KRI AT NORTHEASTERN UNIVERSITY, LLC

• BATTELLE MEMORIAL INSTITUTE

  UEI F125YU6SWK59

  $987.7K

  Subcontractor to this prime · 1 sub-award · latest Jun 14, 2025

  • Defense Advanced Research Projects Agency
  • “RESEARCH AND DEVELOPMENT”
• VANDERBILT UNIVERSITY

  UEI GTNBNWXJ12D5

  $640.8K

  Subcontractor to this prime · 2 sub-awards · latest Jul 28, 2025

  • Defense Advanced Research Projects Agency
  • “2.1 BASE €“ SIM AND PROTOTYPE EFFORT EXECUTION OVER 12 MONTHS WILL HAVE AN EFFORT IN SENSOR DESIGN TO SUPPORT COOP OVERALL GOALS. SENSOR WILL OPERATE FROM 3-35MHZ IN INITIAL EFFORT. 2.2 OPT1 - VERIFICATION AND TESTING SUPPORT EXECUTION OVER 18 MONTHS TO SUPPORT MODIFICATIONS TO INITIAL INTERPOSER 2.3 OPT2 SENSOR DESIGN EXECUTION OVER 6 MONTHS TO DO A DETAILED DESIGN OF SENSOR 2.4 OPT3 IC FABRICATION EXECUTION OVER 6 MONTHS TO BUILD AND FABRICATE THE OPT2 SENSOR DESIGN AND SENSING BACKEND BASED ON COTS COMPONENTS”
  • “CREATION OF A SIDE CHANNEL INTERPOSER TO SUPPORT VANDERBILT UNIVERSITIES. EXECUTION OVER 12 MONTHS WILL HAVE AN EFFORT IN SENSOR DESIGN TO SUPPORT COOP OVERALL GOALS. SENSOR WILL OPERATE FROM 3-35MHZ IN INITIAL EFFORT. KRI WILL SUPPORT SIDE CHANNEL METHODS, ANALYSIS, SIMULATION, AND SENSOR DESIGN. ADMINISTRATIVELY KRI WILL SUPPORT PLANNING, MEETINGS AS JOINTLY AGREED UPON BY KRI AND VANDERBILT UNIVERSITY. IT WILL INCLUDE TIME AND TRAVEL TO SUPPORT GOVERNMENT AND OTHER SITES AS WELL AS INTERNAL MEETINGS AT KRI. IT IS ASSUMED ALL WORK DONE BY KRI ONSITE WILL BE UNCLASSIFIED AND AT MOST CUI.”
• THE CURATORS OF THE UNIVERSITY OF MISSOURI

  UEI J9CDGR596MN3

  $535.6K

  Subcontractor to this prime · 1 sub-award · latest May 9, 2024

  • Department of the Navy
  • “"1. STUDY AND ANALYZE HW/SW ARCHITECTURES TO SUPPORT SWAPPING OF RF MACHINE LEARNING CLASSIFIER MODELS. 2. ANALYZE THE PERFORMANCE OF ARCHITECTURES FROM TASK 1 COMPARED TO CURRENT STATE OF THE ART APPROACHES. 3. IDENTIFY AND GATHER SUITABLE DATASETS FOR RF CLASSIFICATION (E.G., DRONE TYPE BY RF TRANSMISSION E.G., IN 2.4GHZ/5.8GHZ BANDS, MODULATION TYPE) 4. DEVELOP AND ANALYZE AN RF MACHINE LEARNING CLASSIFIER THAT SHALL DETECT AND CLASSIFY MULTIPLE TYPES OF TARGETS. 5. PROTOTYPE A LOW SWAP HW/SW PLATFORM USING FPGAS TO DEMONSTRATE CLASSIFICATION AND COMMUNICATION"”
• SYSTEMS & TECHNOLOGY RESEARCH LLC

  UEI SA7ZWUEM9RG4

  $420K

  Subcontractor to this prime · 1 sub-award · latest Jan 22, 2026

  • Department of the Air Force
  • “CONDUCT COMPREHENSIVE EMI AND RF EMISSION MEASUREMENTS TO ASSESS COMPLIANCE WITH APPLICABLE STANDARDS (E.G., FCC, CE, MIL-STD, ETC., AS AGREED UPON BY BOTH PARTIES). CONTINUOUSLY MONITOR THE DUT DURING TESTING TO ENSURE PROPER FUNCTIONALITY AND CAPTURE ANY ANOMALIES OR DEVIATIONS.”

