WinCan’s Sewermatics data services are making it easier for municipalities to overcome bottlenecks and workload spikes. Tools like data translation and visualization have long-term effects on inspection analysis and planning, and AI-supported defect coding keeps projects on pace and within budget. Backed by WinCan Web’s cloud infrastructure, Sewermatics can easily help inspection teams deliver results faster, directly to WinCan Web for access from anywhere in the world.
New Work Order Management Capabilities Help Municipalities Coordinate Sewer Inspection Work and Track Progress.
WinCan Web’s enterprise features support enhanced work order management within WinCan’s secure cloud ecosystem. Equipped with a detailed dashboard for fast, click-of-a-button metrics, WinCan Web’s enterprise solution enables teams to edit, review, approve and track work orders directly from the cloud. These work orders bring together project file, section data and inspections, and with in-depth mapping capabilities built directly into WinCan Web, enterprise users can monitor work orders city-wide, allowing for faster identification of maintenance trends. They can gain insights on an entire system as a whole and then drill down into the details of specific lines and inspections. WinCan Web’s enterprise features enable municipalities and contractors to conduct essential overwatch of sewer system health, and it fits right into any WinCan workflow.
With the latest update to Version 12, WinCan VX proves yet again to be the most innovative and well-supported sewer inspection software on the market. From intuitive adjustments in UI to top-level integration pathways, V12 brings added convenience and streamlined functionality to core sewer inspection workflows in WinCan.
When disaster strikes a municipality, it can destroy decades of work on infrastructure and place communities at continued risk for years to come. With the increase in extreme weather events, municipalities need an all-encompassing emergency response plan. Environmental crises can quickly destroy a wastewater system’s integrity, resulting in dangerous conditions for surrounding roadways and homes. This also leads to costly repairs that disrupt annual maintenance requirements and inspection timelines, creating a rippling effect that can disrupt a community for years.
Artificial intelligence, or AI, has entered the sewer market in a big way. Not only is it expediting sewer inspection workflows, it’s providing an avenue for data to be organized, analyzed and updated automatically. The rippling effects of AI-powered defect coding alone are quickly changing the way municipalities approach sewer maintenance and asset management. And with ROI often top of mind for most municipal sewer teams, WinCan’s Sewermatics is already delivering positive results for AI defect coding projects.
The wastewater industry is seeing shifts in core workflows, creating trends toward more efficient tech and more resilient infrastructure. In particular, use of artificial intelligence (AI) will continue to spread as municipalities migrate toward predominantly cloud-based workflows. But beyond technology, the United States is putting renewed effort into rehabilitating infrastructure, with more cities investing in sustainable, resilient sewer systems with the ability to adapt in the face of extreme weather.
GIS queries allow sewer inspection teams to quickly review specific data and better understand the location and condition of a pipe section or sewer system. They are user-initiated requests to translate data points into actionable information.
Located at the confluence of three watersheds and surrounded by two salmon-bearing rivers, Springfield, Oregon, promotes good wastewater practices. The city has an initiative that addresses the fact that fats, oils, and grease (FOG) have no place in the sewers. This is one of many efforts the city has in place to keep its wastewater system clean and operating smoothly. With the help of WinCan VX integrated with Esri's ArcGIS Online, the city is enhancing efforts to ensure that main lines are healthy and wastewater is flowing properly.
With 225 miles of wastewater lines, varying from 6" to 60" in diameter, Springfield's wastewater inspection team needs technical solutions that encompass both maintenance and mapping. Chris Zeitner, Springfield's geographic information system (GIS) database administrator, says WinCan and Esri technologies have the integrated functionality needed to automate workflows between inspection and analysis, and to streamline the decision-support process.
WinCan has continued its innovative approach to sewer inspection by releasing new products and services this year. From powerful AI defect coding to entirely cloud-based inspection workflows, 2021 has been a full year for the development team at WinCan, and we are looking forward to an even better year in 2022.
Pipeline Assessment Certification Program (PACP) is a standardized system for coding sewer pipe inspection footage. At its core, PACP functions as a consistent language for wastewater professionals to use across all assessment activities, and it ensures that maintenance and management are completed quickly and properly.