Real Time Radio Frequency Identification (RFID) Tracking System

The District of Columbia's Office of Contracting and Procurement, acting on behalf of the Department of Corrections (DOC), is seeking a comprehensive turnkey project for implementing a Real Time Radio Frequency Identification (RFID) tracking system. The procurement targets a state-of-the-art active RFID technology solution that is fully compatible with IEEE 802.11b/g standards. Primary objectives include enhancing inmate management and accountability, improving operational productivity, reducing jail operational costs, and significantly increasing safety for correctional officers and staff. The desired solution requires customized hardware and software equipment specifically designed to meet the DOC's complex tracking and management needs. The contract opportunity was posted on November 8, 2007, with an unusual due date of December 30, 1899, which may indicate a potential data entry error in the original posting. The most qualified contractor will be selected to provide a comprehensive technological solution that integrates advanced tracking capabilities into the correctional facility's existing infrastructure.

While specific set-aside designations are not explicitly mentioned in the provided documentation, the procurement appears to be open to qualified technology contractors with specialized experience in correctional facility tracking systems. The contract does not specify restrictions on business size or type, suggesting a competitive bidding process for capable vendors. No incumbent vendors or current contractors are identified in the available information. The procurement does not outline a specific budget range or award value, though the comprehensive nature of the project suggests a significant investment in technological infrastructure. The RFID system's requirements indicate a need for vendors with expertise in radio frequency identification technology, IEEE standards compliance, and corrections management systems. Potential respondents should be prepared to demonstrate advanced technological capabilities, customization potential, and a clear understanding of the DOC's operational safety and efficiency goals.