RFQ #10205701 - Satellite Communication Devices & Plan Services

The California Department of Water Resources (DWR) has issued Request for Quote (RFQ) #10205701 for satellite communication devices and service plans to support staff working in remote field locations throughout the state. The procurement seeks standalone communication devices with specific technical requirements, including two-way text messaging, location tracking, SOS alert capabilities, map sharing, and weather forecasting functionalities. Mandatory device specifications require global satellite coverage, flexible airtime plans, unlimited text and check-in messages, tracking intervals of 2 minutes or greater, unlimited location requests, and basic weather updates. The RFQ was posted on November 13, 2024, with responses due by November 27, 2024, at 2:00 pm PT. The anticipated contract term is one year, running from December 15, 2024, to December 14, 2025, with an option to extend for an additional year. Evaluation criteria will likely focus on meeting the technical specifications, device functionality, service coverage, and ability to support staff communications in remote California field locations.

The RFQ includes provisions for small business and disabled veteran business enterprise (DVBE) preferences and incentives, potentially offering competitive advantages to qualifying businesses. The anticipated budget for this contract is $100,000, indicating a moderate-sized procurement opportunity for satellite communication providers. An intent to award notification dated December 19, 2024, indicates that GovMobile is the proposed contractor, with interested parties having until December 26, 2024, to protest the award decision. The procurement appears to be structured to support DWR staff who require reliable communication tools in areas with limited traditional cellular coverage. While no incumbent vendor is explicitly mentioned prior to the intent to award, the specific technical requirements suggest a need for robust, specialized satellite communication solutions that can function independently in challenging field environments.