Transform complex Python scripts, engineering models, and spreadsheets into secure, interactive web applications.
Overview
VIKTOR is a cloud-hosted low-code development platform and Python web framework engineered specifically for structural, civil, and mechanical engineering teams. The software empowers technical specialists to package calculation logic, Grasshopper scripts, and automated workflows into user-friendly web apps complete with 3D visualization canvases, interactive GIS mapping layouts, and native software connections—allowing organizations to share tools broadly without local configuration struggles.
Founded year:2017
Founder:Peter de Jong, Wouter Rosing
Team size:11-25
Popularity:Extensively deployed across dominant global building engineering firms, contractor agencies, and infrastructure design operations.
HQ:Rotterdam, Netherlands
Status:Active
Funding status:Funded
Revenue source:Subscriptions
Customer type:B2B
Funding:Sustainably scaled through venture capital capitalization rounds and international corporate enterprise licenses.
VIKTOR was built by a collaborative group of infrastructure developers and programming advocates who realized that vital technical code frequently remains isolated on individual desktops inside messy scripts or unmonitored Excel sheets. To solve this, they constructed a centralized web framework capable of turning expert code into modular web programs that any colleague could safely deploy.
What it does
Converts raw Python scripts and desktop calculation sheets into web interfaces automatically
Provides over thirty pre-built UI components including tables, interactive maps, and input panels
Visualizes structural geometries, digital twins, and IFC building elements inside an inline 3D canvas
Integrates third-party engineering design engines like ETABS, STAAD.Pro, and Autodesk Platform Services
Generates professional reporting documentation in Word, Excel, and PDF formats dynamically
Who it's for
Structural Engineers
BIM Managers
Civil Engineering Consultants
Data-Driven Construction Teams
Computational Designers
Why it works
Python-Native Interface: Constructing complex interactive layouts using clean Python code eliminates the need to learn heavy front-end stacks
Specialized Visual Elements: Built-in 3D viewers and spatial mapping dashboards accommodate complex engineering coordinate assets out of the box
Legacy Automation Hooks: Connecting fragmented local calculators directly to cloud environments prevents errors caused by disjointed copy-pasting