About
Daupler is a full-featured Response Management System (RMS) purpose-built for water, sewer, electric, multi-utility, public works, and trash collection organizations. The platform manages the entire lifecycle of service requests and emergencies—from initial call intake through field crew deployment, customer notification, and post-incident analytics. Daupler AI intelligently optimizes call management, dispatch decisions, and response coordination, replacing hours of phone work with automated workflows. The Daupler Answering service deploys trained call center agents to handle after-hours or overflow calls, ensuring every urgent incident is captured and escalated appropriately. The automated Callout tool rapidly assembles field crews by notifying on-call personnel in sequence, reducing crew formation time dramatically. On the customer side, Daupler Engage lets customers submit photos and notes with incident details and track real-time progress online—minimizing unnecessary callbacks. Daupler Notify sends mass text notifications to keep entire communities informed during outages or events. Event Detection automatically groups related incidents and coordinates documentation and communications across them. Daupler Analytics delivers actionable insights from historical incident data to support maintenance planning and workforce management. Deep integrations with GIS, work order, and other utility information systems centralize data for organizations of all sizes. Safety features log crew arrival times and check-ins to ensure field personnel remain accounted for in hazardous environments. Daupler is trusted by utilities and public works agencies seeking to reduce costs, accelerate dispatch, and deliver better service to their communities.
Key Features
- Daupler AI Dispatch: AI-optimized call management and dispatch coordination that intelligently routes and prioritizes service requests and emergencies, reducing response overhead.
- Automated Crew Callout: Automatically contacts on-call personnel in roster order to form field crews, cutting crew assembly time from hours to minutes.
- Customer Engagement & Tracking: Daupler Engage allows customers to submit photos and notes with incident details and monitor real-time progress online, reducing unnecessary callbacks.
- Mass Notification (Daupler Notify): Sends bulk SMS and text notifications to customers and stakeholders, keeping communities informed during outages or service events.
- Incident Analytics & Reporting: Daupler Analytics surfaces actionable insights from incident data to support maintenance planning, resource allocation, and team performance management.
Use Cases
- A water utility uses Daupler Answering and Daupler AI to handle after-hours emergency calls, automatically notifying on-call technicians and dispatching crews without a supervisor needing to manage the process manually.
- A public works department deploys Daupler Callout to form emergency road repair crews during winter storms, cutting crew assembly time from hours of phone calls to a five-minute automated roster notification.
- A municipal electric utility uses Daupler Notify to send mass SMS outage alerts to thousands of affected customers during a grid incident, keeping the community informed and reducing inbound call volume.
- A multi-utility organization integrates Daupler Analytics with their GIS and work order systems to identify recurring infrastructure failure hotspots and proactively plan maintenance schedules.
- A sewer district uses Daupler Engage to allow residents to submit photos of overflow incidents with their location, giving response teams richer incident context before crews arrive on site.
Pros
- Dramatic Time Savings: Customers report reducing after-hours call management from three hours or more down to just five minutes, thanks to AI automation and trained answering teams.
- End-to-End Response Coverage: Covers the full incident lifecycle—call intake, dispatch, crew callout, customer communication, and post-incident analytics—within a single integrated platform.
- Built for Critical Infrastructure: Designed specifically for utilities and public works with industry-relevant integrations, workflows, and safety features like crew check-in logging.
- Scales Across Organization Sizes: Serves both smaller municipalities and large multi-utility enterprises, with solutions tailored to organizational complexity and budget constraints.
Cons
- Narrow Industry Focus: Daupler is purpose-built for utilities and public works organizations, making it unsuitable for companies outside these verticals.
- Enterprise Pricing: As a specialized enterprise platform, pricing may be prohibitive for very small municipalities or organizations with limited technology budgets.
- Integration Complexity: Connecting Daupler to existing GIS, work order, and legacy utility systems may require significant setup time and IT involvement.
Frequently Asked Questions
What types of organizations use Daupler?
Daupler is used by water, sewer, electric, multi-utility, public works, and trash collection agencies across North America—ranging from smaller municipalities to large regional utility enterprises.
How does Daupler AI improve dispatch?
Daupler AI analyzes incoming calls and service requests to optimize routing, prioritization, and dispatch decisions, reducing the manual coordination burden on dispatchers and on-call staff.
Does Daupler integrate with existing utility systems?
Yes. Daupler RMS interfaces with multiple information systems including GIS platforms and work order management tools to centralize data and provide a unified view of incidents and resources.
How does Daupler handle after-hours calls?
Daupler's trained call center teams (Daupler Answering) can manage after-hours or overflow calls, triaging urgent issues for immediate notification and documenting non-critical requests for next-day follow-up.
What safety features does Daupler provide for field crews?
Daupler logs crew site arrival times and periodic check-ins, giving supervisors visibility into field personnel locations and statuses to ensure crews working with critical infrastructure return safely.
