Bring equipment, spaces and monitoring records into a navigable digital representation. Hitelecom scopes custom asset models, 2D or 3D views, telemetry mapping and operator workflows around your facilities and data systems. View uploaded monitoring data online through an agreed Hitelecom Cloud integration or customer platform, and place configured threshold alarms in their equipment context. Model detail, data connections and acceptance are defined for the project.
Engineering focus
Build the digital context operators need: which asset is reporting, where it belongs, what changed, and which records support the next action. Start with a representative asset set before expanding the model.
Structure sites, buildings, systems, equipment and measurement points with stable identifiers. Record relationships such as located-in, supplies or monitored-by so a reading appears against the correct physical asset.
Select floor plans, equipment diagrams or a 3D model according to the task. Reuse licensed CAD/BIM/model inputs after reviewing geometry, conversion effort and navigation on the intended devices.
Show the measured value, unit, timestamp and source identity together. Distinguish current, delayed, missing and invalid records instead of colouring an unreported asset as healthy.
Display received alarms beside the relevant room, component or equipment. Define limits, event priority, acknowledgement and notification integration around the agreed monitoring workflow.
Scope time-range selection, synchronized trends and links between observations and recorded events. Specify retention and sampling semantics so operators understand gaps, aggregation and historical state.
Connect selected assets to drawings, inspection photographs and maintenance records through agreed identifiers and permissions. Keep the source system responsible for its authoritative work-order record.
Define the sites, asset details and actions each user may access. Separate operator investigation, management summaries and engineering administration without exposing unrelated facility records.
Document model versions, point mappings, API contracts and deployment configuration. Agree source-code/model rights, third-party licences and maintenance responsibilities in the statement of work.
Project planning
A useful digital twin brief separates the visual scene, the measured data and any calculation or simulation.
List the decisions, users and information needed. Distinguish an operational visualisation from simulation, forecasting or control.
Assess model formats, geometry, permissions and telemetry availability. Define missing-data and stale-data behaviour.
Agree representative datasets, interaction behaviour, supported devices and review scenarios before development.
Applications
Explore specific workflows across twelve operating environments. Each example identifies project inputs, the proposed application output and an acceptance check. These are development scopes, not claims of completed customer deployments.
12 application areas / 36 project tasks
Illustrative environments, not evidence of customer installations. Project suitability is assessed against the agreed requirements.
Organise production assets by line, cell and utility system so operators can investigate conditions without losing equipment context.
Navigate from a production line to the equipment and measurement points associated with an operating exception.
Show which monitored compressors, pumps or utility branches supply the production areas represented in the model.
Bring the selected asset’s drawings, event history and inspection records into the same investigation path.
Relate rack rows, storage zones and handling equipment to the measurements and inspections assigned to each location.
Locate the rack bay associated with a received tilt or vibration event and review its measurement history.
Present uploaded temperature and humidity readings within the correct storage rooms, aisles or defined zones.
Associate conveyors, lifts or shuttles with inspection notes and received operating-state records.
Use a building-to-floor-to-room structure to put facility observations and service records in their spatial context.
Move from a floor view to the air-quality or temperature points serving a reported room condition.
Connect HVAC and water-service equipment to the spaces they serve and their available condition records.
Let a facility team reach maintenance notes, manuals or inspection evidence from the relevant model object.
Connect rows, racks and support equipment to defined monitoring points for focused operating review.
Locate the rack or aisle associated with a temperature or humidity threshold event.
Show a received leak event against the monitored room, equipment zone or cable route.
Organise cooling, power-support and pumping assets with the records available from authorized source systems.
Put monitored rooms, chambers and storage equipment beside their recorded environmental conditions and inspection history.
Review uploaded conditions by laboratory room or storage area with source timestamps and sensor identity.
Link monitored chambers or freezers to recorded conditions, calibration references and maintenance documents.
Present an excursion period with its affected equipment context and available investigation records.
Represent pumping equipment, vessels and monitored connections in a facility view grounded in the supplied asset register.
Navigate between monitored pump assets and their available pressure, temperature, vibration or status records.
Relate tanks, transfer pumps and level points to the facility layout used by the operating team.
Bring a pump or valve event together with its latest recorded inspection and operating observations.
Connect treatment units and monitored equipment with operating records while preserving process and data boundaries.
Organise received measurements around the treatment units and sampling points identified by the operator.
Link selected dosing equipment to its available pressure, condition and service records.
Combine facility views with access notes and inspection photographs for selected maintenance activities.
Organise arrays, inverter stations and supporting equipment around the monitoring information available to the owner.
