Malaysia
M@RQ Meraque Autonomous Robotics Quarters 5 & 7,
Jalan IMP 1/3, Sinar Meranti Technology Park, 47120 Puchong, Selangor
Uzbekistan
Toshkent City, Shaykhontokhur District,
Labzak MFY, Zulfiyakhonim Street, Building 122.
Intelligent Replanting Information System (IRIS)
Where Intelligence Meets the Future of Farming
Intelligent Replanting Information System (IRIS) is an AI-powered geospatial planning and monitoring platform designed to optimize large-scale oil palm replanting operations through data-driven analysis, automated design, and real-time field coordination.
By integrating drone mapping, terrain intelligence, simulation algorithms, and operational monitoring, IRIS enables plantations to improve productivity, reduce manpower dependency, optimize land utilization, and enhance replanting accuracy from planning to field implementation.
// Key Features
What make our IRIS solutions standout throughout the entire industry.
AI-Powered Replanting Design
Automatically generates optimized planting layouts, terrace lines, road systems, and drainage networks using intelligent algorithms and terrain analysis.
Precision Terrain & Drone Mapping
Utilizes drone-generated orthomosaics, Digital Terrain Models (DTM), and slope classification for highly accurate estate planning and simulation.
Automated Planting Point Optimization
Enhances Stand Per Hectare (SPH) values through intelligent planting line calculations and automated spacing optimization for both flat and terrace areas.
Smart Road & Drainage Simulation
Simulates and redesigns road alignments and drainage systems based on slope, flood risk, accessibility, and land-use efficiency to improve operational safety and sustainability.
Real-Time Project Monitoring Dashboard
Provides live project progress tracking, work zone mapping, phase monitoring, and operational visibility for better decision-making and execution control.
Field Navigation & Implementation Support
Integrates with field navigation applications to guide contractors and operators with real-time positioning, target point navigation, and implementation accuracy during on-site operations.
