWIN →
N039
- Leju Robotics →
N040
- LG Electronics →
N041
- LimX Dynamics →
N042
- Lumos Robotics →
N043
- Machina Labs →
N044
- MakinaRocks →
N045
- Maven Robotics →
N102
- Mentee Robotics / Mentee by Mobileye →
N046
- Meta →
N047
- Microsoft →
N048
- Mobilint →
N096
- Mobiltech →
N097
- MORAI →
N049
- Near Earth Autonomy →
N051
- NEURA Robotics →
N052
- Noetix Robotics →
N054
- Nota AI →
N095
- Nuro →
N055
- Outrider →
N056
- PaXini →
N057
- Persona AI →
N058
- Physical Intelligence →
N059
- Qualcomm →
N060
- Raion Robotics →
N061
- RealMan →
N062
- Realtime Robotics →
N064
- Reliable Robotics →
N065
- Rhoda AI →
N109
- Richtech Robotics →
N066
- RIVR →
N110
- RLWRLD →
N067
- RoboForce →
N105
- RobotEra →
N068
- ROBROS →
N069
- Sanctuary AI →
N070
- Saronic →
N071
- Siemens →
C088
- Skild AI →
N073
- Sony →
N074
- Spirit AI →
N075
- Standard Bots →
N103
- Sunday →
N076
- TARS Robotics →
N078
- Tencent →
N079
- Tesla →
N080
- Torc Robotics →
N108
- Toyota Motor Corporation / Toyota Research Institute →
N107
- Vayu Robotics →
N081
- Vention →
N082
- Vueron →
N083
- Waabi →
N084
- Wayve →
N112
- WIRobotics →
N085
- Wonik Robotics →
N086
- World Labs →
N087
- X Square Robot →
N088
- Xiaomi →
N089
- Xingyuanzhi →
N092
- XPENG Robotics / IRON →
N090
- Yuequan Bionic →
N093
- Abhinav Gupta →
P001
- Anca Dragan →
P002
- Andrea Thomaz →
P003
- Brett Adcock →
P043
- Chelsea Finn →
E006
- Chen Jianyu →
P004
- Cheon Hong-seok →
P048
- Chris Urmson →
P005
- Deepak Pathak →
P007
- Ding Han →
P029
- Euisun Chung →
P008
- Hang Zhao →
P034
- Hod Lipson →
P011
- Huang Xiaoqing →
P050
- Hyoun Jin Kim →
P040
- In So Kweon →
P038
- Jaeheung Park →
P042
- Jeff Cardenas →
P012
- Jemin Hwangbo →
P049
- Jensen Huang →
P013
- Jonathan Hurst →
P014
- Ken Goldberg →
P016
- Kim Yong-jae →
P039
- Kyoungchul Kong →
P037
- Kyu-Jin Cho →
P047
- Leng Xiaokun →
P041
- Linxi “Jim” Fan →
P017
- Marc Raibert →
P018
- Masayoshi Son →
P019
- Melonee Wise →
P020
- Nick Paine →
P021
- Nikita Rudin →
P051
- Oh Jun Ho →
E019
- Oussama Khatib →
P022
- Park Jong Hoon →
P023
- Peng Zhihui →
P024
- Qiao Hong →
P030
- Richie Chen →
P035
- Rodney Brooks →
P025
- Rolf Dieter Schraft →
E021
- Sabine Hauert →
P026
- Seok Sang-ok →
P044
- Sergey Levine →
P027
- Wang Hesheng →
P033
- Wang Tianran →
E033
- Wang Xingxing →
P028
- Wang Yaonan →
P032
- Zhao Mingguo →
E034
- Zhou Jian →
P046
- Zhu Qiuguo →
P031
- Aaron Ames →
E001
- Aaron Prather →
E002
- Andra Keay →
E003
- Ayanna Howard →
E004
- Brian Gerkey →
E005
- Bruce Leak →
E052
- Cho Kyu-nam →
E047
- Christian Hubicki →
E007
- Craig Schlenoff →
