Industries

See cost and progress before they slip

The construction-to-facilities lifecycle generates asset, handover and operations data that rarely survives the handover intact. Toobler applies the same engineering capability that connects, modernizes and governs the platforms this lifecycle depends on.

Where it applies

Where the engineering applies across the lifecycle

Design, construction handover, asset registers and facilities-operation systems hold data that is critical downstream but often lost or re-keyed at each handover.

Toobler’s engineering method integrates those systems so lifecycle data carries through, modernizes the platforms operations depend on, builds the operational context that makes asset and building state visible, and adds governed automation with human approval — engineering capability applied across the construction-to-facilities lifecycle.

Method

Connect, Modernize, Understand, Act, Operate

The same five-stage method underpins every platform we engineer — only the systems and outcomes differ.

  1. 01

    Connect

    Integrate the applications, SaaS tools, databases, documents and devices that hold operational data, so information flows reliably rather than sitting in silos.

  2. 02

    Modernize

    Rework the brittle legacy platforms that critical processes depend on, so the platform itself can keep changing.

  3. 03

    Understand

    Give teams and machines shared context — data engineering, analytics and, where it earns its place, digital-twin modeling — so state and relationships are visible.

  4. 04

    Act

    Add governed AI assistants, agents and workflow automation with human approval, so decisions and tasks move without waiting on manual hand-offs.

  5. 05

    Operate

    Keep engineering the platform after go-live — reliability, support and continuous improvement, not a one-off project.

A construction cost-intelligence dashboard for a live project — contract and target value, cumulative and current-month cost, a project-timeline gauge, and profit and expense status.

Proof, not promises

Nael

Construction cost intelligence, engineered

A construction cost-management and AI expense-forecasting platform, engineered on the group's own project data

How Toobler engineered a construction cost-intelligence platform for Nael — structured cost management, CVR and machine-learning expense forecasting from macro-economic signals.

The Nael workforce mobile app on a phone — attendance dashboard (working days, present, absent), employee attendance, requests and profile, and service requests including sick and official leave.

Proof, not promises

Nael

Workforce and field operations on one platform

A construction workforce and field-operations platform — attendance, leave, appraisals and a site-ready mobile app

How Toobler engineered a construction workforce and field-operations platform for Nael — mobile attendance, connected HR and a site-ready app on one platform.

A construction-progress digital twin: a BIM model of a building on a grid alongside a live project-status panel showing progress, budget and schedule-risk insights.

Proof, not promises

Nael

A construction progress digital twin, integrated with BIM

A BIM-integrated construction progress digital twin — simulation, live monitoring and AI forecasting of cost, timeline and resources

How Toobler engineered a BIM-integrated construction progress digital twin for Nael — simulation, live monitoring and AI forecasting of cost, timeline and resources.

Discuss your platform

If your business runs on a critical operational platform, the same engineering method applies. Talk to us about where fragmentation is costing you most.

Let's talk about your project.

Start with one measurable use case.

A Readiness Sprint is a fixed-scope engagement that maps your integration and AI readiness and produces a production-oriented plan — before anything is built.