Select the pipe inspection software tailored to your organization’s specific needs.
This comprehensive guide identifies critical features, integration capabilities, cost considerations, and tips for securing stakeholder buy-in for choosing the right software solutions. With case studies and practical insights, utilities, contractors, and municipalities are empowered to make informed decisions that enhance pipeline maintenance and operational efficiency.
Determining the right pipe inspection software can be complex. Our Pipe Inspection Software Buyers Guide makes it simple.
Why is Pipe Inspection Software Essential Understand how inspection software streamlines operations, boosts accuracy, and enhances compliance. Learn why ditching manual processes can reduce errors and cut costs.
Key Features to Look For Explore the must-have features like GIS integration, mobile access, cloud storage, and automated reporting that can transform how you manage inspections.
Integration Capabilities See how advanced software integrates with your existing systems, such as GIS and asset management solutions, to offer a seamless data flow across platforms.
Cost Considerations and ROI Get insights into cost-effective solutions, budgeting tips, and the potential ROI—proving the value of investing in top-tier inspection software.
Implementation Best Practices From securing stakeholder buy-in to staff training, discover steps to ensure a smooth and successful rollout.
This guide will empower you with the knowledge to choose software that not only fits your technical requirements but also aligns with your operational goals. Download this guide today and gain:
A clear understanding of essential software capabilities.
Actionable advice for vendor selection and deployment.
Case studies showing real-world integrations in action.
Strategies for maximizing long-term value and return on investment.
Whether you’re upgrading your current system or investing in inspection software for the first time, this guide is your roadmap to smarter, more efficient pipeline management.
FAQs About Sewer and Stormwater Pipe Inspection Software
Pipe inspection software is a specialized platform used by water and wastewater utilities, municipalities, and CCTV contractors to capture, code, manage, and report on pipe inspection data. It supports inspection methods such as CCTV pipe inspection, sonar, and laser profiling, integrates with GIS platforms like Esri ArcGIS, and connects to asset management systems such as OpenGov EAM, Trimble Cityworks, and more. Modern pipe inspection software replaces manual data entry and paper-based workflows with mobile field capture, AI-assisted defect coding, cloud storage, and automated reporting.
The most important features in pipe inspection software are Esri GIS integration for mapping and spatial analysis, bi-directional integration with asset management systems (OpenGov EAM, Trimble Cityworks, Lucity, Tyler Technologies), AI-assisted defect recognition such as AiDetect for NASSCO PACP coding, hardware agnosticism so the software works with any camera manufacturer, mobile field data capture with real-time sync, browser-based and cloud-based access, configurable inspection templates, automated reporting, mobile mapping, and shareable inspection hyperlinks for video, photos, and reports.
Pipe inspection software cost depends on the deployment model, organization size, number of users, and feature set. Initial costs typically include software licensing, implementation, GIS and asset management integration, training, and configuration. Ongoing costs include subscription or renewal fees, maintenance and support, data storage, upgrades, and optional AI defect coding services priced per linear foot. Cloud-based subscription pricing generally has lower upfront costs than on-premise licensing. Asking vendors for a transparent five-year total cost of ownership is the best way to compare options.
Cloud-based pipe inspection software is hosted and maintained by the software vendor and accessed through any internet-connected device, with subscription pricing, automatic updates, built-in backup and disaster recovery, easier integration, and virtually unlimited storage. On-premise pipe inspection software is installed on local servers, accessed within the network or by VPN, requires dedicated IT staff for maintenance and updates, and has higher upfront costs. According to a 2023 American Public Works Association survey, 60 percent of respondents are using or considering cloud-based asset management solutions, reflecting a clear industry shift toward cloud deployment.
AI-assisted defect coding uses computer vision and machine learning to automatically identify, classify, and code defects in CCTV pipe inspection video according to industry standards such as NASSCO PACP. The technology dramatically reduces the manual coding workload, improves consistency, and surfaces defects that human reviewers can miss. AiDetect, the AI-assisted defect coding feature in ITpipes, is NASSCO PACP-compliant and uses a human-in-the-loop workflow in which artificial intelligence processes the inspection, flags defects, and a certified coder finalizes the report before delivery and integration with GIS and asset management systems.
Hardware-agnostic pipe inspection software is software that works with all major CCTV camera manufacturers and inspection hardware brands rather than being tied to a single vendor. This independence lets utilities and contractors choose the best camera for each job, mix equipment across crews, and replace hardware over time without losing access to historical data or being forced into a software migration. ITpipes is hardware-agnostic and supports a wide range of CCTV pipe inspection cameras and OEM systems.
Yes, modern pipe inspection software integrates directly with GIS platforms, most commonly Esri ArcGIS. This integration lets utilities visualize inspection data within a comprehensive geographic context, map pipe condition across the network, identify upstream and downstream impacts, and overlay inspection results with other utility data. The City of Sheboygan, WI uses ITpipes integrated with Esri ArcGIS Enterprise to manage aging infrastructure dating back to the 1800s, giving field crews and office staff real-time access to inspection videos and condition data inside the GIS interface.
Leading pipe inspection software platforms integrate bi-directionally with the major public works asset management systems, including OpenGov EAM (formerly Cartegraph), Trimble Cityworks (formerly Cityworks), Trimble Unity, Lucity, Tyler Technologies, Infor, IBM Maximo, and CentralSquare. Bi-directional integration means work orders flow from the asset management system into the inspection software, inspections are completed in the field, and the resulting data and media flow back into the asset record automatically. Arlington County, VA uses ITpipes with Esri and Cartegraph (now OpenGov EAM) to manage a 465-mile sanitary sewer system and reline 2,000 feet of pipe per week.
Choose a pipe inspection software vendor based on five criteria: industry experience including NASSCO PACP training and consulting expertise, robust customer support to minimize downtime, scalability so the software grows with your program, a proven track record with references from utilities or contractors of similar size, and tailored configuration that fits your specific camera hardware, workflows, and integrated systems. Also confirm data ownership, integration capability with your GIS and asset management systems, transparent multi-year pricing, and the vendor's commitment to software (not hardware) as their core business.
The ROI of pipe inspection software comes from seven primary areas: reduced labor costs through automation of data entry, report generation, and scheduling; improved data accuracy from AI-assisted coding and GIS integration; optimized asset management that extends pipe life and reduces emergency repairs; maximized inspection efficiency with mobile workflows; lower regulatory compliance costs through automated documentation; reductions in emergency repair frequency from predictive condition data; and better resource allocation across the maintenance program. Utilities using AiDetect have cut manual coding time from 16 hours per mile to roughly 4 hours per mile and expanded annual network coverage from 10 to 15 percent up to 20 to 30 percent.