E008
- Cyril Ebersweiler →
E053
- Daniela Rus →
P006
- Dennis Hong →
E009
- Elena Messina →
E010
- Elham Tabassi →
E011
- Erico Guizzo →
E012
- Fei-Fei Li →
E013
- Francesca Rossi →
E014
- Geordie Rose →
P009
- Gill Pratt →
P010
- Han Jae-kwon →
E050
- He Wang →
E044
- Henrik Christensen →
E015
- Jiyang Gao →
P036
- Jung Kim →
E036
- Karol Hausman →
P015
- Li Zexiang →
E016
- Liang Jing →
E037
- Lior Susan →
E051
- Liu Lianqing →
E030
- Matt Beane →
E017
- Matthew Johnson-Roberson →
E018
- Mayank Mittal →
E055
- Morgan Quigley →
E056
- Pieter Abbeel →
E020
- Qin Xiugong →
E049
- Qu Daokui →
E048
- Russ Tedrake →
E022
- Ryan Gariepy →
E023
- Rémi Cadène / Remi Cadene →
E024
- Shi Lin →
E039
- Sun Lining →
E025
- Tom Ryden →
E026
- Tully Foote →
E027
- Vincent Vanhoucke →
E028
- Wang Tianmiao →
E043
- Wei Kai →
E045
- Wendy Tan White →
E054
- Xiong Rong →
E032
- Yuh Joon-ku →
E041
- Zhang Jianwei →
E029
- ARM Institute →
I001
- ASTM F45 →
I003
- Beijing Humanoid Robot Innovation Center →
I047
- BIGAI →
I004
- CESI →
I005
- CMU Robotics Institute →
I006
- DARPA SubT →
I007
- DFKI Robotics Innovation Center →
I008
- ETRI →
I009
- euRobotics →
I010
- FAA →
I011
- Harvard Wyss Institute →
I012
- HIT Robotics Technology and Systems Research Unit →
I013
- HKEX / HKSCC →
I014
- IEC Robotics Product Safety Standards →
I015
- IFR →
I016
- ISO/TC 299 →
I017
- KAIST →
I018
- KEIT →
I020
- KIAT →
I022
- KIRIA →
I023
- KITECH →
I024
- KRX →
I050
- KTL →
I025
- LeRobot / Hugging Face →
I026
- MassRobotics →
I027
- MIIT →
I028
- MIT CSAIL →
I029
- NASA Jet Propulsion Laboratory →
I030
- Nasdaq →
I031
- National Robot Testing and Evaluation Center, Shanghai Headquarters →
I048
- New York Stock Exchange / NYSE →
I053
- NHTSA →
I032
- NIOSH / Center for Occupational Robotics Research →
I054
- NIST →
I033
- Open Robotics / OSRF →
I034
- Open X-Embodiment consortium →
I035
- OSHA Robotics Safety Guidance →
I036
- POSTECH →
I037
- RAI Institute →
I038
- SAC →
I039
- SEC →
I040
- Shanghai AI Lab →
I041
- Shanghai Stock Exchange →
I051
- Shenzhen Stock Exchange →
I052
- SIA →
I046
- Toyota Research Institute →
I042
- UC Berkeley BAIR: RAIL BridgeData →
I043
- XbotPark →
I044
- Zhejiang University Robotics Research →
I045
Source reports · 85 entries
- 로보틱스 R&D이슈 →
RPT-69D13C97937D · Original source title · Korean
- (No.122) 휴머노이드 로봇 상용화 원년, 글로벌 동향과 정책 과제-4(최종) →
RPT-BC3EA19D4D09 · Original source title · Korean
- (참고자료)반도체과, 로봇(대구·경북), 방산(경남), 이차전지(전남) 첨단 특화단지를 지역 첨단산업의 신규 거점으로 육성 →
RPT-6BCF621751A8 · Original source title · Korean
- (참고자료, 14(금) 16시엠바고)인공지능기계로봇과, AI·로봇으로 미래 국방 혁신 이끈다 →
