AI development · Digital twins
Digital twin solutions in the UAE are only useful when the twin is fed by live data and someone acts on what it shows. Next Orbit builds twins that combine BIM and engineering models with IoT, SCADA, BMS and maintenance history. Operators see the state of a plant, building or fleet as it is now, simulate changes and schedule work before failures happen.
Quick answer
Digital twin solutions in the UAE create a living software model of a physical asset, building, plant or network. Sensor, control system and maintenance data keep it current, so teams can monitor, analyse and simulate it. Next Orbit builds twins for oil and gas facilities, utilities, commercial buildings, district cooling, warehouses and fleets. Each twin links a three-dimensional or schematic model to live data through MQTT, OPC UA and vendor APIs. It adds health indicators, alarms and predictive models, and supports what-if scenarios for energy, throughput and maintenance planning. The twin integrates with CMMS, BMS and ERP systems and is delivered from Dubai for clients across the UAE and the GCC.
What we deliver
Pick a deliverable to see what it covers and the part of the stack behind it.
Deliverable 01
Twins for process plants, tank farms, pipelines and utilities that bring OPC UA and historian data, P&IDs and three-dimensional models into one view. Operators see live tags on equipment, alarms in context and trends per asset, with simulation of throughput and energy under different operating conditions.
From the stack
Deliverable 02
Building twins fed by the BMS, energy meters, occupancy sensors and the BIM model, covering HVAC, lighting, lifts and district cooling. Facility teams see comfort, energy and fault data per floor and asset, test setpoint changes virtually and plan maintenance around occupancy and tenancy schedules.
From the stack
Deliverable 03
Health indicators, utilisation, efficiency and degradation per asset, with thresholds and predictive models raising alarms before failure. Alarms carry the data behind them and are routed by role and shift. They create work orders in your CMMS, so the twin drives maintenance rather than just displaying it.
From the stack
Deliverable 04
Connectors for SCADA, historians, BMS, PLCs, LoRaWAN and cellular sensors through OPC UA, MQTT, Modbus, BACnet and REST. Edge gateways buffer data over unreliable links. Data is time-stamped, validated and stored in a time-series database with the asset hierarchy from your CMMS or ERP.
From the stack
Deliverable 05
Scenario tools that estimate the effect of a setpoint change, a production rate, a shutdown or a new asset on energy, throughput and risk. Physics-based or data-driven models are used as appropriate. Results are compared against the live baseline so planners can judge them before acting.
From the stack
Deliverable 06
Web dashboards, three-dimensional and schematic views, mobile access for field teams and optional AR overlays for technicians on site. Role-based access and audit trails are built in, and Next Orbit supports the twin after launch, adding assets, sites and models as your estate grows.
From the stack
Swipe to see every deliverable →
Part of our AI development service. The same architecture-first process, quality control and support apply; tell us the problem and one of our expert engineers will map it to a plan.
Discovery CallWe deliver from one office in Dubai for clients across Dubai, Abu Dhabi, Sharjah, the whole UAE and the GCC.
As a digital twin development company in the UAE, we cover data integration, three-dimensional and schematic views, analytics and asset performance monitoring. Twins are demonstrated on Next Orbit sample data, then configured on your assets, and run in the cloud or in a dedicated deployment.
A twin is a data integration project with a visual layer on top.
We connect SCADA, BMS, IoT and CMMS reliably before investing in detailed models.
Some assets need a full BIM model, others a schematic or a map.
We match the view to the decisions operators make, which keeps cost and maintenance sensible.
Alarms and predictions raise work orders in your CMMS, and completed work updates the twin, so the model reflects the asset as it actually is.
Architecture-first
Before a line of production code is written we draw the system: the people who use it, the services behind it and the systems it must talk to. This reference architecture from our AI development practice is the starting point we adapt to your operation.
Flow 01 Documents AI layer Assistants
Flow 02 ERP / CRM data AI layer Actions in systems
Flow 03 Field inputs AI layer Dashboards & alerts
Flow 04 Guardrails & audit AI layer Assistants
Technology stack
Chosen per project from tools we run in production. Pick a category to see the part of the stack behind it.
How it runs
5 stages, each with a deliverable you can review and sign off before the next begins.
We agree which decisions the twin must support and which assets, data sources and views that requires.
Integration with SCADA, BMS, IoT and CMMS, data validation and the asset hierarchy as the backbone.
Models, dashboards, alarms and performance indicators, demonstrated on sample data and then on your assets.
Predictive models and what-if scenarios are added once live data has been flowing reliably.
Support, model updates and new sites or asset classes added on the same platform.
Who it is for
Process units, tank farms and pipelines with live tags, alarms and simulation.
Plants, networks and substations monitored for efficiency and faults.
HVAC, energy and comfort per floor, integrated with the BMS.
Production lines, utilities and energy twins tied to maintenance planning.
Equipment, yards and conveyors tracked for throughput and downtime.
Roads, water and public assets with condition monitoring and planning views.
Questions, answered
Monitoring and planning for plants, buildings, networks and fleets. Operators use twins to see live asset state in context, catch degradation early, simulate operating changes and plan maintenance and energy use. Next Orbit builds twins for oil and gas, utilities, buildings, district cooling and logistics clients from Dubai across the UAE and the GCC.
Yes. Facility twins connect OPC UA and historian data, P&IDs and three-dimensional models so operators see live tags, alarms and trends per asset. Deployment follows site security rules, with data flowing through controlled zones and the twin hosted in a dedicated deployment where your compliance rules require it. See oil and gas software.
BMS, energy meter, occupancy and lift data linked to the BIM model. Dashboards per floor and asset, fault detection for HVAC and lighting, and comfort tracking sit on top. Facility teams test setpoint changes virtually, plan maintenance around tenancy and report energy performance to owners and regulators from the same data.
SCADA and BMS show live values for their own systems. A twin joins those systems with engineering models, maintenance history and analytics in one asset-centred view, keeps history, predicts and simulates. It does not replace control systems; it reads from them and sends work to maintenance and planning tools.
No. Many twins start with a schematic or a map view tied to live data and add three-dimensional detail only where operators need it. If a BIM model exists, we reuse it; if not, the asset hierarchy from your CMMS or ERP is enough to begin monitoring and alarms.
Yes. We work from one office in Dubai and deliver digital twin solutions in the UAE for sites in Abu Dhabi, Sharjah and the other emirates. We also serve the GCC. Site surveys and gateway installation happen on site, while integration, modelling and support run from Dubai.
OPC UA, MQTT, Modbus, BACnet, LoRaWAN and REST APIs for data, with historians, SCADA, BMS and CMMS products from the major vendors. We work with cloud IoT services on Azure, AWS and Google Cloud and with open-source time-series stacks. The choice matches your existing estate and your residency requirements.
Further reading
How an IoT development company in Dubai plans industrial IoT: sensors, connectivity, edge, security, UAE site conditions and a checklist for picking a partner.
How cold chain monitoring in the UAE works: sensors in cold rooms and reefer vans, LoRaWAN and cellular links, excursion alerts and records for auditors.
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What happens next
A Discovery Call maps your operation to a plan: what to build first, what it connects to and how it goes live.
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