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SS2data GmbH
Software

S2data 3D Load Space Optimization

The load space optimization of the S2data Platform stands out from other Solutions through its dynamic planning, precise 3D visualization, and consideration of complex constraints. It enables companies to make transports more efficient, avoid empty runs, and sustainably reduce both costs and emissions. The automation and integration into existing systems

S2data 3D Load Space Optimization

Overview

The load space optimization of the S2data Platform maximizes the utilization of transport capacities through intelligent consolidation, dynamic planning, and precise 3D visualization. Demands are flexibly consolidated across days or vendors to avoid empty runs and organize transports efficiently. The module takes into account complex constraints such as stackability, paired goods, load carriers, and loading and unloading conditions. A particular highlight is the 3D load planning, which considers volume, weight, and loading meters. The physical simulation visualizes the loading, identifies unused space, and generates PDF pickup sheets for vendors and drivers — ensuring that the planned optimizations are implemented operationally. Day-dynamic planning responds flexibly to production fluctuations, delivery delays, or urgent demands. At the same time, the load space optimization works closely with route and rate optimization to holistically optimize transport planning. The result: up to 30% fewer transports, reduced costs, and a significant decrease in CO₂ emissions. Thanks to its innovative UX/UI, automation, and easy integration into TMS/WMS/ERP systems, the Solution is particularly user-friendly. The load space optimization of the S2data Platform combines innovation, sustainability, and efficiency in one powerful module.

Screenshots & videos

Key facts

Features

AI Usage
AI-supported features (e.g. forecasting, optimization, image recognition)
Planning objects
Loading space
User Interface
Web-based
Deployment model
Cloud / SaaS, On-Premise
Load space planning
Loading sequence, 3D visualization
Market segment
Enterprise, Small business, Mid-market
Security & Compliance
ISO 27001, GDPR-compliant, Roles and permissions concept

Soft Facts

Soft Facts
24/7 Support

Payment models

Pricing model
Subscription / SaaS, Pay-per-use / transaction-based

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Frequently asked questions

The load space planning of the S2data Platform optimizes transports through an intelligent combination of algorithmic simulation, dynamic consolidation, and data integration. The process begins with the integration of all relevant data from ERP systems or other sources. This includes material requirements, load carrier properties such as volume, weight, and stackability, as well as logistical restrictions such as loading and unloading times, time windows, or special requirements for paired goods. This information is analyzed and processed by the platform. A key step is the consolidation of requirements, in which delivery quantities from different days or suppliers are merged to make the best possible use of available capacity. Where appropriate, requirements are brought forward to achieve optimal utilization. In doing so, the software always takes into account the "sweet spot" between material, storage, and transport costs in order to efficiently minimize total costs. A particular highlight is the physical 3D visualization of the loading. The algorithm simulates the precise arrangement of goods in the load space, taking into account volume, weight, and loading meters as well as specific requirements such as stackability or restricted zones on the loading surface. This simulation identifies unused spaces and enables maximum space utilization. Based on this, the platform generates PDF pickup sheets containing precise loading instructions — from the position of the goods to loading and unloading sequences. These sheets are forwarded directly to suppliers or drivers to ensure error-free execution. Load space planning works dynamically and adapts quickly to changes. Production fluctuations, short-notice orders, or unforeseen events such as delivery delays can be flexibly accommodated. This keeps planning always up to date and ensures maximum utilization. By minimizing empty runs, load space planning not only reduces transport costs but also CO₂ emissions and diesel consumption. It combines ecological and economic benefits by making transports more efficient, more sustainable, and more adaptable. With the combination of data integration, demand consolidation, 3D simulation, and real-time optimization, the S2data Platform takes load space planning to an entirely new level.