Make it substantially easier, better, faster, safer, cheaper and with deeper levels of insight to more accurately inspect and assess sewers

• 64 bit ArcGIS Pro extension application.
• Work directly inside your existing Cloud and enterprise environment such as ArcGIS Online/Portal and share work and content across your organization.
• No Importing/Exporting of GIS: GIS-centric software. Connect directly to your Enterprise GIS (or Local, if preferred).
• Ability to dynamically link to dashboards such as ArcGIS Insights, including displaying and analyzing of multiple scenarios.
• All ArcGIS Pro Symbology and Mapping available (including 3D “Scenes”).
• Full support of ArcGIS Pro Pipeline Referencing and Utility Network.
• Compatible with ArcGIS Pro 3.x.
• Easy to use self-service tool giving you complete control of your inspection and condition assessment work.

AquaTwin DCI is predicated on rigorous image processing Automata Theory to identify pipe defects and quantify their severity. It is designed to efficiently recognize boundary patterns in high noise images like in grainy CCTV videos. Such high noise pattern recognition capability is particularly useful in effectively processing a wide range of video qualities – from grainy to sharp and from dim to well-lit videos.

• Recognizes patterns in high noise CCTVs.
• Quantifies light and shadows for defect classification and depth estimation.
• Identifies different NASSCO classes/categories of defects with low cross-over misidentification (e.g., surface damage vs. crack).
• Within a NASSCO category (such as surface damage or breaks) quantifies the degree of severity based on geometric information (e.g., boundaries, depths).
• Produces results with low false positives and high true positives.
• Quickly processes CCTV videos 10x to 100x faster than normal play speed.
• Requires no training which saves time and money.
• Processes all standard CCTV video formats including 4K video resolution.
• Scans individual CCTV or batch run CCTVs.
• Extends existing condition inspection data.
• Track deterioration over time.

• Automatically find defects and estimate their types, lengths, areas and depths.
• Work for any pipe material.
• Use rigorous computational automata algorithms. Get up and running immediately. No training data needed.

• Automatically code, rate and grade pipe condition based on defect type and severity
• Quickly compare results with NASSCO scores
• Identify defects missed by visual inspection, computer vision or NASSCO coding
• Locate material changes
• Validate coding, flag potential coding errors and detect missed codes
• Perform QA/QC of the defect coding, diagnose problems, and continuously monitor and visualize the health of your sewer system.

• Stream CCTV media (photos and videos) from the cloud and free-up valuable space on your local drive.
• Perform in-depth analysis of your inspection data and structural condition of your pipes.
• Import non-PACP standard (any format) survey data from various data sources.
• Instantly create detailed heat maps highlighting red flags requiring immediate attention.
• Enable more effective and efficient condition assessment, CIP and O&M Plan development.

• Directly leverage defect results in failure modeling and risk planning.
• Use detailed queries for highly specific planning.
• Results can be directly used in failure modeling, determining likelihood of failure as well as in renewal and replacement (R&R) diagrams to optimize CIP and O&M planning. They can also be compared with past inspections for improved decision making.

• Display, review and analyze results using dynamic analytic tools including vivid dashboards, heat maps, color coding, 2D and 3D mapping, tables and reports.