180-20250604121326 jpsd

The Jackson Public School District (JPSD) is seeking proposals for four distinct cybersecurity technology projects through a Request for Proposal (RFP) process scheduled for bid opening on July 21, 2025, at 10:00 A.M. The specific technology projects include JPSD CYBER 2025 ASM, End-Point Protection, Disaster Recovery, and Network Access Control (NAC). Vendors must register with Central Bidding to electronically submit proposals, with an optional submission fee of $49.99, and can access proposal documents through the Central Bidding website or JPSD website. The final date for submitting questions is June 16, 2025, and proposals must be submitted to the Business Services Office before the opening time. Vendors should note that the Board of Trustees reserves the right to reject all RFPs, waive informalities, and withhold acceptance of any proposal for forty-five calendar days from the opening date. The RFP will be advertised in local publications including the Clarion-Ledger, Jackson Advocate, and Mississippi Link, with publication dates in early June 2025.

While specific set-aside designations are not explicitly detailed in the provided documentation, vendors will need to be registered with Central Bidding to participate in the procurement process. The RFP covers cybersecurity infrastructure improvements across multiple technology domains, suggesting a comprehensive technology upgrade initiative for the school district. Potential vendors should be prepared for potential board review and award notification following the bid date. For process-related inquiries, vendors can contact Central Bidding at 225-810-4814. Though specific budget ranges are not disclosed in the document, the multi-faceted nature of the cybersecurity projects indicates a significant technology investment by the Jackson Public School District. The procurement appears to be focused on enhancing the district's technological security infrastructure, with a particular emphasis on endpoint protection, disaster recovery capabilities, and network access control.