RPT-C82AB32DAD01 · Original source title · Korean
- (추경) 2026년 AI로봇 실증사업 지원과제 추가 모집 공고문 →
RPT-E2FA74E446CB · Original source title · Korean
- 0410(11조간, 10(목) 14시엠바고)기계로봇제조정책과, K-휴머노이드 연합 출범 →
RPT-C0742403CFD0 · Original source title · Korean
- 0520(21조간)산업인공지능정책과, 대한민국 제조업이 살 길 M.AX를 논하다 →
RPT-496AE6746D2D · Original source title · Korean
- 0929(30석간, 30(수) 09시30분엠바고)자동차과, 「함께 크는 M.AX 프로젝트」로 미래차 생태계 구축 가속화 →
RPT-E0EA5979DE86 · Original source title · Korean
- 로봇산업 정책동향(12월호) →
RPT-2949DFB809BA · Original source title · Korean
- 로봇산업 정책동향 9월호 →
RPT-D6D0F893DF92 · Original source title · Korean
- 로봇 이슈브리프(1월호) →
RPT-28C3E816986D · Original source title · Korean
- 로봇 이슈브리프(2월호) 최종본 0311 →
RPT-82F741A9070D · Original source title · Korean
- 로봇 이슈브리프(5월호) 최종본 →
RPT-C8F485C85F07 · Original source title · Korean
- 로봇 이슈브리프(6월호) →
RPT-4E8F082B1A2F · Original source title · Korean
- 로봇 이슈브리프(7월호) →
RPT-00555B8840AE · Original source title · Korean
- 로봇 이슈브리프(9월호) →
RPT-E2F9C85887C7 · Original source title · Korean
- 로봇 이슈브리프(2월호) →
RPT-7F6415F0FBED · Original source title · Korean
- 3. 지능형로봇 보급 및 확산사업 관리지침(2026.02.13) →
RPT-7B7219BE02FE · Original source title · Korean
- Physical AI: Taking human-robot collaboration to the next level →
RPT-B8422EDDF6F1 · Original source title · Korean
- AI반도체 산업 도약 전략 · K-NPU·K-엔비디아 육성 →
RPT-1926E3B5946F · Original source title · Korean
- KAIST 피지컬 AI 실증랩 공개와 국산 통합 플랫폼 →
RPT-F7183FCE322A · Original source title · Korean
- AI 기반 사이버위협 대응 민간 정보보호 추진계획(안) →
RPT-172EA589DCF6 · Original source title · Korean
- 대학 연구시설·장비 공동활용 촉진 방안(안) →
RPT-38DA6E90DF17 · Original source title · Korean
- 국가연구개발 행정시스템 혁신방안(안) →
RPT-659A9C655ABB · Original source title · Korean
- 제9회 과학기술관계장관회의 · 피지컬·제조 AI와 정부 AX →
RPT-A48C32FE5A03 · Original source title · Korean
- 2026년 하반기 과기정통부·우주항공청 업무계획 →
RPT-58F065690767 · Original source title · Korean
- 제11회 과학기술관계장관회의 · 성장동력과 AI 생태계 →
RPT-CE20C3C4A93C · Original source title · Korean
- 제2차 재정운용전략협의회 모두발언 →
RPT-C76031FE2F4F · Original source title · Korean
- 제2차 재정운용전략협의회 참고자료 →
RPT-8BC16F9299B9 · Original source title · Korean
- 제2차 재정운용전략협의회 · 예산 편성과 투자 방향 →
RPT-F8A5F1BD0EC1 · Original source title · Korean
- 乐聚智能（深圳）股份有限公司 · Lejoin Intelligence IPO 招股说明书（申报稿） →
RPT-18789BAA2C4C · Original source title · Korean
- K-로봇경제 실현을 위한 제4차 지능형로봇 기본계획 2024~2028 →
RPT-77572F4E873A · Original source title · Korean
- 한·미 로봇 협력 · 보스턴 다이내믹스 방문 →
RPT-FDB7CBA2F72E · Original source title · Korean
- 산업 AI 확산 10대 과제 · 제3차 AI산업정책위원회 →
RPT-CC11836DC566 · Original source title · Korean
- K-온디바이스 AI 반도체 개발 · 4대 분야 협력 →
