PMA & Kynection — Digitising Construction & Civil Operations to Achieve Real-Time Safety, Visibility & Control

Pipe Management Australia is a major utilities-management and civil-services contractor operating along Australia’s east coast. Their business spans stormwater drains, sewer systems, culverts, relining systems and industrial infrastructure. On their website they state:

“For over 20 years we have been helping cities, councils and private organisations to identify, solve and maintain their stormwater drain networks and related utilities … we work safely behind, below and above the scenes to keep our communities flowing freely.”

Dayne Harkness, Project Engineer at Pipe Management Australia (PMA), led the transformation from manual paper-based operations to a connected digital platform.Operating with nearly 240 highly-skilled staff across multiple service divisions (non-destructive digging, CCTV inspection, pipe relining, maintenance, and civil works) along Australia’s east coast, PMA manages complex stormwater and sewer infrastructure for councils and private organisations.

They partnered with Kynection to transform operational workflows from paper/inconsistent manual processes to a connected, real-time digital platform. The results delivered significant improvements in real-time visibility, incident investigation, and safety compliance. All critical in utilities and underground work.

Context in Construction / Civil & Infrastructure Sector

In the construction and infrastructure sector, especially for utilities, relining, underground works, emergency response and maintenance, the key pressures are:

• Rapid deployment of crews, especially in emergent works or reactive maintenance (storm damage, drainage blockage, urgent sewer repairs).
• Complex field operations: multiple crews, vehicles, mobile equipment, remote sites, hazardous environments.
• Need for real-time visibility: which crew is where, what assets are deployed, what jobs are ongoing, what risks are present.
• Safety, compliance, investigations: in civil and infrastructure operations, incidents can arise (e.g., traffic, underground hazards, confined spaces) and having accurate data, evidence and job-history is critical.
• Data consistency and handoff: On traditional construction/maintenance sites, paper forms, handwritten logs, delayed reporting lead to inconsistent or incomplete data. That in turn impacts decision-making, compliance, asset management and safety culture.

PMA’s environment mirrors these challenges: they operate across eight core service areas, support both public and private infrastructure clients, and face the dynamic mix of reactive and planned works.

The Challenge

PMA operated in a dynamic environment with reactive emergency work, multiple service divisions, and complex safety requirements. Before implementing Kynection, the organisation faced three critical challenges:

Reactive Work Management

Emergency callouts and emergent works required rapid resource allocation without visibility into crew locations or asset status

“We do deal in a very dynamic environment where we need to respond to emergency callouts and emergent works at late notice. Having a system that links back through to the suite of Kynection enables better allocation of resources to jobs.” – Dayne Harkness, Project Engineer, PMA

Inconsistent Manual Data Capture

Paper forms and handwritten logs led to inconsistent data, delayed reporting, and missing critical safety information

“Previously we had data capture, but a lot of it was manually inputted or written on pieces of paper. Depending on how people chose to write something, you wouldn’t have a consistent data capture point.” – Dayne Harkness

In construction/civil operations this leads to delays in reporting, inability to track jobs in real time, risk of missing critical safety or compliance triggers.

Lack of Real-time Asset, Driver, and Crew Visibility

Without connected systems, PMA lacked the ability to see where assets (vehicles, equipment) were, what jobs were ongoing, or dynamically reassign crews when priorities shifted.

Incident Investigation & Driver/Crew Protection

On-site and in-vehicle incidents can result in safety exposures; construction & maintenance vehicles operate on roads, in confined or hazardous sites. Lack of objective evidence made incident investigation slow and incomplete; safety claims were difficult to defend.

The Solution

PMA adopted Kynection’s integrated system to digitise and connect its field operations, fleet, job-allocation and safety compliance. Specific components included:

• Integration of cameras (forward‐facing/driver/asset) in vehicles for real-time visibility and as “silent witnesses”.

“We’ve had a couple of road incidents where the camera has proven that we weren’t at fault. That’s very key — it effectively gives us a third-party witness in our trucks that doesn’t lie.” – Dayne Harkness

“It gives us the ability to have a real-time overview of our assets in the field and the ability to reallocate jobs when required. Since introducing these, we’ve had a better response to incident investigation and prevention.” – Dayne Harkness

• Cloud‐based uploading of footage/data, enabling remote access for investigation, decision-making and oversight.

“It pushes it up to the cloud and you have the ability to remote access it… giving you the ability to make real-time decisions and review incidents.” – Dayne Harkness

• Digital job-allocation and mobile-tablet based job capture: moving away from paper forms, enabling consistent data capture, structured reporting and real-time status updates for field crews

• A staged rollout recognising the dispersed workforce and remote sites:

“It wasn’t going to be a hard and fast rollout across the company — it was a staged approach. We have a dispersed workforce, so training and remote support can be quite difficult, but the ability to remote into mobile tablets from the office has made that support seamless.” – Dayne Harkness

• Supporting tools for onboarding and process adoption:

“We’ve started using the guide program to do out some guides and quick walkthroughs to pre-empt questions and explain processes thoroughly.” – Dayne Harkness

