Agricultural AI Automation Robot System

농작업 AI 자동화 로봇 시스템

  • Background
  • Severe labor shortage threatens sustainable farming
  • Aging farmers

    Average age over 60, with sharp decline in young workers

  • Rural population decline

    Urbanization reduces rural labor force

  • Tech gap widens

    Older farmers struggle with new digital tools

  • Seasonal labor shortage

    Difficult to secure large temporary workforce during peak seasons

  • Stagnant productivity

    Labor shortage leads to lower yields and quality

  • Challenges
  • Barriers to sustainable smart farming
  • Digital divide

    Limited access and understanding among small and aging farms

  • Tech not farm-focused

    Often developed for showcase, not practical use

  • Lack of sustainable business models

    Focus on tech rollout without lasting profit for farmers

  • Solution
  • AI farm robot capable of manual tasks
  • Sustainable precision farming

    3D growth analysis and remote monitoring for efficient resource use

    3D Growth Analysis
  • Manual work

    Dual-arm mobile manipulator handles complex tasks

    Dual-arm Manipulator
  • High productivity

    Solves space constraints using idle areas

    Space Optimization
  • Market
  • Research Nester 2024
  • MarketsandMarkets 2024
  • NMSC 2024
  • TAM: 23.9 trillion KRW

    Global agri-robot market

    SAM: $13.5 billion

    Global precision agri-robot market

    SOM: 101.9 billion KRW

    Domestic precision agri-robot market

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