From
3D Reconstruction
for the Built World.
Digitising legacy infrastructure through iOS LiDAR scanning. Utilising Swift, we bridge the gap between physical spaces and high-fidelity digital models, providing the perfect foundation for analytical modelling and sustainable retrofitting
LIDAR-powered precision
From iPad Pro to Production-Ready BIM Models.
A three-stage 3D reconstruction pipeline — from on-site iOS LiDAR capture to cleaned point-cloud geometry, ending in BIM-grade IFC, Revit, and Navisworks exports — with QA checkpoints your AEC team can confidently sign off on.
Rapid field scanning
Swift-native LiDAR capture workflows on iPhone Pro and iPad Pro — delivering millimeter-class geometry with ARKit-grade tracking for repeatable, reliable site coverage. Scan retail spaces, commercial sites, or legacy buildings in minutes, not hours.
Point cloud processing
Professional point cloud registration, noise rejection, and mesh extraction that preserve the structural edges AEC inspectors actually care about — not over-smoothed, toy-grade surfaces. Built for real-world MEP, structural, and architectural inspection workflows.
Legacy-to-BIM conversion
Topology cleanup and intelligent classification so your scan data lands cleanly in IFC, Autodesk Revit, or Navisworks — with predictable layer structures, deliverable naming conventions, and BIM-ready geometry your team can build on immediately.
Overlay Your Dream on Top of
our Code.
Analytical specialisation
Deep Analytics.
Sustainable Solutions.
Specialised 3D reconstruction workflows for retrofit planning, simulation handoff, and automated floor plan generation — grounded in dense, LiDAR-powered spatial truth.
Reconstruct legacy structures into LiDAR-accurate digital modelsready for modern green energy integration. Enable precise retrofit planning — from HVAC route optimisation and solar panel load calculations to insulation upgrades and energy efficiency audits.
GREEN ENERGY · RETROFIT · BIMHigh-fidelity simulation-ready models for airflow, thermal cooling, and structural integrity analysis. Feed your reconstructed 3D models directly into CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis) pipelines for engineering-grade AEC analysis.
CFD · FEA · SIMULATIONAuto-generate precise 2D and 3D floor plans directly from iPad LiDAR scans. Room boundaries, wall thicknesses, MEP routes, and structural beams are auto-classified and exported to DXF and PDF formats in minutes — ready for CAD and BIM workflows.
AUTO-CLASSIFY · DXF · PDFGlobal identity
Built in Bharat,
Delivered Globally.
Proudly engineered in Bharat — delivering complex 3D reconstruction and AR BIM solutionsthat move global industries forward. Our team blends 10+ years of corporate leadership with 3+ years of focused Shivlam innovation — building LiDAR-powered AEC tools that rival international benchmarks.
“We bridge the gap between physical reality and high-fidelity digital models — one LiDAR scan at a time.”
Let's Construct!
Tell us what you want
to build.
A short brief is enough. We will come back with scope, timeline and a real estimate.
FAQ
What teams ask before commissioning a 3D capture.
What is 3D reconstruction?
Turning photographs or scans of a real place or object into an accurate 3D model — used for AEC documentation, product visualisation, and AR content.
What do you need from me to start?
Either a set of photographs or video of the subject, or access to capture it ourselves. For buildings, existing drawings help but are not required.
What formats do you deliver?
Meshes in OBJ, FBX, GLB or USDZ, point clouds in E57 or LAS, and Gaussian splats where photoreal review matters more than a clean mesh. We match the format to your pipeline.
How accurate are the models?
Accuracy depends on capture method and conditions. Photogrammetry from a careful capture is typically good enough for design review and AR; survey-grade work needs laser scanning, which we will tell you up front.
How long does a scan take to process?
A single room or object is usually turnable in a day or two. A full building depends on capture size — we give you a figure once we have seen the source material.
Can the output be used in an app?
Yes. That is the common case: we optimise the model for real-time use so it loads and runs on a phone or headset rather than only in desktop software.