Locate monitored equipment within the site hierarchy and review the latest available environmental or equipment records.
Place available temperature, gas or water-leak observations against their monitored enclosure and sensing point.
Connect site equipment to inspection findings and maintenance references across a regional portfolio.
Keep turbine, tower and component references aligned with the observations and inspection material supplied for the project.
Associate tower tilt or vibration records with the correct turbine, sensing point and installation reference.
Navigate from a turbine object to selected component inspection notes or photographs.
Review available local weather records beside selected equipment events during an investigation window.
Represent monitored structural components and technical assets with their recorded measurements and inspection references.
Locate a monitored pier, bearing or deck point and review its available movement or vibration history.
Organise monitored pumps, environmental points and equipment rooms along the defined tunnel structure.
Relate selected inspection findings to a component and the measurement records available for the same period.
Link collection spaces, building fabric and monitored surroundings without presenting illustrative models as conservation evidence.
Navigate between collection rooms and their available temperature, humidity or light records.
Associate agreed tilt, vibration or environmental points with the relevant wall, tower or building element.
Attach authorized inspection notes and photographs to agreed spaces or building elements for coordinated review.
Structure growing compartments, water systems and monitored production zones around meaningful operating records.
Present available environmental and soil readings within the greenhouse compartment or growing-zone structure.
Associate ponds, pumps and available water-quality records within the owner’s facility structure.
Connect irrigation, ventilation or pumping assets to their available inspections and maintenance references.
Scope & specifications
These are items to define in the statement of work, not a fixed product specification.
| Service type | Custom software development; functions agreed per project |
|---|---|
| Visual scope | 2D, 3D or combined presentation after model and workflow review |
| Model inputs | Agreed formats, ownership, reuse rights and conversion scope |
| Data integration | Named source systems, interfaces, identifiers and data mapping |
| User access | Roles, authentication and permissions defined in the project scope |
| Hosting | Customer or agreed hosting environment; operating responsibilities specified |
| Verification | Representative data and documented acceptance scenarios |
| Deliverables | Application build, configuration and documentation as contracted |
| Ownership and licensing | Source code, models, third-party licences and reuse rights agreed in writing |
| Change control | Scope, schedule, support and future changes agreed commercially |
Integration & handover
Define the deliverables and operating responsibilities together.
Review representative models and data with the intended users before committing to the full visual scope.
Develop the agreed interfaces and views, then test them against the documented acceptance scenarios.
Deliver the contracted build and documentation. Specify deployment, source-code rights, maintenance and licence responsibilities.
FAQ
Resolve the technical scope, interfaces and acceptance conditions before committing to a deployment.
A defined asset structure, selected 2D or 3D views, mapped data connections and agreed operator interactions. The statement of work identifies the model detail, interfaces, test scenarios and handover items for the initial asset set.
This service starts with connected asset representation and operational visualization. Physical simulation, state estimation, forecasting or diagnostic algorithms require separate models, suitable inputs and explicit validation.
No. A project can begin with licensed floor plans, equipment diagrams or a limited asset model. The appropriate detail follows the operating task; a complex model is useful only when its additional context serves that task.
They can be reviewed for ownership, permitted reuse, format, geometry detail and conversion effort. The project should retain a mapping between model elements and operational asset identifiers after any conversion.
An agreed Hitelecom Cloud or other receiving-system integration can provide uploaded monitoring records and configured threshold events. The scope defines available channels, identity mapping, timestamps, data quality and refresh behavior.
The interfaces can be assessed using sample APIs or data extracts and the customer’s access requirements. Protocol support, authentication, read/write boundaries and the responsible source system are defined per integration.
The data contract defines source timestamps, quality flags and stale-data rules. The user interface should display these states explicitly rather than treating a missing update as a normal or safe condition.
They may come from an existing monitoring platform or a separately scoped rules service. The project defines where thresholds are evaluated, how events reach the view and how notification or acknowledgement is handled.
Control is not part of the visualization scope by default. Any command path needs an explicit functional design, permissions, interlocks, operational responsibility and verification appropriate to the equipment.
Agree the representative model, asset count, data profile, target devices and interactions before development. Test those scenarios with the proposed deployment architecture instead of making a universal performance promise.
Source delivery, model ownership, reuse rights and deployment documentation are contractual items. Third-party models, libraries and services retain their licence terms; these should be identified before handover.
This is a custom software service. A statement of work, interface schedule, deliverables list and acceptance plan define the actual project; cost and timing follow review of that scope.
Discuss your project
Share the operational questions, model samples and available data interfaces. We can assess a suitable development scope and the information needed for a proposal.
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