Experiment 01 · Digital twins
Asset model
A structured record of the asset: components, locations, relationships, and the documents and maintenance history attached to each part.
Innovation
A digital twin is a working model of something physical: a pump, a tower, a pipeline network or a whole facility. Fed by live data, it shows what is happening now, what happened before and what is likely to happen next. Building one draws on three disciplines Next Orbit practises daily: IoT hardware, data platforms and 3D visualisation.
Quick answer
A digital twin is a digital model of a physical asset, site or process that stays in step with the real one through live data. Next Orbit builds twins that combine IoT telemetry, operational records and 2D or 3D views, with alerts, analytics and simulation on top. They serve utilities, energy, real estate, construction and manufacturing operators in Dubai, Abu Dhabi, Sharjah, the entire UAE, the GCC and globally.
Every engagement is architecture-led, delivered by an innovative, R&D-backed team of security-first engineers and quality-controlled before each release, for clients across Sharjah, Dubai, Abu Dhabi and the entire UAE, the GCC and globally.
What you get
Live digital models of assets, buildings and sites, fed by IoT data and explored in 2D, 3D or mixed reality.
6 experiments, all running in production
Experiment 01 · Digital twins
A structured record of the asset: components, locations, relationships, and the documents and maintenance history attached to each part.
Experiment 02 · Digital twins
Sensor and SCADA readings are bound to the model, so every component shows its current state and its past readings.
Experiment 03 · Digital twins
Floor plans, BIM or CAD models and 3D scenes let people find information by looking at where it belongs, on screen or in a headset.
Experiment 04 · Digital twins
Rules and predictive models watch the data and raise an alert when a reading leaves its normal range.
Experiment 05 · Digital twins
What-if scenarios test a new setpoint, schedule or layout on the model before anyone touches the real asset.
Experiment 06 · Digital twins
The twin connects to maintenance, ERP and document systems, so it becomes a working tool instead of a showroom display.
Need digital twins for a project that does not fit a template? Tell us the problem and one of our expert engineers will map it to an architecture.
Discovery CallA 3D model shows what something looks like, and a dashboard shows numbers.
A digital twin joins the two and keeps them current: each element in the model is linked to live and historical data about the real component it represents. Select a chiller and you see its temperatures, running hours, last service and open work orders.
Twins come in levels.
A descriptive twin shows the current state. A diagnostic twin helps explain why something happened. A predictive twin forecasts what will happen, and a prescriptive twin recommends what to do. Most organisations see the best return by building a solid descriptive twin of one important asset first, then extending it.
Every twin has four layers.
The physical layer is the sensors, meters and control systems that produce data; where they are missing, we specify and install them, including custom hardware when no off-the-shelf device fits. The data layer collects readings as time series tied to an asset hierarchy. The model layer holds geometry and structure. The application layer is what people use: dashboards, 3D views, alerts and reports.
Because Next Orbit builds software and hardware under one solution architecture, the team that chooses the sensor also designs the database and the screen.
We use LoRaWAN and MQTT for field connectivity, integrate with SCADA, and build headset experiences on Unity and OpenXR. Projects are scoped so that a first asset goes live early and value is proven before the twin grows.
The strongest cases share three traits: the asset is valuable or critical, it is hard to inspect in person, and decisions about it rely on late or partial information.
Remote facilities, spread-out networks and large buildings fit this pattern well, and so do offshore and energy assets where every site visit is expensive.
Common uses include condition monitoring and maintenance planning, energy and water optimisation, remote operations support, training on a virtual copy of real equipment, and the handover of a finished building or plant with its data attached.
We recommend one asset and one question first, proof of value, then expansion.
How we work
5 stages, each with a deliverable you can review and sign off before the next begins.
Readiness level 1 of 5 · Idea
The asset, the decisions the twin must support and the data required are agreed.
Readiness level 2 of 5 · Proven
Existing sensors, SCADA, models and documents are reviewed and gaps listed.
Readiness level 3 of 5 · Piloted
Data sources are integrated and new sensors and gateways deployed where needed.
Readiness level 4 of 5 · Deployed
The asset model, views, alerts and integrations are developed and tested.
Readiness level 5 of 5 · Operating
Analytics, simulation and further assets are added once the first twin proves its value.
Tools and standards
Tools are chosen to suit the project, not the other way round. These are the ones we reach for most often; the final selection is made during solution architecture and explained in your tailored proposal.
Questions, answered
No. A twin can start from a 2D schematic or a map linked to live data. 3D views are added where they help people understand location and context.
Yes. Existing assets can be fitted with retrofit sensors, and the model can be built from drawings, surveys or scans. The survey stage shows what is practical.
Yes. Next Orbit designs IoT systems end to end, including device selection, custom hardware and firmware where needed, gateways and connectivity. See our IoT development services.
Yes. We build headset experiences alongside web and mobile views, which helps with training, design review and remote support. See AR and VR development.
Yes. SCADA, maintenance management and ERP integration are part of the design, with careful separation between operational and business networks.
It is scope-based, driven by the asset, the hardware needed, the level of visualisation and the integrations. A tailored proposal follows discovery.
Pick what you need and the right person on our team replies.
Your reference NO-000000-0000
An engineer will reply to you. Quote the reference if you follow up.
What happens next
Share the problem, the systems involved and your timeline. You will hear back from an engineer, not a sales script.