Bid #NY-ehig-g5x3-Derive_Technologies_LLC-2024-10-31-25848-12p7ns7. Battery Park City Authority, New York. Procurement type: Technology - Software Award method: Non Contract Procurement/Purchase Order Description: Subscription license Awarded. Awarded to Derive Technologies LLC.
Battery Park City Authority awarded this solicitation to Derive Technologies LLC. This page is retained as a permanent public record of the contract award; the original solicitation below is preserved as published.
Procurement type: Technology - Software Award method: Non Contract Procurement/Purchase Order Description: Subscription license Awarded to: Derive Technologies LLC Amount: $25,848 Authority: Battery Park City Authority Vendor location: NEW YORK, NY
The agency published this document with the solicitation:
Battery Park City Authority issued this it and technology opportunity in New York, referenced as solicitation number NY-ehig-g5x3-Derive_Technologies_LLC-2024-10-31-25848-12p7ns7. The estimated contract value is approximately $25,848.
Battery Park City Authority in New York is using this solicitation to procure technology work. Public buyers typically advertise this kind of work as an Invitation for Bids (IFB), Request for Proposals (RFP), or Request for Qualifications (RFQ), depending on whether the selection is price-driven, qualifications-driven, or both. Bidders responding to a technology solicitation in New York are generally expected to provide proof of liability insurance and workers' compensation coverage, hold any state license or trade certification required for the scope of work, and post performance and payment bonds for contracts above the agency's threshold.
Contracts of this type are usually awarded under the issuing agency's published procurement rules, with bid bond, performance bond, and reference requirements set in the solicitation documents. PublicBidSearch indexes this solicitation alongside other open bids in New York so contractors and vendors can compare active opportunities by category, agency, or location without monitoring each procurement portal individually.
Loading PublicBidSearch…