Unlocking Circularity

Revealing the potential
of built structures

Unlocking Circularity

Revealing the potential
of built structures

orto is an interdisciplinary specialist in the digitalization and assessment of built structures.

Using technologies for analysis and digital modelling, we reconstruct and visualise existing data to enable sustainable development.

Since 2022, we have been fostering collaboration in 3D inventory models with orto space, allowing precision where it matters most — at the very start of a project.

KDL

37.800m2

Vollgut, Kindl Brewery Berlin

  • 3D as-built survey
  • Component segmentation
  • Project integration in orto space
  • Point cloud integration in CAD workflow

HAFF

4.860m2

Prefabricated building WBS70, Stettiner Haff

  • 3D as-built digitisation
  • Component segmentation
  • Implementation of orto workspace
  • Potential analysis & marketing concept
  • BIM modelling
  • Creation of completion plans

ARS EN

977m2

Arsenal, silent green, Berlin Wedding

  • 3D laser scanning and data preparation
  • Integration into the orto workspace
  • Point cloud integration in CAD workflow
  • Creation of 3D BIM model

We can't afford not to do it.

  • Research
  • Phase 0

    • Phase 0

    Federal Ministry of Economics and Climate 2025

    Digitalisation of Construction Analysis
    Education and Industry

    2025-2026

    Duration

    • Knowledge Transfer from Building Research for Education and Industry

    • Digitalization of Physical Measurement Methods

    • Potential of Building Surveys for Phase 0

    • Didactic Delivery of Building Analyses for Education and Industry

    Funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK), the Faculty of Digital Heritage Technology at HAW Coburg is collaborating with orto and the digital agency LUCID to develop a platform solution for education.

    The goal is to synchronize digital nodes, enabling early access to construction analysis and evaluation for both industry professionals and educators in phase 0.

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