Value Proposition
Amid the complexity of data, we build certainty for your business. We offer more than tools—we deliver an intelligent partnership.
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Our value proposition is delivered through core technology platforms that transform cutting‑edge technologies into stable, reliable services.
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About FundeAI
We believe digital‑intelligent technology should augment human expertise, not simply replace it. We recognize the industry’s urgent need for flexible, efficient, and secure digital‑intelligent solutions—and that it requires a partner whose focus is tangible, real‑world value. Learn more
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Core Philosophy
FundeAI is not an IT company — we are builders of intelligent infrastructure. We forge an unbreakable line of defense for trust in an open ecosystem. Our Dynamic Ontology enables data models to evolve alongside your business. We deliver end-to-end assurance, from data source to decision point.
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Let’s jointly examine your business scenarios and explore how our core capabilities can be translated into your specific competitive advantage.
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Chemical, Mining & Energy Products

Empowering Industrial Intelligence with a Secure, Efficient Digital Foundation
We deliver intelligent solutions for high-value sectors like chemicals, mining, and energy, spanning production, operations, and safety. By optimizing resources, preempting risks, and enhancing decisions, we drive sustainable digital transformation and support the high-quality development of critical national industries.
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Overcoming High Energy Consumption, High Risk, and Low Efficiency

Industry Challenges: Production processes rely on manual experience; energy and safety costs remain high; traditional management struggles with complex operational conditions.
Our Solution: Built on a foundation of "Dynamic Ontology Technology + AI Algorithms + Industrial Data", we create an "Integrated Software-Hardware, Cloud-Edge Collaborative" intelligent management and control system.
Intelligent Production Optimization: Raw material ratio algorithms and dynamic energy consumption control models improve key process energy efficiency by over 15%.
Comprehensive Safety Pre-warning: AI-powered inspections and equipment anomaly behavior analysis enable early risk identification, reducing incident rates.
Agile Decision Support: A digital twin platform integrating production, supply chain, and environmental data aids real-time operational decisions.

Expected Outcomes & Value

01
Significant Production Efficiency Gains: Intelligent optimization algorithms improve efficiency in key processes by over 18% and increase equipment utilization by 25%, substantially boosting capacity utilization through real-time data analysis and process optimization.
02
Effective Energy Cost Reduction: Dynamic energy consumption control models help clients reduce energy usage by 12–15%, cutting annual energy costs by over 20%. Intelligent inspection systems lower O&M costs by 30% by reducing manual checks.
03
Precise Safety Risk Prevention: Production safety early-warning models achieve over 95% accuracy with a 90% early detection rate for major risks. AI video analysis enables real-time identification of hazardous behaviors, reducing incident rates by 40%.
04
Intelligent Equipment Maintenance: The predictive maintenance system provides equipment failure alerts 7 days in advance, shortening repair response time by 60%. Full lifecycle management extends equipment service life by over 15%.
05
Data-Driven Decision Optimization: The industrial data platform achieves 100% online production data, improving decision efficiency by 50%. Digital Twin technology enables real-time process parameter optimization, increasing product qualification rates by 8%.
06
Shortened Investment Payback Period: Intelligent upgrade projects see average payback periods shortened to 18 months, with overall operational costs reduced by 25%. Modular solutions lower upfront investment and improve capital efficiency.

Core Capabilities & Advantages

Intelligent Production Optimization System

Built on an industrial internet platform, this system creates a smart optimization framework covering the entire production process. It collects real-time equipment operation data, process parameters, and energy consumption metrics, using AI algorithms to establish multi-objective optimization models for automatic process adjustment and refinement. The system dynamically tunes production parameters based on raw material properties, equipment status, and environmental factors, maximizing capacity utilization and minimizing energy consumption while ensuring product quality.

Smart Production Safety Monitoring Platform

This platform establishes a comprehensive safety risk perception and early-warning system. Deploying a network of intelligent sensors, it monitors hazardous source conditions in real time. Combined with intelligent video analytics, it provides full oversight of personnel behavior, equipment operation, and environmental safety. Utilizing risk assessment models, it automatically identifies potential hazards, distributes tiered alerts, and offers emergency command decision support, significantly elevating corporate safety management.

Supply Chain Collaboration & Optimization System

An end-to-end digital supply chain management platform integrates data from supplier management, inventory control, and logistics. It employs big data analytics to accurately forecast market demand and intelligently formulate production plans and inventory strategies. An EDI (Electronic Data Interchange) platform enables efficient collaboration with suppliers, optimizing resource allocation, reducing operational costs, and accelerating market response.

Equipment Health & Energy Efficiency Management Platform

This platform innovatively combines equipment management with energy efficiency optimization. A predictive maintenance model forecasts potential equipment failures and intelligently schedules maintenance. Simultaneously, it creates a comprehensive energy consumption overview for granular efficiency management. By analyzing data to identify optimization opportunities, it provides continuous energy-saving improvement strategies, achieving dual enhancement of equipment reliability and energy efficiency.

Implementation Path & Value Return

Modular Architecture Design
Adopts an industrial internet platform architecture. Utilizes microservices and a technical middle platform to enable flexible combination of functional modules, supporting on-demand deployment and rapid scaling.
Phased Implementation Strategy
Develops a customized implementation roadmap based on the client's current state. Progresses in stages from data collection to intelligent applications, ensuring steady project rollout.
Continuous Operational Support
Provides 24/7 operational and maintenance support, along with regular system optimizations and functional upgrades, ensuring long-term, stable system performance.
Investment Return Analysis
Conducts detailed cost-benefit analysis to help clients clarify ROI expectations and maximize the value of their digital transformation.

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