Water Utility Advanced Metering Infrastructure System

The Massachusetts state government is seeking proposals for a Water Utility Advanced Metering Infrastructure (AMI) System, with the full Request for Proposal (RFP) available exclusively on ProjectDog.com under Code #867434. This procurement opportunity is designed to upgrade and modernize water utility infrastructure through an advanced metering technology solution. The project aims to implement a comprehensive AMI system that will enhance water resource management, improve billing accuracy, and provide real-time consumption data for utility operations. Interested vendors must submit their detailed proposals by December 9, 2025, following the specific guidelines outlined in the complete RFP document. The procurement process will likely involve a comprehensive evaluation of technical capabilities, system integration potential, cost-effectiveness, and overall solution quality. Potential respondents should carefully review the full RFP to understand the specific technical requirements, submission protocols, and evaluation criteria for this critical infrastructure project.

While specific details about set-aside designations or disadvantaged enterprise requirements are not explicitly provided in the available information, potential vendors should anticipate standard state procurement guidelines regarding minority and small business participation. The procurement appears to be a significant technological infrastructure investment for the water utility sector, suggesting potential contract values could range substantially depending on the comprehensive scope of the AMI system. Respondents will likely need to demonstrate extensive experience in water utility technology, advanced metering systems, data integration, and municipal infrastructure solutions. Vendors should be prepared to showcase their technical capabilities, provide detailed implementation strategies, and demonstrate a proven track record of successful AMI system deployments in similar municipal or utility environments. The project represents a significant opportunity for technology providers specializing in water utility infrastructure and advanced metering technologies.