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OUR PLATFORM DESIGN

Browser-Native Architecture

High-performance engineering kernels pre-compiled to run within sandbox memory containers. Secure, deterministic, and 100% cloud-isolated.

WebAssembly Compilations

We compile C++ solid-modeling kernels and mathematical routines directly to WebAssembly (.wasm) bytecodes. Browsers execute them at near-native speeds on user devices.

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OpenCascade Geometry Engine

By porting industrial OpenCascade libraries directly to browser environments, estimators can rotate, inspect, and evaluate B-Rep geometries on any web page.

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Local SQLite Database

Instead of maintaining complex cloud database structures, user credentials, audit trails, and parameters are stored inside secure, encrypted SQLite files on-site.

EXPLAINABLE AI ENGINE

Transparent Mathematical Models

Industrial engineering requires absolute predictability. Standard neural networks act as black boxes, making certifications difficult. Digiladder uses explainable mathematical models to verify tolerances.

Full trace-path logic for tolerance stack checks.
Auditable decision checklists generated for manufacturing processes.
No random weight shifts; calculations are completely deterministic.

Deterministic Inference Logic

GEOMETRY INGESTION

Step files are read into local thread buffers using WASM memory blocks.

ALGORITHMIC SEGMENTATION

Solid modeling routines identify planes, holes, cylinder nodes, and bends.

TOLERANCE MATCHING

DFM rules analyze geometry clearances, producing an audit log in milliseconds.

INTERACTIVE PIPELINE

Browser-Native Capability Pipeline

Hover or click on pipeline stages to explore how our localized stack structures digital twin operations.

1. CAD Import

2. Feature Recognize

3. DFM Scan

4. Cost Compute

5. Offline AI

6. Auto Certification

7. Knowledge Graph

8. Local Twin

Hover over any pipeline step above to trace operational logic flow details.

Standard Execution Timeline

Six clean operational steps to deploy deterministic intelligence locally.

01
Import

Drop native files into browser.

02
Analyse

Auto-segment design boundaries.

03
AI

Compute costing arrays offline.

04
Review

Audit DFM alerts & flags.

05
Approve

Apply cryptographic stamp signatures.

06
Deploy

Send validated data to shops.

Underlying Architecture

Pre-compiled engines powering browser-native computing environments.

Offline AI

Deterministic inference engines running directly on-device.

Knowledge Graph

Local SQLite-backed parameter storage and query systems.

Browser Native

All computation happens inside the browser sandbox.

OpenCascade

Industrial B-Rep geometry modeling engine ported to WASM.

WebAssembly

C++ kernels compiled to run at near-native speed in browsers.

SQLite

Flat local database stores credentials and parameters on disk.

Digital Twin

Real-time virtual replica of physical manufacturing assets.

Explainable AI

Traceable mathematical models instead of opaque neural networks.

Begin your secure AI journey today.

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