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Development of IoT-Enabled Waste Management System for Sustainable Industrial Vehicles

scalosoft.com

Automotive

Environmental Services

Manufacturing

Challenges in Legacy Systems and Sustainability Compliance

Existing software lacks IoT connectivity and modern capabilities, leading to inefficient waste management processes, non-compliance with evolving safety regulations, and missed opportunities for environmental impact reduction through automation and energy optimization.

About the Client

Manufacturer of waste collection vehicles with global operations, focused on environmental sustainability through technological innovation

Modernization and Sustainability Goals

Develop a next-generation IoT-enabled software platform for waste collection vehicles
Integrate smart sensors and machine learning for process optimization
Ensure compliance with ISO/IEC/EC safety standards
Reduce environmental impact through energy-efficient system design
Establish a V-Model-based software development process

Core System Capabilities

Real-time sensor data acquisition and processing
IoT communication architecture for fleet connectivity
Machine learning algorithms for route optimization
Automated compliance reporting module
Energy consumption monitoring and optimization

Technology Stack Requirements

CANopen

Linux

C++

CodeSys

GitLab

XRay

System Integration Needs

Industrial IoT platforms (e.g., AWS IoT, Azure IoT)
Machine learning frameworks (TensorFlow, PyTorch)
Regulatory compliance systems
Fleet management software

Performance and Quality Attributes

Real-time processing capabilities (<100ms latency)
High system availability (99.99%)
Data security compliance (ISO 27001)
Scalable architecture for 20+ country operations
Energy efficiency certification compliance

Expected Business and Environmental Impact

Projected 30% improvement in fuel efficiency and waste processing rates through optimized routing and energy management, 40% reduction in compliance-related incidents, and enhanced market position as a leader in sustainable industrial vehicle technology with scalable IoT-enabled solutions.