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AIGE Solution

Platform

Five modules connect 500+ industrial software tools across CAD, CAM, CAE and EDA, running modeling, programming, simulation and drawing production as one sequence. Workflows that take several engineers days of coordination, completed by one person from one instruction.

  1. 01Execution AgentTask breakdown · Software orchestration
  2. 02Software ConnectorsAPI · MCP · Scripts and macros · UI automation
  3. 03Industry Workflow Library8 industries · 400 workflows
  4. 04Knowledge BaseStandards · Templates · Tool libraries
  5. 05WorkbenchSubmit · Progress · Outputs
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Product structure

Five modulesFrom one instruction to output files

The execution agent draws on the workflow library and knowledge base, operates industrial software through the connectors, and the outputs are downloaded from the workbench.

01

Execution Agent

Breaks the task down, determines the software and order for each step, and runs the whole workflow in sequence.

02

Software Connectors

One connector per software tool. Open files, read the model tree, modify parameters, run simulations, export results.

03

Industry Workflow Library

8 industries, 400 preconfigured workflows. Steps, software and output formats are already set up and ready to use on activation.

04

Knowledge Base

Company standards, templates, title blocks and layers, tool libraries, post-processors, past projects. Drawings and programs follow company standards.

05

Workbench

Submit tasks, track progress and download output files in the browser, with a full activity log.

Core capabilities

Six core capabilitiesThe whole workflow runs inside the industrial software

Reads and writes models, runs simulations and produces drawings directly, replacing cross-professional coordination between several roles and producing ready-to-use engineering files.

CNC machining
01

Native operation of industrial software

Reads and writes model data inside the software and calls its commands and solvers directly.

Industrial robot arm
02

Cross-professional software orchestration

Several software tools chained into one workflow; models, parameters and results pass between them automatically.

Aerial view of a solar plant
03

Industry workflow library

Steps, software and output formats preconfigured by industry, ready to use on activation.

Structural steel construction
04

Company knowledge retained

Standards, templates and past projects are retained as company standards.

Automotive production line
05

Batch and parallel

Multiple tasks run in parallel, including overnight batch processing.

Circuit board
06

Multi-model support

Large language models are connected to suit the deployment environment; offline environments use local models.

Software connection

Four connection layersSoftware without an open interface works too

One connector per software tool. API and MCP are used first, then the software's own scripts and macros, and finally UI automation.

  1. 01

    APIPreferred

    Calls the software's open interface to read and write models, parameters and layers directly.

    SOLIDWORKS APIRevit API
  2. 02

    MCPPreferred

    Connects to the vendor's MCP service and calls software functions directly.

    MATLAB / SimulinkCOMSOLdSPACE
  3. 03

    Scripts and macrosWhen no interface exists

    Performs operations through the software's own scripting and macro facilities.

    AutoLISPVBANX OpenPython add-ins
  4. 04

    UI automationWhen nothing else is supported

    Operates menus, dialogs and keyboard shortcuts through the software's user interface.

    MenusDialogsShortcuts
CNC lathe
Software connectorsFive basic operationsEvery connector provides the same set of operations, which the workflow calls step by step.

Data flow

Engineering data flows automaticallyExport, format conversion and import are all handled automatically

Models, drawings, point clouds and test data are passed in the format the next software tool needs, so the workflow runs without interruption.

First applications

8 applicationsEach application replaces a multi-role workflow

From input files to output files, days of coordination completed in one pass.

Technical foundation

Why this is possible nowSoftware interfaces are open and large language models can parse engineering language

Open interfaces in industrial software

MathWorks, COMSOL and dSPACE have opened MCP interfaces for their own software.

Large language models parse engineering language

Large language models can parse drawing annotations, code clauses and simulation logs.

Chained by industry workflow

Spare chains these interfaces by industry workflow, so days of multi-role coordination are completed from one instruction.

Deep customization and integration

Customized to the company's workflowsIndustry, discipline, internal standards and actual working practice

Connects the company's own software, templates and company standards. Processes beyond the 400 preconfigured workflows can be customized as well.

Company configurationKnowledge base
  • Company softwareIn-house tools · Niche softwareConnected
  • TemplatesReports · Drawings · SchedulesConnected
  • Title blocks and layersDWG · DXFConnected
  • Tool libraryTools · Cutting parametersConnected
  • Post-processorsMachines · ControlsConnected
  • Company standardsInternal standards · Industry codesConnected
  • Past projectsModels · Drawings · ReportsConnected

Custom workflow

  1. Inputpart-model.step
  2. Company configTool selection from library
  3. Company configCompany post-processor
  4. Output fileO1001.nc

Customized to the company tool library and post-processor

  1. 01Map the workflowSteps, software and files
  2. 02Connect software and standardsCompany software, templates and company standards
  3. 03Customize the workflowOrchestrated to internal standards
  4. 04Pilot run and go livePiloted on real tasks
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AIGE Solution
AI-Generated Engineering

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