RPT-C7CCBEFC8027 · Original source title · Korean
- 전북 피지컬 AI 실증랩·지역 AX 사업 추진 →
RPT-E2A272E5A5F2 · Original source title · Korean
- K-문샷 12대 임무 총괄관리자 모집 →
RPT-8A0907D59EE8 · Original source title · Korean
- 피지컬 AI 핵심 경쟁력 확보 전략 발표 →
RPT-55C7AD8C0AED · Original source title · Korean
- 피지컬 AI 항만 전략 · 광양항·진해신항 →
RPT-27F877AEE1F8 · Original source title · Korean
- Robot Insights 1호 →
RPT-55F6103ACC83 · Original source title · Korean
- Robot Insights 26년1호 →
RPT-2EF7B34ED03E · Original source title · Korean
- Stanford · Science and Emerging Technology Report 2026 →
RPT-A588C56D3902 · Original source title · Korean
- Physical AI: Powering the New Age of Industrial Operations →
RPT-C20BF45670B3 · Original source title · Korean
- [HD현대]반기보고서(2026.08.14) →
RPT-FDAC824FB376 · Original source title · Korean
- [기획보고서] 미국 연방정부 FY2025 지능형 로봇 R&D 예산 동향 분석 →
RPT-CB30C576E6E8 · Original source title · Korean
- [뉴로메카]반기보고서(2026.08.14) →
RPT-C954EA5AE5D0 · Original source title · Korean
- [뉴로메카]사업보고서(2026.03.19) →
RPT-98857709D312 · Original source title · Korean
- [두산로보틱스]반기보고서(2026.08.14) →
RPT-2D092A3C955C · Original source title · Korean
- [두산로보틱스]사업보고서(2026.03.18) →
RPT-4C80DCE6B450 · Original source title · Korean
- [로보티즈][정정]사업보고서(2026.07.08) →
RPT-5AD17013CE29 · Original source title · Korean
- [로보티즈]반기보고서(2026.08.14) →
RPT-F019A60EFDD5 · Original source title · Korean
- [에스피지]반기보고서(2026.08.14) →
RPT-B80051759BC5 · Original source title · Korean
- [에스피지]사업보고서(2026.03.18) →
RPT-0F4441D3AB4A · Original source title · Korean
- [에이치디현대로보틱스]감사보고서(2026.03.31) →
RPT-8A5526D2AAE8 · Original source title · Korean
- [트위니]감사보고서(2026.03.31) →
RPT-81B7400F98C9 · Original source title · Korean
- [한국로봇산업진흥원] 로봇 분야 인증제도 종합 안내서(202512) →
RPT-599C0E06B840 · Original source title · Korean
- [한화로보틱스]감사보고서(2026.04.06) →
RPT-7823C5848D1E · Original source title · Korean
- How Physical AI Is Reshaping Robotics Today—and What Comes Next →
RPT-2464330FA620 · Original source title · Korean
- Deloitte · 휴머노이드 로봇의 부상과 주요 산업별 시장 진입 전략 · 2026.09 →
RPT-F1A030C0124B · Original source title · Korean
- 상하이 푸둥 휴머노이드 산업 지원 건의 답변 · 浦科经委办理〔2025〕63号 →
RPT-7C46F0BC539F · Original source title · Korean
- Turning humanoid supply chain constraints into billion-dollar wins →
RPT-01AC117317B3 · Original source title · Korean
- 공표 2024년 기준 로봇산업 실태조사 →
RPT-40E7A220D252 · Original source title · Korean
- 노인돌봄서비스 인력의 전망과 정책방향 2026.04.16. 권정현 연구위원 KDI →
RPT-CA90C13BCFBF · Original source title · Korean
- 대구광역시 AI 로봇 글로벌 혁신특구 참여기업 모집 공고 →
RPT-0DCA4C546FF7 · Original source title · Korean
