Use cases

Validation of completed works on wastewater networks

Across wastewater and stormwater infrastructure projects, the acceptance of completed works is a critical step before assets are placed into operational service.

This phase ensures that newly constructed or rehabilitated infrastructure meets project requirements, complies with quality standards and can be integrated confidently into day-to-day network operations.

A structured acceptance process helps organisations verify asset condition, identify outstanding issues and ensure that the information delivered at project completion accurately reflects the reality of the network.

The objective of this stage is to verify that completed assets meet project requirements, that delivered data is accurate and usable, and that the network can be integrated successfully into GIS and asset management systems.

In practice, however, this process can be challenging. Much of the infrastructure within wastewater and stormwater networks is underground and cannot be inspected easily. In addition, data delivered at project completion may contain inaccuracies, omissions or discrepancies when compared with actual field conditions.

Without a structured acceptance process, project handover can become time-consuming, difficult to manage and a potential source of long-term issues for network operations and asset management.

Establishing a clear workflow for inspections, defect identification and data validation helps organisations improve confidence in completed works and ensure that network information is reliable from the moment assets enter service.

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Verifying the compliance of wastewater infrastructure assets 

The acceptance process begins by confirming that completed infrastructure meets project specifications and operational requirements.

For wastewater and stormwater networks, this typically includes:

  • inspecting manholes and access chambers

  • verifying sewer pipelines and drainage collectors

  • identifying and validating service connections

  • checking the compliance of stormwater assets such as gullies, catch basins, outfalls and drainage structures

These inspections are essential to ensure the hydraulic performance, reliability and long-term operation of the network.

With Dotic’s solutions:

  • field inspections are carried out directly through the ConnectField mobile application

  • assets are accurately located and linked to existing network records

  • observations are fully documented through photographs, comments and condition assessments

The resulting information is immediately structured, centralised and available for operational use, helping organisations streamline project acceptance and improve confidence in completed works.

Identifying discrepancies between field conditions and delivered data

During acceptance inspections, it is common to identify discrepancies between completed infrastructure, delivered data and actual field conditions.

These issues may include:

  • non-compliant assets or construction defects

  • differences between recorded and actual asset locations

  • incomplete, inaccurate or missing data

  • inconsistencies in network structure and connectivity

In wastewater and stormwater networks, such discrepancies can have significant operational consequences, particularly because network performance depends heavily on gravity-driven flow and the correct connectivity of assets.

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With Dotic’s solutions:

  • discrepancies are identified directly in the field using ConnectField

  • observations are linked to the relevant assets and geolocated accurately

  • issues are synchronised automatically within ConnectServices

  • project teams gain immediate visibility of non-conformities requiring further investigation or corrective action

This approach helps organisations detect issues early, improve the reliability of delivered information and ensure that wastewater network data accurately reflects the infrastructure deployed on the ground.

Centralising and analysing acceptance inspection data

Once inspections have been completed, acceptance data must be accessible, structured and easy to analyse.

With Dotic’s solutions:

  • inspection results are centralised within ConnectServices

  • completed assets, observations and identified issues are visualised on interactive network maps

  • teams can analyse inspection findings and track outstanding actions

  • project managers and operational teams gain a shared view of acceptance activities and project status

By centralising inspection data within a GIS-based environment, organisations can improve collaboration, accelerate decision-making and ensure that acceptance outcomes are fully documented and accessible.

This approach helps streamline project handover while improving the quality and reliability of the information transferred into operational systems.

Ensuring data reliability before integration

Before newly delivered assets and project data can be integrated into GIS and asset management systems, their quality and consistency must be verified.

With Dotic’s solutions:

  • data collected during acceptance inspections is validated against operational and data quality requirements

  • inconsistencies, missing information and structural issues can be identified before integration

  • field observations are used to verify the accuracy of delivered asset records

  • corrective actions can be initiated before data enters operational systems

By combining field verification, GIS analysis and automated quality controls, organisations can improve the reliability of the information transferred from project delivery to network operations.

This approach helps ensure that asset data is accurate, consistent and ready to support the long-term management of wastewater and stormwater infrastructure.

Ensuring traceability throughout the acceptance process

Acceptance inspections often take place within a contractual, regulatory or quality assurance framework, making full traceability essential throughout the process.

With Dotic’s solutions:

  • every inspection and observation is recorded and historised

  • identified issues and corrective actions are tracked through to resolution

  • approvals, validations and acceptance decisions are fully documented

  • supporting evidence, including photographs, field observations and collected data, is securely retained

This complete audit trail provides transparency for all stakeholders involved in the project and helps demonstrate that acceptance activities have been carried out in accordance with project requirements.

By ensuring full traceability from inspection through to final approval, organisations can strengthen project governance, improve accountability and maintain confidence in the quality of completed wastewater infrastructure.

A key step before wastewater infrastructure enters service

A structured acceptance process plays a critical role in ensuring that wastewater and stormwater infrastructure is ready for operational use.

By verifying asset compliance, validating delivered information and identifying outstanding issues before handover, organisations can reduce operational risks and improve confidence in newly commissioned assets.

With Dotic’s solutions, acceptance inspections become part of a connected workflow linking field operations, GIS and asset management systems.

This approach helps ensure that infrastructure is delivered to the required standard, that asset information is reliable from day one, and that wastewater operators can take ownership of new assets with confidence.

An integrated step in the wastewater network management lifecycle

Managing data and inspections during the acceptance of completed wastewater and stormwater infrastructure is a critical step in ensuring both the quality of delivered assets and the reliability of future network operations.

By implementing a structured acceptance process supported by tools connected to field operations and GIS environments, organisations can verify asset compliance, improve the quality of delivered information and ensure that infrastructure is ready for operational use.

This integrated approach helps wastewater operators secure the transition from project delivery to network operations, maintain accurate asset information and strengthen the long-term management of their infrastructure.

Improving data quality and consistency 

  • Verify data quality, consistency and compliance before integration into and use within the GIS
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Defect management and corrective action tracking 

  • Identify issues and track corrective actions through to resolution
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Intervention planning and operational monitoring

  • Organise and prioritise corrective actions in the field
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