Use Cases
Electrical Network Defect Management and Corrective Action Management
These defects may include incorrect connections, data inconsistencies, improperly installed or positioned assets, or non-compliance with the requirements and standards of the network operator.
Unlike other types of infrastructure projects, these defects can have a direct impact on operational safety, network integrity and the quality of project deliverables.
As-built data standards and quality requirements imposed by network operators demand a high level of accuracy and compliance. As a result, defect management becomes a critical stage in the work acceptance and validation process.
Without rigorous tracking and resolution procedures, defects can lead to delays in project approval, additional corrective works and long-term operational challenges.
Identify and Classify Defects Across the Electrical Network
The first step in effective defect management is to accurately identify and classify issues across the network.
In electrical infrastructure projects, defects may include:
- Incorrect connections between network assets
- Topological inconsistencies and invalid network relationships
- Asset location discrepancies
- Missing technical attributes such as cable type, voltage level or conductor size
- Incorrectly referenced assets, including service cabinets, substations and service connections
These issues can reduce the reliability of network data and create operational risks during future maintenance and field activities.
With Dotic solutions:
- Field teams identify defects directly on site using ConnectField
- Each defect is geolocated and linked to the relevant asset
- Supporting information is documented, including photographs, observations and severity levels
The resulting information is immediately available to operational and project teams, enabling faster decision-making and more effective defect resolution.
Centralise and Visualise Defects Within web GIS
Effective defect management relies on a shared and comprehensive view of outstanding issues.
With Dotic solutions:
- Defects identified in the field are automatically synchronised within ConnectServices
- Issues are visualised directly on an interactive network map
- Teams can filter defects by type, location or severity level
- Information is shared across all stakeholders involved in the project and remediation process
This centralised approach helps organisations gain a clearer understanding of network issues, improve coordination and manage corrective actions more effectively.
Prioritise Corrective Actions Based on Safety and Compliance Requirements
Some issues require immediate attention, including:
- Defects that could compromise the safety of field operations
- Incorrect asset connections or network configurations
- Issues that may affect network operation or service continuity
- Non-compliances that prevent final acceptance or as-built data validation
Effective prioritisation is essential to reduce risks, maintain compliance and ensure the safe operation of the network.
With Dotic solutions:
- Defects can be classified according to their severity and criticality
- Teams can quickly identify and focus on high-priority issues
- Decisions are supported by accurate, up-to-date field data
This approach enables organisations to focus resources on the most critical issues and accelerate the resolution process.
Track Corrective Actions and Monitor Progress
Effective defect management requires rigorous tracking of corrective actions through to completion.
With Dotic solutions:
- Corrective actions are planned, assigned and managed within ConnectServices
- Field teams update intervention results directly from ConnectField after completing the required work
- Progress is visible in real time across all ongoing corrective actions
- Managers can review status updates and adjust priorities when necessary
This connected workflow helps ensure that defects are resolved efficiently and that corrective actions are tracked consistently from identification through to closure.
Ensure Your As-Built Data Meets Quality and Compliance Standards
Defects are often linked to non-compliances within as-built network data.
Network operators and infrastructure owners require high standards of data quality, including:
- Accurate geographic positioning of assets
- Consistent data structures and formats
- Complete and validated asset attributes
- Overall network data consistency and integrity
Any unresolved issue can compromise the acceptance of project deliverables and delay network updates.
With Dotic solutions:
- Corrected data is reviewed and validated before final approval
- Data inconsistencies and quality issues can be automatically detected using ConnectControl
- Teams can verify compliance before submitting final deliverables
This approach helps secure project deliverables, improve data quality and reduce the risk of costly revisions or rejections.
Ensure Full Traceability of Defects and Corrective Actions
In electrical network projects, traceability is essential to ensure transparency, accountability and effective quality management.
With Dotic solutions:
- Every defect is recorded and fully traceable throughout its lifecycle
- Corrective actions are logged and monitored from assignment to completion
- Validation and approval steps are documented and auditable
- Supporting field evidence, including photographs and inspection data, is securely retained
This complete audit trail helps organisations improve collaboration between stakeholders, demonstrate compliance and provide clear justification for every corrective action taken.
Improve the Long-Term Quality of Electrical Network Data
A structured approach to defect management helps organisations to:
- Reduce the time required to resolve defects and non-compliances
- Improve the quality and reliability of network assets
- Strengthen the accuracy and consistency of GIS data
- Enhance the safety of field operations and maintenance activities
- Ensure the compliance and acceptance of project deliverables
As a result, defect management becomes a key driver of network performance, operational efficiency and long-term infrastructure reliability.
An Integrated Part of the Electrical Network Management Lifecycle
Defect management is a critical process for ensuring the compliance of electrical infrastructure, maintaining high-quality network data and supporting safe field operations.
As network operators continue to raise their requirements for data quality, asset accuracy and project deliverables, a structured approach to defect management helps organisations improve team coordination, secure project handovers and maintain greater control over network assets.
By combining field-connected applications with GIS-based management tools, electricity network operators and contractors can strengthen operational oversight, improve data reliability and drive continuous improvements across their infrastructure projects.
GIS Data Quality Control
- Verify data compliance and consistency before integration into and use within your GIS
Intervention Planning and Progress Tracking
- Organise and Prioritise Corrective Actions in the Field
Final Work Acceptance and Handover Validation
- Validate Work Completion and Identify Field Defects