- 대외 Doosan Robotics IR Material Eng 202604 →
RPT-CA68B8C8F37B · Original source title · Korean
- 대외 Doosan Robotics IR Material Kor 202604 →
RPT-16837DD8FD2A · Original source title · Korean
- 대외 Doosan Robotics 2Q26 Earning result Eng →
RPT-BF99429ED5E9 · Original source title · Korean
- 대외 Doosan Robotics 2Q26 Earning result Kor →
RPT-D7AD36DCAAC5 · Original source title · Korean
- 로봇 이슈브리프 2026년 1월호 →
RPT-4CDD83B24A10 · Original source title · Korean
- 로봇 이슈브리프(12월호) →
RPT-9351F682D2F4 · Original source title · Korean
- 로봇 이슈브리프(3월호) →
RPT-DB171A7DE64D · Original source title · Korean
- 로봇 이슈브리프 4월호 →
RPT-0920B12E3BD4 · Original source title · Korean
- 로봇 이슈브리프 8월 2호 →
RPT-A978037DF974 · Original source title · Korean
- 로봇 이슈브리프 9월 1호 →
RPT-E8544A0B0B17 · Original source title · Korean
- 로봇 이슈브리프 2026년 9월 2호 →
RPT-9D4762D9A86F · Original source title · Korean
- 로봇산업 정책동향(10월호) →
RPT-5B0129FE244F · Original source title · Korean
- 로봇산업 정책동향(11월호) →
RPT-BD09150D8F78 · Original source title · Korean
- 로봇산업 정책동향 7월호 인쇄본 →
RPT-E098E2FDA3D8 · Original source title · Korean
- 로봇산업 정책동향 8월호 →
RPT-8D7209A7BB73 · Original source title · Korean
- 로봇산업 정책동향 9월호 →
RPT-D75E939DF0EE · Original source title · Korean
- 로봇산업정책동향(12월호) →
RPT-640B2A13077B · Original source title · Korean
- 보고서 2022년 기준 로봇산업 실태조사 →
RPT-09F37A977CA0 · Original source title · Korean
- 보고서 2023년 기준 로봇산업 실태조사 →
RPT-EAB311BFB575 · Original source title · Korean
- 신산업 인텔리전스 박상수 연구위원 20260902 →
RPT-7570730AEBE3 · Original source title · Korean
- 피지컬 AI 관련 제도 현황 및 개선방향 최종보고서 →
RPT-EB71A006D7D6 · Original source title · Korean
Chapter outline · 46 entries
- Physical AI in 2027 →
CH-01
- Choosing the Right Body →
CH-02
- From Models to Action →
CH-03
- The Robot Learning Industry →
CH-04
- Physical AI Value Chain →
CH-05
- From Demonstration to Deployment →
CH-06
- Who Needs Physical AI? →
CH-07
- Reading the Field →
CH-08
- China: Building an Industry →
CH-09
- China’s Industrial Clusters →
CH-10
- China: Companies and Customers →
CH-11
- America: Models, Capital, and Customers →
CH-12
- America’s Industrial Clusters →
CH-13
- Korea: From Manufacturing Strength to New Markets →
CH-14
- Korea’s Industrial Clusters →
CH-15
- Manufacturing and Logistics: Where Automation Pays →
CH-16
- Intelligence in Motion →
CH-17
- Physical AI in Everyday Life →
CH-18
- Comparing China, America, and Korea →
CH-19
- From Global Examples to Local Deployment →
CH-20
- Public Funding: From Policy to Practice →
CH-21
- Who Finances Physical AI? →
CH-22
- Why Customers Buy Again →
CH-23
- The True Cost of a Task →
CH-24
