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The Spetia Lab

Research &
Development.

We research AI, automation, and reality-capture workflows around defined engineering problems. Any client use is governed by the project inputs, validation method, data rules, human review, and acceptance criteria.

AI-Driven WorkflowsIn-House ProductsDigital Twins
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Research Focus

Where we push the edge.

Applied engineering R&D, focused on the problems that slow real projects down and the technology that removes them.

Curved timber lattice with a repeating structural pattern
01

Generative & Computational Design

We test ways to compare design options using agreed cost, performance and material targets. The project team reviews the results and chooses the design.

Laser-scan cutaway showing the rooms and walls of Tudor Place
02

AI Scan-to-BIM

We are testing how computer vision can help classify scans and images. Engineers still check the model, its accuracy and whether it meets the agreed requirements.

Building-services model with pipework, equipment and structural elements
03

Automated Clash Detection

We test rules and machine learning to sort coordination issues. An engineer reviews which clashes matter and what needs to change.

Source code displayed on a laptop screen
04

Workflow Automation & Revit Plugins

Our plugins and scripts help with repeated modeling, sheet setup and checking tasks. We test them against the project workflow before use.

Textured reality-capture model of a building and its surroundings
05

Digital Twin Intelligence

We explore ways to connect approved sensor data to asset models. Any project needs a clear data source, a useful operating question and agreed security controls.

Laptop displaying analysis code, charts and a data table
06

Predictive Engineering Analytics

We test data models that help teams review quantities, cost drivers and project risks. The assumptions stay visible so engineers can check the results.

Image: Tudor Place interior laser scan, CyArk, CC BY-SA 3.0. Resized and cropped. Not a Spetia project.

Product Portfolio

Software we built.

Beyond services, we develop purpose-built software from concept and engineering through deployment, with product status and scope confirmed during evaluation.

IMSSpetia Product

Interiors Mapping System

An application developed to structure interiors mapping and measurement workflows for real-estate teams from approved project inputs.

AutomationMobile / WebReal Estate
DTSSpetia Product

Digital Twins Software

A NeRF-based R&D engine for evaluating how approved drone footage can support 3D-mesh and digital-twin workflows.

Computer VisionNeRF3D Mesh
SigmaPSpetia Product

Large-Scale Mapping Platform

A full-stack platform developed to coordinate large-scale mapping inputs, workflow stages, review, and output preparation.

Full-StackCloudMapping
Electrical control cabinet with wiring and control components

Intelligence, engineered in.

A useful experiment becomes a controlled workflow only after its inputs, limitations, validation method, reviewer, and measurable outcome are defined.

How We Work

Innovation with
discipline.

Our lab pairs current AI with documented engineering controls: approved data handling, visible assumptions, named review, and human-led acceptance.

01

Applied, Not Academic

Experiments start with a defined delivery problem and are tested against an agreed workflow before client use is considered.

02

Project Data Rules

Approved tools, access, transfer, retention, confidentiality, and any restrictions on external model processing are documented for the engagement.

03

Human-Led

Automation supports named specialists; engineering judgement, review responsibility, and acceptance remain assigned to people.