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KRI AT NORTHEASTERN UNIVERSITY, LLC
BURLINGTON, MA, 01803
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Other Than Small Business
Prime contracting experience
11 records from government sources. Past participation is not evidence of current teaming interest.
| Role | Agency | Description | Vehicle | Obligated | Action date | Period |
|---|---|---|---|---|---|---|
| Prime | Department of Defense Department of the Army | TASK ORDER III UNDER BASE INDEFINITE DELIVERY, INDEFINITE QUANTITY W911QX23D0004 FOR RESEARCH AND DEVELOPMENT SERVICES TO RESEARCH NON-IONIZING ELECTROMAGNETIC RADIATION EFFECTS (NIEMRE). | W911QX23D0004USAspending | $6,300,000 | Jul 9, 2026 | Mar 5, 2026 – Sep 30, 2027 |
| Prime | Department of Defense Department of the Army | METHODOLOGY ANALYSIS AND ASSESSMENT OF COMPLEX SYSTEMS AND TECHNOLOGIES ACROSS MULTIPLE DOMAINS: PERCEPTIVE AND REACTIVE AUTONOMOUS NAVIGATION IN CHALLENGING ENVIRONMENTS (PRANCE) - BLACK WIDOW | W911QX23D0002USAspending | $427,741 | Feb 26, 2026 | Jun 6, 2025 – Nov 30, 2026 |
| Prime | Department of Defense Department of the Army | METHODOLOGY ANALYSIS & ASSESSMENT OF COMPLEX SYSTEMS | W911QX23D0002USAspending | $1,000,000 | Sep 25, 2025 | May 14, 2025 – Nov 30, 2026 |
| Prime | Department of Defense Department of the Army | RAPID EVALUATION FOR OIB FUNDING STRATEGIES | W911QX23D0002USAspending | $1,500,000 | Sep 12, 2025 | Oct 1, 2025 – Sep 30, 2026 |
| Prime | Department of Defense Department of the Army | TASK ORDER 2 UNDER BASE IDIQ W911QX23D0004 FOR R&D SERVICES TO RESEARCH NON-IONIZING ELECTROMAGNETC RADIATION EFFECTS (NIEMRE). | W911QX23D0004USAspending | $2,650,000 | Sep 12, 2025 | Apr 8, 2024 – Aug 12, 2026 |
| Prime | Department of Defense Department of the Army | ANTENNAS AND SENSOR ADVANCEMENTS RESEARCH & DEVELOPMENT BROAD AGENCY ANNOUNCEMENT (BAA) | W911QX25D0004USAspending | $499,999 | Aug 21, 2025 | Mar 31, 2025 – Aug 31, 2026 |
| Prime | Department of Defense Department of the Army | TASK ORDER UNDER BAA BASE IDIQ W911QX23D0004 FOR R&D SERVICES TO RESEARCH NON-IONIZING ELECTROMAGNETC RADIATION EFFECTS (NIEMRE). | W911QX23D0004USAspending | $1,200,000 | Dec 2, 2024 | Jun 12, 2023 – Jun 30, 2025 |
| Prime | Department of Defense Department of the Army | TASK ORDER UNDER BAA IDIQ CONTRACT W911QX23D0002 FOR R&D SERVICES TO DEVELOP METHODOLOGIES FOR ANALYSIS & ASSESSMENT OF COMPLEX SYSTEMS AND TECHNOLOGIES ACROSS MULTIPLE DOMAINS. | W911QX23D0002USAspending | $934,700 | Aug 20, 2024 | Feb 14, 2024 – Sep 1, 2025 |
| Prime | Department of Defense Department of the Army | TASK ORDER UNDER BAA IDIQ CONTRACT W911QX23D0002 FOR R&D SERVICES TO DEVELOP METHODOLOGIES FOR ANALYSIS & ASSESSMENT OF COMPLEX SYSTEMS AND TECHNOLOGIES ACROSS MULTIPLE DOMAINS. | W911QX23D0002USAspending | $800,000 | Aug 7, 2024 | Jun 2, 2024 – Jun 30, 2025 |
| Prime | Department of Defense Department of the Army | TASK ORDER UNDER BAA BASE IDIQ CONTRACT NUMBER W911QX23D0002 FOR R&D SERVICES TO DEVELOP A METHODOLOGY FOR ANALYSIS & ASSESSMENT OF COMPLEX SYSTEMS AND TECHNOLOGIES ACROSS MULTIPLE DOMAINS. | W911QX23D0002USAspending | $3,290,742 | May 9, 2024 | Jan 1, 2023 – Dec 13, 2024 |
| Prime | Department of Defense Department of the Navy | THIS EFFORT WILL DEVELOP AND DEPLOY A SYSTEM OF SYSTEMS (CYBER-ASSURED EXPEDITIONARY SYSTEMS AND FULL SPECTRUM CYBER EFFECTS) BASED ON A BROADLY INTERDISCIPLINARY EFFORT OF RESEARCH AND DEVELOPMENT, INCORPORATION OF AVAILABLE COMPONENTS AND SYSTEMS, | — | $5,550,251 | Jan 17, 2023 | Sep 10, 2021 – Mar 5, 2023 |
Contract vehicles are shown only when present in the source record. Linked award numbers and vehicles open the authoritative record on USAspending.gov.
