LEAPS connects architectural input, structural analysis and optimisation, structural detailing, fabrication planning, and construction execution into an integrated digital workflow—eliminating data discontinuity from model development to site erection.
Watch how LEAPS connects structural analysis, 3D frame modeling, assembly detailing, sequence-driven cutting optimisation, and site erection tracking.
Conventional construction suffers from systemic fragmentation across phase boundaries—leading to repeated data entry, high material variance, and costly disconnects between engineering design and site erection.
Engineering analysis, 3D modeling, connection detailing, cutting preparation, and site tracking operate in isolated software silos. Frequent data translation leads to manual transcription errors, drafting loops, and cascading project delays.
Structural materials represent a substantial share of total project expenditure. Because operational complexity scales with material volume and variance, unoptimised framing compounds procurement friction, shop handling, cutting waste, logistics variance, and erection labor.
Late engineering adjustments struggle to propagate cleanly to shop cut lists and site delivery sequences. Detailing backlogs, material shortages, and uncertain site stocking cause crane idling and prolonged erection timelines.
LEAPS replaces brittle point-to-point file exchanges with a unified digital thread that preserves structural intelligence from early analysis through to site erection.
Structural members, nodes, and standardized connection parameters are structured in a consistent computational model—reducing manual re-entry and data loss as projects move from analysis into detailing and fabrication planning.
Standardized connection jigs, 3D solid assembly previews, and rule-based drafting engines generate detailed DXF draft drawings with component dimensions, bill of parts, and quality checklist templates ready for review and release.
Sequence-driven plate nesting minimises cutting scrap, while digital stocking and erection trackers provide structured visibility into transport logistics, stock locations, and installation milestones.
The LEAPS platform consists of operational software modules spanning analysis, detailing, fabrication, and site execution. Each module’s verified maturity is shown below.
Structural analysis, optimisation, and architectural model development.
Ingests architectural CAD/DXF data to identify spaces, wall boundaries, and grid lines. Features an interactive WYSIWYG 3D frame editor with deterministic grid snapping, node authoring, global frame analysis, and D/C utilization checks.
Structural detailing, assembly management, and drawing generation.
Centralized M3 Cockpit managing assemblies, projects, and standardized connection jigs. Features an interactive 3D solid viewer for twin-web box-I assemblies, plate geometries, gussets, and stiffeners, with automated DXF draft drawing generation and structured release workflows.
Fabrication planning, cutting optimisation, and production workflows.
Sequence-driven cutting optimiser providing 2D plate nesting, yield calculation, and remnant tracking. Manages shop-floor station pipelines from material unloading and cutting to drilling, beam formation, and fit-up.
Construction tracking, stocking logistics, and erection tracking.
Tracks structural elements across site milestones (Receipt → Stocking → Preparation → Erection → Inspection). Includes a Site Stocking Tracker with transport / lorry numbers, stock zones, and milestone-based erection progress dashboards.
Inspect the actual interfaces of the LEAPS software suite across analysis, detailing, fabrication, and site execution.
Project overview and analysis execution ledger tracking validated spaces, columns, walls, and architectural grids with execution run latencies.
Full 3D framing model showing 486 nodes across 11 levels, node coordinate authoring, deterministic grid snapping, and incident member management.
Project-wide assembly tracking across levels and sequences, paired with a library of standardized connection jigs and fastener specs (M20, M27).
Generation of detailed DXF draft drawings featuring assembly top and side views, component part dimensions, bill of parts, title block, and quality checklist templates for engineer review and release.
Station pipeline tracking material receipt, cutting, drilling, beam formation, and fit-up with operational shortage alerts and PO readiness.
Interactive plate nesting visualization showing yield percentage (69.6% yield on plate), part placement, offcut calculations, and DXF export.
Progress metrics tracking elements through Receipt, Stocking, Preparation, Erection, and Inspection with completed vs pending erection counts.
Element-by-element delivery tracking recording site stock zones (Z-01, Z-02), transport / lorry numbers, event dates, and stock release states.
LEAPS distinguishes software capabilities that are implemented and operational today from future roadmap integrations and extensions.
| Module | Domain | Current Maturity | Implemented Capabilities | Planned Future Enhancements |
|---|---|---|---|---|
| M1.2 | Structural Analysis & Optimisation | MVP ready | Architectural DXF ingestion, space validation, 3D frame editor, node authoring, deterministic analysis runs. | Automated multi-objective member weight optimisation algorithms. |
| M3 | Structural Detailing | Beta tested; production ready | Assemblies cockpit, 3D solid viewer, standardized jigs database, automated DXF draft drawing generation with title blocks. | Expanded international connection types and multi-building batching. |
| M4 | Fabrication | MVP ready | Sequence-driven cutting optimiser, 2D plate nesting, yield calculation, remnant tracking, manufacturing station pipeline. | Direct CNC machine postprocessor drivers and automated machine scheduling. |
| M5 | Construction Execution | MVP ready | Multi-stage erection tracking, Site Stocking Tracker with lorry/transport #, element master grid with CSV import, progress dashboards. | Planned mobile PhotoDoc visual verification and automated site issue ticketing. |
| M2 | Structural BIM Integration | Planned Integration | Underlying architectural CAD/DXF data model synchronization in M1.2. | Bidirectional IFC/Revit structural BIM spatial synchronizer. |
We welcome inquiries from structural engineering firms, steel fabricators, general contractors, and technology partners interested in our computational platform.
Official website: https://leaps.co.in • Inquiries answered directly by the engineering team.
