Urban Intelligence Platform

Spatial infrastructure for
urban sustainability

Urban Maps transforms fragmented sustainability data into structured, location-based intelligence — enabling cities, developers, and investors to make informed decisions at district and building level.

Explore the platform vision
The Problem

Urban sustainability data exists.
Spatial intelligence does not.

01

Fragmented Data

Sustainability metrics exist across disconnected systems — energy consumption, emissions, building certifications, mobility patterns — with no unified view.

02

No Spatial Context

Data is reported at aggregate levels. Decision-makers cannot see how sustainability performance varies across districts, corridors, or individual assets.

03

Delayed Decisions

Without structured, location-based intelligence, planning cycles extend, compliance risks increase, and capital allocation remains reactive.

Cities are committing to net-zero targets. Developers face ESG disclosure requirements. Investors need to assess climate risk at asset level. The infrastructure to support these decisions does not yet exist at scale.

The Solution

One spatial interface.
All sustainability data.

Urban Maps aggregates sustainability data from public registries, regulatory filings, sensor networks, and private sources — then normalizes and visualizes it at district and building level.

Unified data layer across energy, emissions, certifications, and mobility
District-level scoring and benchmarking
Temporal analysis and trend visualization
Export-ready reports for compliance and investment decisions
Urban Maps spatial infrastructure visualization showing data aggregation from public registries, regulatory filings, sensor networks, and private sources into a unified sustainability dashboard
How It Works

From raw data to spatial intelligence

How it works
01

Data Ingestion

Aggregate data from public registries, regulatory filings, building certifications, utility providers, and sensor networks. Support for private data uploads.

02

Normalization & Scoring

Standardize metrics across sources. Apply weighted scoring models to generate comparable sustainability indices at district and asset level.

03

Spatial Visualization

Render data on interactive maps with configurable layers. Compare districts, track changes over time, and identify patterns across the urban fabric.

04

Decision Support

Generate reports for compliance, investment screening, and planning. Export data for integration with existing workflows and systems.

Target Users

Built for institutions that shape cities

City Governments & Municipalities

Monitor sustainability performance across districts. Track progress toward net-zero commitments. Identify underperforming areas for targeted intervention.

Key Use Cases
  • District-level sustainability dashboards
  • Progress tracking against climate targets
  • Evidence-based policy development

Real Estate Developers

Assess sustainability context before acquisition. Benchmark projects against district averages. Generate compliance documentation for ESG reporting.

Key Use Cases
  • Site selection and due diligence
  • Project benchmarking
  • ESG disclosure support

Institutional Investors

Screen assets by sustainability criteria. Assess climate risk at portfolio level. Support TCFD and EU Taxonomy alignment reporting.

Key Use Cases
  • Portfolio sustainability screening
  • Climate risk assessment
  • Regulatory compliance reporting

Urban Planners & Consultants

Access structured data for master planning. Compare scenarios across districts. Support clients with evidence-based recommendations.

Key Use Cases
  • Master plan development
  • Scenario comparison
  • Client advisory support
Monetization

Predictable revenue from institutional contracts

Primary Model

Annual SaaS Licenses

Tiered annual subscriptions for cities, developers, and investors. Pricing based on geographic coverage, user seats, and data refresh frequency.

City / Municipality$80,000 – $250,000 / year
Developer / Investor$40,000 – $120,000 / year
Consultant / Planner$15,000 – $40,000 / year
Secondary Model

Premium Analytics

Add-on modules for advanced analytics, custom benchmarking, and proprietary data layers. Sold as annual upgrades to base licenses.

Climate Risk ModulePhysical and transition risk scoring
Custom BenchmarkingPeer comparison and ranking tools
API AccessIntegration with internal systems

Revenue model designed for institutional budget cycles. Multi-year contracts with annual renewals. Net revenue retention expected above 110% through upsells and geographic expansion.

Revenue Forecast

Conservative three-year projection

Based on institutional sales cycles, regional market size, and comparable B2G/B2B SaaS benchmarks in the urban technology sector.

Year 1
Pilot Phase
Annual Recurring Revenue$180,000 – $300,000
Clients3–5 clients
Avg. Contract$60,000
Mix2 cities, 2–3 developers
Dubai pilot, product validation
Year 2
Regional Expansion
Annual Recurring Revenue$750,000 – $1,125,000
Clients10–15 clients
Avg. Contract$75,000
MixCities, developers, investors
UAE coverage, first GCC expansion
Year 3
Scale Phase
Annual Recurring Revenue$2,125,000 – $2,975,000
Clients25–35 clients
Avg. Contract$85,000
MixMulti-market presence
MENA regional coverage
Sales Cycle6–12 months for government, 3–6 months for private sector
Retention90%+ gross retention assumed based on institutional stickiness
ExpansionGeographic and module upsells drive net retention above 100%
Market Entry

Why Dubai and MENA

The region offers a unique combination of market conditions that favor early-stage urban technology platforms.

01

Rapid Urban Development

Dubai and the broader GCC region are among the fastest-growing urban environments globally. New districts, mega-projects, and infrastructure investments create immediate demand for sustainability intelligence.

02

Regulatory Momentum

UAE Net Zero 2050 strategy, Dubai Clean Energy Strategy 2050, and emerging ESG disclosure requirements are creating compliance pressure across public and private sectors.

03

Centralized Decision-Making

Government-led development and concentrated ownership structures enable faster procurement cycles and larger contract values compared to fragmented Western markets.

04

Smart City Infrastructure

Existing investments in digital infrastructure, open data initiatives, and smart city platforms provide a foundation for data aggregation and integration.

$1.5T+GCC construction pipeline
2050UAE Net Zero target
75%Clean energy target by 2050
6GCC countries, unified vision
Platform Potential

Infrastructure for urban sustainability

Urban Maps is designed as extensible infrastructure — not a point solution. The platform architecture supports multiple expansion vectors.

Years 2–5

Geographic Expansion

Replicate the data model across cities and regions. Each new market adds recurring revenue while leveraging existing infrastructure.

Years 2–4

Data Layer Expansion

Integrate additional datasets: mobility, air quality, water, waste, social infrastructure. Each layer increases platform value and pricing power.

Years 3–5

Service Integration

Enable third-party services: carbon offset marketplaces, green financing, certification workflows. Platform becomes infrastructure for urban sustainability transactions.

"The long-term opportunity is to become the spatial data layer for urban sustainability — the infrastructure that cities, investors, and developers rely on to understand and improve the built environment."

Get in Touch

Start a conversation

Whether you're an investor, developer, or city planner — we'd love to explore how Urban Maps can support your sustainability goals.

Location

Dubai, United Arab Emirates

Response time

Within 48 hours