ITES-10818 - USA (Washington, DC) - RFI for Multi-Core Parallel Processing Services for Sensor Fusion Architecture - Presolicitation - Deadline September 23,2026

(1) Vendor needs to provide multi–core parallel processing services for sensor fusion architecture to the government authority located in Washington, DC.– Investigate and develop an efficient architectural structure/design to optimize sensor fusion algorithms within multi–core processors using parallel processing.– The enhancement of target tracking, situational awareness, and decision–making in manned and autonomous systems is accomplished by fusing data from multiple sensors (homogeneous and heterogeneous).– Develop a modular, platform–agnostic sensor fusion architecture that utilizes multi–core parallel processing to optimize data throughput and minimize latency. – The system must support the parallel execution of both whole–task and sub–task fusion algorithms across multiple processing cores to maximize hardware utilization.– The proposed architecture must demonstrate a significant reduction in process latency without the loss of fused track data or correlation accuracy.– Parallelization: Ability to decompose fusion tasks into sub–tasks (spatial–alignment, temporal correlation, and attribute fusion) for concurrent execution.– Track Integrity: Elimination of track loss currently caused by serial processing bottlenecks or aggressive data–prioritization filters.– Latency: Real–time processing capability to support operator’s decision–making in dynamic, complex environments.– Platform Integration: Size, Weight, and Power (SWaP) for the processing unit should be compatible with 5th–generation or later platforms (typically 0.5 to 1.0 cubic feet and 28V DC power).