Implementation Approach

In the construction/infrastructure context, the implementation was shaped by these factors:

• Phased deployment: rather than “big-bang”, PMA recognised the risk of disrupting field operations, so opted for incremental rollout to ensure crew adoption, equipment compatibility and training.
• Field-centric training: crews working in remote civil sites, on trucks, in underground or storm-water systems, needed intuitive, mobile-tablet-based guides and remote support. The “Guide Program” offered digital walkthroughs rather than paper manuals.
• Integration with existing fleet and workflows: Big vehicles, specialised equipment (hydro excavation, CCTV inspection crawlers, pipe-rehabilitation rigs) required the system to tap into existing operations rather than displace them.
• Safety and compliance culture build: In the utility/construction sector, compliance to safety, quality and environmental standards is non‐negotiable. The technology solution had to support these imperatives (PMA already governed by an Integrated Management System for safety/quality/environment)
• Data consistency for asset management: Digitising job forms, fleet logs, incident reports creates structured data for analytics, forecasting asset wear, scheduling preventive works, and managing subcontractors or crews.

Results & Value for Construction / Civil Sector

The transformation delivered benefits highly relevant to construction/infrastructure operations:

• Greater asset and crew visibility in real time – enabling PMA to dynamically allocate resources, respond to emergent jobs, shift crews, and reduce idle time.
• Improved incident safety outcomes and driver/crew protection – the camera system gave objective evidence, reduced risk of false claims, improved investigation speed.
• Consistent, structured data capture – replacing disparate paper forms with digital data improved quality of information, allowed faster handoffs between field and office, and laid groundwork for analytics.
• Improved compliance, safety culture and quality outcomes – With one connected system, PMA strengthened safety mindset, improved monitoring and assurance across sites.

“The implementation of Kynection has enhanced what we already had in place. It’s added an element that strengthens our compliance and encourages a positive safety mindset within our organisation.” – Dayne Harkness

• Foundation for future innovation – With consistent data capture and digital workflows, the organisation is better placed to adopt AI, predictive analytics and automation.

“Now that we’ve developed consistent data capture, it certainly opens the door for AI to come in more so than it ever has before.” – Dayne Harkness

Regulatory Alignment

PMA operates under strict compliance requirements including ISO management systems for safety, quality, and environmental standards. As a utility contractor working with councils and government bodies, they must maintain documented evidence of safe work practices, incident investigations, and compliance audits. 

The integrated system’s digital workflows, camera systems, and real-time reporting ensure PMA meets ISO certification requirements whilst supporting their Integrated Management System (IMS) across all service divisions.

Key Outcomes

• Real-time asset and crew visibility enabling dynamic resource allocation and rapid emergency response
• In-vehicle camera systems providing objective evidence for incident investigation and dispute resolution
• Structured digital job capture replacing paper forms and improving data consistency for audits
• Enhanced safety culture through automation of compliance checks and real-time safety monitoring

Why This Matters for “Transforming Construction”

For a webinar audience focussed on transforming construction, this case study offers the following take-aways:

• Construction/infrastructure firms often operate in dynamic, dispersed, field-intensive environments with significant safety/asset/crew risks.
• Digitisation isn’t just about switching paper to online, it is about integrating fleets, field crews, assets, job-allocation, incident data into a unified system that supports real-time decision-making.
• The role of mobile devices, connected cameras, cloud uploading, remote access are all enablers of modern field operations, even in civil/underground utilities work.
• Culture and rollout matter: The staged approach and support/training frameworks show how to manage change in a construction environment with crews, vehicles, remote sites.
• Structured data becomes the basis for future innovation: predictive maintenance, AI-powered safety alerts, dynamic workforce allocation, so transformation is both immediate and strategic.
• Incident management and compliance are not just “nice-to-have” but critical in construction/infrastructure work where safety, environment and asset risk are high, having digital evidence via connected systems can materially reduce risk and cost.

Challenges & Considerations for Similar Construction Organisations

• The importance of change-management cannot be underestimated: crews on vehicles, working underground or on remote civil sites may resist new systems; training and phased rollout are critical.
• Integration with existing heavy plant, specialised equipment and field workflows is non-trivial in civil/infrastructure operations.
• Data governance, security and compliance around cloud data, video footage, asset tracking must be addressed upfront, particularly for construction firms who may operate in regulated environments.
• The benefits of structured data are cumulative: short term wins (better visibility, incident evidence) but long term value (analytics, AI) require discipline in data capture and workflow adherence.
• ROI in a civil/maintenance context may come via reduced incident costs, faster allocation/redeployment, better compliance and fewer delays, not just direct revenue uplift.

The PMA + Kynection case offers a strong blueprint for construction and infrastructure firms seeking to transform their field operations. It moves beyond simple digital forms into a connected ecosystem of assets, crews, jobs and data: delivering improved safety, visibility, control and operational agility. 

For organisations working across field-intensive, dynamic, reactive environments (maintenance, utilities, infrastructure, civil works), this example is highly relevant.

https://youtu.be/6Ao_8xUPfH8