Use cases
Utility network project handover and completion validation
This phase involves verifying that completed infrastructure assets comply with project requirements, validating field data and ensuring that deliverables can be reliably integrated into the geographic information system (GIS).
In practice, project handover and final acceptance can be complex due to the number of stakeholders involved, discrepancies between field conditions and recorded data, and the difficulty of validating infrastructure assets at scale.
Structuring this process helps secure operational commissioning while improving the quality and reliability of utility network data.
Verify the compliance of completed infrastructure assets
Project handover and final acceptance rely on field inspection operations designed to ensure that infrastructure assets comply with project requirements and expected specifications.
Field teams must be able to:
- inspect infrastructure assets directly on site
- verify the compliance of completed installations
- compare deployed assets against the initial project reference data
- identify anomalies, inconsistencies or missing information
These verification processes help ensure infrastructure quality and reliability before operational commissioning.
Validate field-collected geospatial data
Beyond the infrastructure assets themselves, project handover also involves validating the data produced during construction and field operations.
Visual field inspections carried out with the ConnectField mobile application help ensure that collected data is:
- complete
- consistent
- compliant with industry standards
- fully usable within the GIS environment
Unvalidated or inaccurate data can have a direct impact on future network operations and infrastructure management.
This process ensures transparency across all completed works for every stakeholder involved in the deployment or expansion of the network, while also enabling the collection of the geospatial data required for future operational management.
This approach helps eliminate manual data re-entry, reduce errors and ensure full traceability of all inspection and validation operations.
Identify discrepancies and infrastructure anomalies
During project handover and infrastructure validation, several types of discrepancies may be identified:
- inconsistencies between GIS data and field conditions
- non-compliant infrastructure equipment
- missing information or incomplete records
- data entry or structuring errors
These issues must be identified, classified and analysed so they can be corrected before final validation and operational commissioning.<br><br>
This is where the consistency of Dotic’s integrated software ecosystem becomes essential. By combining the ConnectField mobile application, the ConnectControl data validation solution and the ConnectServices web GIS platform, organisations can ensure data consistency, operational transparency and efficient collaboration between all stakeholders involved in the project.
Secure utility network commissioning and operational readiness
La réception de fin de travaux conditionne la qualité du réseau exploité.
Elle permet :
- de garantir la conformité des infrastructures
- de fiabiliser les données
- de sécuriser les livrables
- de faciliter la transition vers l’exploitation
Une structuration des données dès la réception des travaux de déploiement est essentielle pour assurer la pérennité des réseaux tout au long de leur cycle de vie.
A key step in the infrastructure asset management lifecycle
Project handover and final acceptance validation are essential steps in ensuring the quality of both infrastructure assets and their associated geospatial data.
By structuring this phase, organisations can secure network commissioning processes while improving the efficiency, reliability and long-term performance of their operations.
Geospatial data quality control
- Ensure data consistency and compliance with internal GIS repositories and industry geospatial data standards.
Management of outstanding issues and corrective actions
- Identify anomalies, monitor corrective actions and ensure their resolution.
Planning and monitoring field operations
- Organise field operations and prioritise corrective and operational actions.
