NATO Business Opportunity: Portable Global Navigation Satellite Systems (GNSS) Jammer Kits

Headquarters Supreme Allied Commander Transformation (HQ SACT) intends to issue a Request for Proposal (RFP) for portable Global Navigation Satellite Systems (GNSS) jammer kits. U.S. Prime Contractors and Subcontractors must 1) maintain a professionally active facility within the United States, 2) be approved for participation in NATO Competitive Procurement (NCP), and 3) be issued a Declaration of Eligibility (DOE) by the U.S. Government. The objective is to deliver six (6) portable GNSS jamming kits, which can be used either in operations or during exercises and training. To award the contract(s), HQ SACT will apply a Sealed Bidding Procedure in accordance with the Procurement Policy for NATO Common Funding. The contract will be awarded as a fixed-price deliverable contract. The reference for the RFP is RFP-ACT-SACT-26-101 and all correspondence regarding the RFP should include this reference. DESCRIPTION OF REQUIREMENT Modern operations rely on Global Navigation Satellite Systems (GNSS) for positioning, navigation and timing. These systems support navigation, safety, sensor and data link synchronization, and the deployment of autonomous systems. However, their reliance on radio signals renders them vulnerable to jamming, spoofing, or cyberattacks. Intentional or accidental GNSS interference may cause the loss of automatic positioning and timing for vehicles, vessels and aircraft, including their autonomous systems and precision-guided munitions. Small and medium drones rely on GNSS for navigation and on radio links for control and video, so interfering with either can push a drone off course, trigger a failsafe such as hovering, landing or returning to base, or cut the operator's view. This is why GNSS and link interference is a core part of counter-UAS defense, and why operators need to understand how it affects both hostile and friendly drones. To prepare operators, NATO's training and evaluation teams need systems that can generate controlled interference on G