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formyx engineers precision through a carefully curated ecosystem of industry-leading software, platforms, and digital technologies. Our toolkit spans the entire project lifecycle—from early concept design and BIM authoring to coordination, visualization, reality capture, automation, construction intelligence, and digital twin–enabled facility management.
By combining best-in-class tools from Autodesk, Trimble, Bentley, Epic Games, Unity, ESRI, and leading visualization and analysis vendors, we deliver coordinated, constructible, and data-driven outcomes for architects, engineers, contractors, owners, manufacturers, and subcontractors.
These tools form the backbone of our model-based delivery and multidisciplinary coordination workflows.
Autodesk Revit (Autodesk)
Used for architectural, structural, and MEP BIM authoring, parametric modeling, documentation, and coordinated trade-specific models across LOD 200–500.
AutoCAD & Civil 3D (Autodesk)
Supports 2D drafting, construction drawings, civil infrastructure modeling, grading, roadways, and site utilities—often serving as the foundation for CAD-to-BIM conversions.
Rhinoceros 3D (Robert McNeel & Associates)
Enables advanced geometry modeling, complex forms, and conceptual massing—especially valuable for façade systems and non-standard architectural geometries.
SketchUp (Trimble)
Used during early design phases for rapid massing, spatial studies, and conceptual visualization before formal BIM development.
Bentley MicroStation & OpenBuildings (Bentley Systems)
Applied on infrastructure-heavy and owner-driven projects requiring Bentley-native BIM, civil, and asset lifecycle workflows.
These tools allow us to automate workflows, improve consistency, and enable design intelligence.
Dynamo (Autodesk)
Visual programming for Revit automation—used for parametric modeling, batch model updates, automated schedules, and data extraction.
Grasshopper (Robert McNeel & Associates)
Advanced computational design and generative modeling platform—used for façade optimization, rule-based geometry, and BIM-linked automation.
Python, C#, API Development
Custom scripting and plugin development to create project-specific automation, BIM tools, ERP integrations, and digital workflows.
These platforms ensure constructibility, coordination, and multi-trade alignment.
Navisworks Manage (Autodesk)
Used for clash detection, 4D sequencing, construction simulation, and coordination review across architectural, structural, and MEP trades.
Solibri (Trimble)
Rule-based BIM checking, QA/QC validation, code compliance reviews, and model health audits.
Revizto (Revizto SA)
Issue tracking, cloud-based coordination, and real-time collaboration across distributed project teams.
BIM 360 / Autodesk Construction Cloud (Autodesk)
Common Data Environment (CDE) for document control, model sharing, coordination workflows, and field collaboration.
These tools enable high-impact visual communication and immersive experiences.
3ds Max (Autodesk)
Photorealistic rendering, lighting, materials, and animation for design visualization and marketing deliverables.
V-Ray (Chaos)
High-fidelity rendering engine used for architectural visualization, interiors, exteriors, and product visualization.
Twinmotion (Epic Games)
Real-time visualization and rapid rendering—ideal for client presentations, walkthroughs, and design reviews.
Lumion (Act-3D)
Fast architectural visualization platform for landscapes, context modeling, and animated walkthroughs.
Unreal Engine (Epic Games)
Game-engine–based visualization, interactive environments, and immersive VR experiences.
Unity (Unity Technologies)
Used for interactive simulations, AR/VR applications, and web-based or headset-based virtual learning environments.
These tools support as-built verification, progress tracking, and digital twin foundations.
Leica Cyclone / BLK (Leica Geosystems)
Laser scanning (LiDAR) processing and point-cloud management for Scan-to-BIM workflows.
FARO Scene (FARO Technologies)
High-precision point cloud processing for renovation, retrofit, and existing-conditions modeling.
Matterport (Matterport Inc.)
360° site capture and virtual tours for documentation, coordination, and remote site access.
DroneDeploy / Pix4D (Pix4D SA)
Aerial mapping, photogrammetry, orthomosaics, and volumetric analysis using drone data.
RealityCapture (Epic Games)
High-accuracy photogrammetry for mesh generation and reality-based modeling.
ArcGIS (Esri)
Geospatial analysis, site context modeling, infrastructure mapping, and BIM-GIS integration for large-scale projects.
QGIS (Open Source)
Open-source GIS platform used for spatial data analysis and urban planning workflows.
These platforms support schedule- and cost-integrated BIM delivery.
Primavera P6 (Oracle)
Construction scheduling and project controls integrated with BIM for 4D simulations.
Microsoft Project (Microsoft)
Schedule planning and sequencing for small- to mid-scale projects.
CostX (Exactal)
Model-based quantity take-offs and cost estimation directly from BIM models.
These tools extend BIM beyond construction into operations and asset lifecycle management.
Autodesk Tandem (Autodesk)
Digital twin platform for asset data management and FM handover.
Archibus / Maximo (IBM)
Facility management systems integrated with BIM and asset data.
COBie & Asset Data Standards
Structured data delivery for operations, maintenance, and long-term facility management.
At Nformyx, we actively integrate AI-driven and next-generation technologies into our workflows.
AI-assisted model checking & QA/QC
Computer vision for progress tracking
AI-powered quantity validation
Robotics & automation integrations
Digital twin–enabled decision intelligence