PrometheusCore

GALLERY OF EXAMPLES OF PROJECTS

TECHNOLOGIES USED

Endless possibilities for one right decision

PromCore in numbers

5 000 000

Parameters of the FEMnet neural network

288 000

Design solutions in 8 hours

847 

Users tested PromCore

10

Seconds to calculate the cost of the building on the concept

3

Neural networks offer options 

FEMnet

FEMnet neural network is a neural network that replaces the finite element method at the concept stage:
🔹The speed of the neural network in finding the SSS is up to 100,000 times faster than the classical finite element method.
🔹The neural network model is ahead in speed, accuracy and application function of all existing developments of specialists from Stanford, MIT, Oxford, Cambridge, Xinhua, etc.
🔹The calculation time of the model of 79,332 finite elements is 1.1 seconds
🔹The engineer can experiment with design solutions in real time
🔹5,000,000 neural network parameters

SmartPylon

The SmartPylon neural network performs the function of arranging pylons on an architectural floor plan:
🔹 The neural network consists of 500,000 parameters
🔹 The speed of generating 1 option is 0.9 seconds
🔹 The neural network was trained on examples made by experienced designers
🔹 The tool has a two-way connection with Revit

CSM

CSM - Cone Subtraction Method, the method is described in more detail at the link. This method determines the load areas of vertical structures:
🔹 The method gives no more than 10% difference with the efforts found using FEM
🔹 The generation speed of 1 option is 0.01 seconds

NVIDIA GPU

All neural network calculations in the PromCore program are performed on the core of the graphics accelerator. Neural networks are trained and tested in decision making on Nvidia video cards.

DEEP LEARNING

Neural network models are based on deep learning and are trained on millions of data points collected using classical design methods such as finite element methods, manual pylon placement, etc. The training process takes months and involves the creation of hundreds of different neural network architectures (genotypes), which allows for high accuracy and reliability.

The geometric and mathematical core of the program embodies a fundamentally new approach to working with highly detailed structural BIM models:
🔹 Processing models with tens of billions of polygons without losing a comfortable frame rate
🔹 Multi-threaded processing of geometric transformations to ensure smooth work with models
🔹 Performance optimization for Nvidia video cards from the 1000 series and above, ensuring high efficiency on mid-range systems
🔹 The first BIM program that uses the capabilities of a PC to its full capacity, using all resources for maximum performance

 

 

 

 

PromCore core

WHAT CAN PROMCORE DO?

 

  • Preliminary static calculation

  • Preliminary dynamic calculation

  • Automatic placement of pylons on the architectural plan 

  • Automation of pile field layout

  • Automation of pylon design selection

  • Automation of reinforcement placement in slabs

  • Reinforcement and concrete schedule

  • Performance indicators of Structural Solutions

  • Bidirectional integration with Revit

  • Automation of Value Engineering

  • Automation of modeling for Spatial and Structural Planning

 

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