Programme Digital Twin for Utilities & Transport

Pilot a Corridor in 8–12 Weeks. A programme-scale digital twin that surfaces risk early and stands up at board and regulator level. One "map of truth" for packages, progress and telemetry with scan-vs-BIM variance and predictive risk analytics.

Book a 30-minute scoping call

Who It's For

⚡ Utilities

Water, energy, and telecoms operators managing complex infrastructure programmes

🚛 Transport Owners & Integrators

Highways, rail operators and transport infrastructure integrators

🏗️ Tier-1 Suppliers & Programme Controls

Tier-1 suppliers and programme controls teams managing large-scale projects

Outcomes You Can Expect

🔍 Earlier Risk Discovery

Scan-vs-BIM variance detection, telemetry overlays for proactive risk identification

⚡ Faster Board Cycles

Evidence-linked executive briefs accelerate decision-making processes

💰 Measurable Savings

Quantifiable savings in time, rework and inspection cycles

What You Get

🌐 Programme Portal

CesiumJS web app for packages, assets, progress and issues; optional Unreal Engine sessions for training and stakeholder reviews

📊 Data Ingestion

BIM/IFC/Revit, LiDAR/photogrammetry → OGC 3D Tiles (via Cesium ion or self-hosted tilers)

📡 Telemetry Layers

Environment, safety and asset signals with configurable thresholds

🤖 AI Add-ons

Scan-vs-BIM change detection; predictive asset/network risk (telemetry + weather + work orders); board-brief generator with citations

🔐 Security & Governance

RBAC, SSO, audit logs, private networking (VNets), DPIA & DPAs

How It Works (Delivery Phases)

Phase 1: Discovery (Weeks 1–2)

Select one corridor/plant/site; define OIR/AIR/EIR and LoIN; establish architecture on Azure (private endpoints, RBAC).

Phase 2: Twin Foundation (Weeks 3–6)

Ingest BIM/surveys; build package/zone overlays; configure issue/progress layers; enable SSO; add contextual Google Photorealistic 3D Tiles if needed.

Phase 3: AI & Analytics (Weeks 7–10)

Run Scan-vs-BIM variance; build predictive risk prototype; generate board brief with citations.

Phase 4: Hardening & Handover (Weeks 11–12)

Performance tuning, licensing/attribution checks, training, runbooks, UAT.

Timeline & Pricing Guidance

Pilot (Single Site or Corridor)

Complete pilot implementation delivered within 8–12 weeks, including discovery, twin foundation, AI & analytics, and hardening phases.

Investment Range

Typical investment: £120,000–£300,000 for pilot implementation. Scale-out pricing available with volume pricing by additional site/corridor.

Why It Works

🔧 Open Standards

Open standards (OGC 3D Tiles) and portable architecture (Azure + CesiumJS)

📋 Evidence-Based Reporting

Evidence-based reporting with citations to source data

🔒 Constrained Data Environments

Built for constrained data environments (VNets, private endpoints)

Frequently Asked Questions

Can we start without surveys?

Yes—begin with BIM and planning data, then add LiDAR/photogrammetry later.

What's the hardware requirement?

Standard enterprise laptops for the web portal; Unreal Engine sessions are optional and scheduled.

How do you measure success?

Targeted Key Performance Indicators (KPIs) such as mean time to detect deviations, inspection hit rate and governance cycle-time saved.

Ready to Pilot a Corridor?

Book a 30-minute scoping call to discover how our Programme Digital Twin can surface risk early and deliver regulator-ready board briefs for your infrastructure programme.