Naue Platform – Intelligent software for safe and economical design of working platforms

Efficient planning, safe construction – your software solution for temporary working platforms on challenging ground.

The Naue Platform Software enables quick and user-friendly design of temporary working platforms on soft subgrade soils based on the recognized BR470 design approach.

By considering project-specific construction equipment loads and soil parameters, the software determines the optimum base course thickness. An integrated comparison between reinforced and unreinforced structures highlights potential savings in base course aggregate, thus providing a sound basis for design.

Scientifically validated performance data for Secugrid® and Combigrid® geosynthetics ensure safe, economical and sustainable design of temporary working platforms, even on ground with poor bearing capacity.

Your advantages

With the Naue Platform, you benefit from fast, reliable calculations based on the proven BR470 method, delivering safe, economical and sustainable working platform designs. Reduce material usage, cut project costs and lower CO₂ emissions – all while ensuring maximum safety and efficiency for your construction projects.

Safe Design

Optimise the design of temporary working platforms based on scientifically validated product performance data – for reliable design even on soft ground.

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Economic Design

Reduce base course thicknesses in a targeted manner by using geosynthetics and achieve material, time and cost savings while maintaining the same level of safety.

Flexible use

Use the calculator anytime, anywhere via the Naue Portal for flexible and efficient planning of your projects.

Design faster, build smarter

Accelerate your planning process with optimised BR470-compliant designs that reduce complexity and increase efficiency.

How this software improves your working platform construction projects

Naue Platform - Design Tool for Working Platforms

Optimised design, maximum performance

The Naue Platform Calculator integrates Secugrid® and Combigrid® geosynthetic materials to ensure safe and economical design of temporary working platforms.

  • Efficient base course design: Minimises material requirements while maintaining safety (compared to unreinforced structures).

  • Proven Design Method: Uses the recognized BR 470 calculation model for tracked construction equipment operating on cohesive subgrade soils with poor bearing capacity.

  • Reliable Stability: Considers tested and verified performance characteristics of Secugrid® and Combigrid® geosynthetic materials for safe foundation work.

Lower costs, higher efficiency

Optimise your temporary working platforms with precise calculations that minimise material usage while reducing the risk of accidents.

  • Material savings: Reduce the thickness of the base course without compromising safety.

  • More cost-effective planning: Compare the savings with conventional (unreinforced) methods.

  • Faster construction: Reduce construction time with lower base course thicknesses and no need for time-consuming soil exchange.

Lower costs, higher efficiency Optimise your temporary working platforms with precise calculations that minimise material usage while reducing the risk of accidents.
Screen shot of the Naue Platform – Intelligent software for safe and economical design of working platforms

Sustainable and cost-effective construction of temporary working platforms

Use geosynthetics to protect the environment and efficiently reduce project costs.

  • Lower CO2 emissions: Reduced material usage reduces transport costs and lowers project costs.

  • Resource efficiency: Intelligent construction with minimal use of natural resources.