- Revenue, Margins, and Value Capture →
CH-25
- Reading the Financial Statements →
CH-26
- Financing Robot Assets →
CH-27
- Robot Assets, RWA, STO, and Tokenization →
CH-28
- The Agent Transaction Economy →
CH-29
- What Makes an Investment Work? →
CH-30
- Safety and Accountability →
CH-31
- Securing Physical AI →
CH-32
- Industrial Sovereignty, National Security, and Cooperation →
CH-33
- Identity, Delegation, and Authority →
CH-34
- The Regulatory Landscape →
CH-35
- Standards, Certification, and Assurance →
CH-36
- TRACE: Records of Action and Change →
CH-37
- A Common Language for Work and Evidence →
CH-38
- From Evidence to Decisions →
CH-39
- Work, Skills, and the Automation Transition →
CH-40
- Environmental Impact and Public Value →
CH-41
- New Bodies, Continuing Intelligence →
CH-42
- Operating Through Disconnection →
CH-43
- The Moon and Mars: What Exploration Demands →
CH-44
- Coexistence with Non-Human Intelligences →
CH-45
- 2028: Revisiting Our Judgments →
CH-46
TV · 14 entries
- 같은 작업, 다른 몸과 환경 →
B2AGI-TV-001-KO
- Same Task, Different Bodies and Environments →
B2AGI-TV-001-EN
- 同样的任务，不同的形态与环境 →
B2AGI-TV-001-ZH
- 같은 작업, 다른 몸과 환경 · 세로 →
B2AGI-TV-001-KO-PORTRAIT
- 로봇의 돈은, 누가 가져가는가 →
B2AGI-TV-002-KO
- Who Captures the Value in Robotics? →
B2AGI-TV-002-EN
- 机器人产业的钱，由谁获得？ →
B2AGI-TV-002-ZH
- Same Task, Different Bodies and Environments · Portrait →
B2AGI-TV-001-EN-PORTRAIT
- 同样的任务，不同的形态与环境 · 竖屏 →
B2AGI-TV-001-ZH-PORTRAIT
- FIELD에서 Capital까지 · 두 회차 합본 →
B2AGI-TV-001-002-KO-COLLECTION
- Korea’s Robotics Industry: Opportunity in the Connections →
B2AGI-TV-003-KO
- US Robotics: Customer Tasks Connect the Business →
B2AGI-TV-004-KO
- FIELD to Capital · Two-Episode Collection →
B2AGI-TV-001-002-EN-COLLECTION
- 从现场到资本 · 两期合辑 →
B2AGI-TV-001-002-ZH-COLLECTION
Data · 6 entries
- New industrial robot installations in China →
CN-INSTALL-2024
- China’s share of global new installations →
CN-SHARE-2024
- Global new industrial robot installations →
GLOBAL-INSTALL-2024
- Asia’s share of global new installations →
ASIA-SHARE-2024
- China robotics market estimate, 2024 →
CN-MARKET-2024-EST
- China robotics market forecast, 2028 →
CN-MARKET-2028-FCST
Country briefings · 3 entries
- Korea · Industrial coordinates →
KR-INDUSTRIAL-COORDINATES
- United States · Industrial coordinates →
US-INDUSTRIAL-COORDINATES
- China · Deployment and company earnings →
CN-BRIEFING
FIELD · 2 entries
- Hangzhou · From bodies to tasks →
FIELD-HANGZHOU-CENTER-20260908
- Shanghai · Unitree showroom →
FIELD-SHANGHAI-UNITREE-20260901
Publication · 1 entry
- Physical AI 2027 →
WHITEPAPER