• NORTHEASTERN UNIVERSITY

  UEI HLTMVS2JZBS6

  $1.4M

  Subcontracted by this company · 2 sub-awards · latest Jul 25, 2025

  • Department of the Army
  • “THIS PROPOSAL AIMS TO ANALYZE AND VISUALIZE WEATHER MODEL ENSEMBLES FOR UNDERSTANDING AND CHARACTERIZING UNCERTAINTY IN A WAY THAT HELPS MILITARY METEOROLOGISTS, SUBJECT MATTER EXPERTS, AND STAKEHOLDERS IN ENSURING MISSION READINESS THROUGH EFFECTIVE DECISIONS. THE ANALYSIS APPROACHES WILL INCLUDE DATA-DRIVEN SCIENCES, SUCH AS STATISTICS AND ARTIFICIAL INTELLIGENCE, AND THE VISUALIZATION APPROACHES WILL DEVELOP METHODS FOR UNCERTAINTY COMMUNICATION AND USER-CENTRIC ANALYTICS. THE ANALYSIS WILL INFORM THE VISUALIZATION, WHILE BOTH WILL BE INFORMED BY US DOD STAKEHOLDER NEEDS.”
  • “PROJECT NU-1 TITLE: CRITICAL MATERIALS FOR PASSIVE ELECTRONIC WARFARE COUNTERMEASURES DOMAIN: SHIELDING THE OVERARCHING GOAL OF THE PROPOSED RESEARCH TASK IS TO DEVELOP AND INTEGRATE FSL/AUTOTUNE FILTER (ATF) COMPONENTS ON FUNCTIONAL SUBSTRATES AND OR SEMICONDUCTORS – THESE MAY INCLUDE SI, GAAS, AND WIDE BANDGAP SEMICONDUCTORS SUCH AS GAN, SIC, AND DIAMOND. TECHNICAL OBJECTIVES 1. DEVELOP FSL/ATF MATERIALS HAVING ULTRALOW GILBERT DAMPING PROPERTIES SUITABLE FOR X-KUBAND OPERATIONS. 2. DEMONSTRATE INTEGRATION OF FSL/ATF TO FUNCTIONAL SUBSTRATES AND OR SEMICONDUCTORS SUCH AS SI, GAAS, GAN, SIC, GAO, AND DIAMOND. PROJECT NU-2 TITLE: MULTI-PHYSICS MULTI-SCALE MODELS OF BIOLOGICAL & NEURAL TISSUE RESPONSES TO EXOGENOUS ELECTROMAGNETIC FIELDS DOMAIN: MODELING THE ELECTRIC FIELDS INDUCED IN THE BRAIN BY EXTERNAL HIGH FREQUENCY ELECTRIC MAGNETIC FIELDS (HF-EMF) SOURCES ARE COMMONLY APPROXIMATED USING FINITE ELEMENT HEAD MODELS. ESTIMATES OF THE ELECTRIC FIELDS EXPERIENCED INSIDE THE SKULL ARE NECESSARY INPUTS INTO BIOPHYSICAL MODELS THAT SIMULATE NEURONAL RESPONSES. SIMULATION OF THE NEURONAL RESPONSE PROVIDES KNOWLEDGE ABOUT STIMULATION MECHANISMS AND STIMULATION THRESHOLDS. TECHNICAL OBJECTIVES THE GOAL OF THE PLANNED WORK IS TO DEVELOP THE NECESSARY PIPELINE TO ESTIMATE THE NEURAL RESPONSE TO HF-EMF. THIS PIPELINE INVOLVES THE FOLLOWING ESSENTIAL COMPONENTS: 1. CREATION OF A REALISTIC HEAD MODEL; 2. INTRACRANIAL ELECTRIC FIELD ESTIMATION; 3. NEURAL ACTIVATION MODELING. PROJECT NU-3 TITLE: IMPACT OF TERAHERTZ RADIATION ON THE HUMAN BODY: SUBCELLULAR, CELLULAR, AND TISSUE MODELS DOMAIN: MODELING TECHNICAL OBJECTIVES THE GOAL OF THIS RESEARCH IS TO STUDY THE IMPACT OF SUCH SUB-TERAHERTZ AND TERAHERTZ RADIATION ON THE HUMAN BODY AT THE SUB-CELLULAR, CELLULAR, AND TISSUE LEVELS. THE INPUTS TO OUR MODELS WILL INCLUDE FREQUENCY, POWER, DIRECTIVITY//SPOT SIZE, AND BANDWIDTH/TEMPORAL DYNAMICS OF THE RADIATED FIELDS. THE OUTPUTS WILL INCLUDE SPATIAL DISTRIBUTION AND TEMPORAL EVOL”

Agencies generally may not award to excluded parties, and primes may not subcontract with them above the threshold in FAR 52.209-6 (except COTS items) without a compelling reason reported to the contracting officer (FAR 9.405, 9.405-2). Some exclusion types apply only to specific programs: read the record on SAM.gov.

No confirmed match on the Consolidated Screening List (screened Nov 13, 2026).

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