Design Intelligence
buildmore.ai / generate
Brief → Construction Drawings
Natural language → DWG · IFC · BOQ
Strictly confidential · 34 core modules · 150+ sub-systems
The construction industry is broken.
Buildings collapse because nobody tracked carbonation for thirty years. Bridges fail because nobody watched the scour through the monsoon. These are information problems.
24/7Site monitoring
- 34
- Core AI modules
- 150+
- Sub-systems
- 500+
- IS codes digitised
- 48
- Month roadmap
Start with a proven stack · 8 intelligence layers
Pick a proven stack. Run it on your site.
Five to ten optimised design alternatives, generated before your coffee gets cold.
Explore Modules 1–401/08
Drag · Scroll · ← → keys
The scale of the problem
Buildings literally collapse. Workers die. Every single day.
Construction accounts for 13% of global GDP yet remains one of the least technologically advanced sectors on earth. Projects run 20% over budget, 80% are delivered late, and productivity has barely improved in fifty years.
$1.6T
wasted globally each year
Rework, inefficiency and poor quality across a $13.5 trillion industry.
38
fatal site accidents a day
Construction records the highest workplace fatality count of any Indian sector.
20%
average budget overrun
And 80% of projects are delivered late. Material wastage runs 15–25%.
59%
of India is earthquake-prone
Only 2% of the construction workforce has formal training.
Platform architecture
Five tiers, from the sensor to the screen
A microservices platform on Indian cloud infrastructure with edge computing for real-time site monitoring. Every reading, frame, design change and estimate is stored with full provenance — who made it, when, from what source, using which model version.
- Tier 1
Perception Layer
Cameras, drones, satellites, IoT and custom BuildMore sensors collecting raw data from the physical world.
- Tier 2
Edge Processing Layer
On-site gateways performing initial processing, compression and time-critical inference — real-time response even with limited connectivity.
- Tier 3
Cloud Intelligence Layer
All 34 modules run here, turning perception data into insights, predictions and recommendations.
- Tier 4
Knowledge Layer
BuildMore LM, the IS code database, cost intelligence and structural health history. The layer that makes the platform smarter over time.
- Tier 5
Application Layer
Web dashboards, mobile apps, API endpoints, voice interfaces for site use and AR overlays for field inspection.
Core principles
Predict, don’t just react
Reactive engineering kills people. Predictive engineering saves them. Six principles shape every module in the platform.
Automate everything repeatable
Any civil engineering process that follows rules, standards or patterns can and should be automated — manual IS code checking, manual quantity take-offs, manual progress tracking.
Build what doesn't exist
Where existing sensors or tools are insufficient, we design and manufacture our own. The BuildMore Sensor OS is not an afterthought — it is a core competitive advantage.
Predict, don't just react
Reactive engineering kills people. Predictive engineering saves them. Every module is designed to see a problem before it becomes an emergency.
Indian-first, global-ready
Built for IS codes, Himalayan seismicity, Western Ghats landslides, monsoon damage and local materials — with a configurable compliance engine for global deployment.
Data sovereignty
All data generated on Indian projects stays in India, on Indian cloud infrastructure. Critical infrastructure data is never stored on foreign servers.
Open module architecture
Each module works standalone and can be bought separately. Connected to the platform, they share data and amplify each other exponentially.
What makes it different
No single platform integrates all of this
There are cost estimation tools. There are analysis packages, construction cameras and monitoring companies. There is no unified intelligence system — one data model running from the first CAD line to fifty years of structural health.
End-to-end integration
From the first CAD drawing to fifty years of structural health monitoring — one platform, one data model, one intelligence layer. A design decision in Module 1 flows through cost, procurement, site monitoring and lifetime health.
Custom hardware
No dependence on expensive third-party sensors built for other industries. Construction-specific sensors, ruggedised and affordable, integrated with the AI platform from the hardware level up.
Proprietary LM
BuildMore LM is not a generic model with a construction prompt. It is trained on IS codes, structural engineering textbooks, construction management literature and millions of project documents.
Indian engineering DNA
Not a Western product localised for India. Every module understands IS codes natively, every sensor is designed for Indian weather extremes, every cost database starts with Indian rates.
Built and running today · free tier
Two products already shipping. Free.
The 34-module platform is a four-year build. These two are real code running now — one for executing projects on site, one for deciding whether the ground is safe to build on at all — and both are free to use. See pricing for the full platform.
ConstructOS
Construction management & site operations
Live · free tierBuildMore ends at the estimate. ConstructOS is the layer where that estimate becomes a live project — the system of record for execution: who worked, what was built, what was consumed, what was spent, what was certified. Actuals flow back into the estimator, closing a loop no standalone construction-management product can replicate.
- 10 modules from project management and site operations to RA billing, quality & safety and the client portal
- Offline-first capture — the mobile surface keeps working with no connectivity at the point of capture
- Capability-based RBAC across nine roles, enforced workflow state machines and an append-only audit trail
- React + FastAPI + PostgreSQL, multi-tenant with a tenant-scoped JSONB entity store
RiskViz
Offline-first geospatial risk intelligence
Live · free tierRiskViz analyses any location using satellite imagery, terrain models, geological datasets and historical records to determine whether it is safe and suitable for investment — for real estate investors, infrastructure companies, banks, insurers and government agencies.
- Five scored risk layers — terrain, flood, earthquake, landslide and soil/construction — on real GDAL and GeoPandas processing
- Polygon AOI assessment with sample-grid, worst-case aggregation, plus a plugin system for third-party risk models
- Satellite change detection over real Sentinel-2 NDVI, and a local LLM that narrates the assessment's own data
- Runs with zero internet access and no API keys — a bundled offline demo dataset ships with it
Where the platform runs
From the pour to the glacier
The vision
A world where no structure fails unexpectedly, no construction worker dies from a preventable accident, no project exceeds its budget by more than 5%, and no natural disaster catches infrastructure unprepared.