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ND-3: AI 기반 건설 진행 상황 모니터링
HonoreekoArtificial IntelligenceAI 기반 모니터링건설 현장 관리실시간 데이터 분석이미지 인식 기술공정 자동화스마트 건설

ND-3: AI 기반 건설 진행 상황 모니터링

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GoLe-Robotics

One-Line Product Definition

A quadruped robot for construction sites that automates material handling and automatically uploads transport data, using AI to monitor process progress and schedule suitability. • Product Demo/Introduction Video (if available): (SNS Demo) https://www.instagram.com/reel/DRAYM58gJCz/

Problem Definition

• Background Problem: Construction sites often record material movement and delivery records manually, leading to "late" recognition of logistics bottlenecks/schedule delays. Labor shortages and safety issues are also increasing.

• Limitations of Existing Methods: (1) Record omissions/distortions (2) Delay in calculating process rates due to lack of data (3) Limited ROI because simple automation of transport is weakly linked to "process management."

Key Differentiators

• CES Introduction Criteria: The robot autonomously transports materials, uploads "all delivery" data performed, and Project Progress Monitoring AI evaluates schedule/plan conformity based on this data. • Presents a structure that loads and moves loads inside the frame with a quadruped "pass-through" chassis (considering rough terrain/obstacle response). • Emphasizes on-site application directions (construction automation/datafication) in Korean media interviews/reports.

Key Adopters

• Adopters: General construction companies/builders, large project PMOs, on-site logistics/safety organizations • B2C/B2B/B2G: B2B-oriented (B2G elements possible in public infrastructure construction)

Scalability

• Environmental/Regulatory Constraints: Setting and training are required because on-site routes/materials/safety regulations vary; safety certification/liability are barriers to adoption. • Industry/Market Scalability: Primary focus is construction-specific. However, there is room for expansion into manufacturing/logistics where there is a need for "heavy material movement + automated recording" (requires demonstration of results).

Judges' Evaluation

• CES Award Context Evaluation: The message of solving bottlenecks in traditional industries (construction) with "robot + data" is strong. • Technical Completeness: Autonomous driving on rough terrain/load carrying stability/data reliability are key. • Market Expectations: Demand for construction DX is high, but diffusion is gradual due to conservative industry characteristics. • Overestimated/Underestimated Factors: The key is whether AI's schedule judgment can be trusted at the level of actual PM decision-making.

Analyst Insights

GoLe-Robotics' ND-3 shows potential to resolve data blind spots in construction sites and improve process management efficiency, but the conservative construction market characteristics and securing AI judgment reliability will determine its success.

The award list data is based on the official CES 2026 website, and detailed analysis content is produced by USLab.ai. For content modification requests or inquiries, please contact contact@uslab.ai. Free to use with source attribution (USLab.ai) (CC BY)

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