Subcontracting experience
6 records from government sources. Past participation is not evidence of current teaming interest.
| Role | Agency | Description | Vehicle | Obligated | Action date | Period |
|---|---|---|---|---|---|---|
| Subcontractor | Department of Defense | 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. 2025-0022_KRI Parent award context Parent award agency: Department of Defense · Department of the Air Force Parent award NAICS: 541715 Parent award performance state: MA Parent award description: PROJECT ISTANBUL View parent award on USAspending | — | $420,000 | Jan 22, 2026 | — – — |
| Subcontractor | Department of Defense | 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 OSA00000467AM1 Parent award context Parent award agency: Department of Defense · Defense Advanced Research Projects Agency Parent award NAICS: 541715 Parent award performance state: TN Parent award description: CONTINUOUS-CORRECTNESS ON OPAQUE PROCESSORS (COOP) DEVELOP HARDWARE AND SOFTWARE TOOLS TO GUARANTEE THAT SOFTWARE IS RUNNING CORRECTLY BY COMBINING FORMAL METHODS AND SIDE-CHANNELS View parent award on USAspending | — | $212,812 | Jul 28, 2025 | — – — |
| Subcontractor | Department of Defense | RESEARCH AND DEVELOPMENT 0000890461 Parent award context Parent award agency: Department of Defense · Defense Advanced Research Projects Agency Parent award NAICS: 541714 Parent award performance state: OH Parent award description: DARPA RESEARCH PROJECT View parent award on USAspending | — | $987,665 | Jun 14, 2025 | — – — |
| Subcontractor | Department of Defense | 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. OSA00000467 Parent award context Parent award agency: Department of Defense · Defense Advanced Research Projects Agency Parent award NAICS: 541715 Parent award performance state: TN Parent award description: CONTINUOUS-CORRECTNESS ON OPAQUE PROCESSORS (COOP) DEVELOP HARDWARE AND SOFTWARE TOOLS TO GUARANTEE THAT SOFTWARE IS RUNNING CORRECTLY BY COMBINING FORMAL METHODS AND SIDE-CHANNELS View parent award on USAspending | — | $428,000 | Feb 12, 2025 | — – — |
| Subcontractor | Department of Defense | "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" 126816 Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 541715 Parent award performance state: MO Parent award description: COVERT UNMANNED CYBER AND KOUNTERMEASURES FOR OFFENSIVE OPERATIONS (CUCKOO) View parent award on USAspending | — | $535,622 | May 9, 2024 | — – — |
| Subcontractor | Department of Defense | TASK 1: MATERIAL DESIGN
TASK 1.4: TRANSLATION TO JANUS NANOPARTICLES AS AEROSOLS
DESCRIPTION: SUPPORT DEVELOPMENT OF AEROSOL FORMULATIONS WITH THE SIZE, COMPOSITION, AND MORPHOLOGY SELECTED TO MAXIMIZE PARTICLE MASS EXTINCTION, LIFETIME, AND REFLECTED VIS/NIR COLORS IN PREPARATION FOR ASYMMETRY ANALYSIS.
TASK 2: ESTABLISHING VIS€€ŒNIR ASYMMETRY
TASK 2.1: QUANTIFY DEGREE OF PASSIVE ASYMMETRY OF JANUS PARTICLES IN SOLUTION CHAMBERS
DESCRIPTION: SUPPORT EXPERIMENTAL VALIDATION OF THE DEGREE OF VIS-NIR ASYMMETRY IN ABSENCE OF EXTERNAL STIMULUS OF COMPONENT PARTS AND COMBINED UNIT.
TASK 2.2: PASSIVE ASYMMETRY IN AEROSOLS
DESCRIPTION: SUPPORT EXPERIMENTAL VALIDATION OF THE DEGREE OF VIS-NIR ASYMMETRY OF FIELD-FREE AEROSOLS MADE FROM JANUS NANOPARTICLES OF COMPONENT PARTS AND COMBINED UNIT.
TASK 2.3: ESTABLISH MINIMUM POWER REQUIREMENTS FOR PARTICLE ASYMMETRY IN AEROSOLS
DESCRIPTION: LEAD INITIAL FEASIBILITY STUDIES OF JANUS GEOMETRIES.
TASK 2.4: ESTABLISH MINIMUM POWER REQUIREMENTS FOR PARTICLE ASYMMETRY IN AEROSOLS
DESCRIPTION: LEAD THE DESIGN AND IMPLEMENTATION OF TEST PLATFORMS TO INDUCE AEROSOL POLARIZATION IN ~1 CM3 CHAMBER.
TASK 3: MODULATING ASYMMETRY
TASK 3.1: ESTABLISH POWER INPUT/PROCESSING/SENSING NEEDED TO INDUCE, CHANGE, AND MAINTAIN ASYMMETRY IN BIOHYBRID AEROSOLS
DESCRIPTION: LEAD THE DESIGN AND IMPLEMENTATION OF TEST PLATFORMS€€?MEASURE ENERGY TRANSFER TO/FROM THE SOURCE TO THE FORMULATED AEROSOLS.
TASK 3.2: TRANSLATION TO EXPERIMENTAL FEASIBILITY STUDY OF MODULATION
DESCRIPTION: LEAD MODULATION STUDIES AND PLATFORM DEVELOPMENT€€?CONTROL AEROSOLS IN FLOW TO ENABLE POLARIZATION ENERGY TO BE QUICKLY RELEASED AND MAINTAINED TO MODULATE
VIS€€™NIR ASYMMETRY.
TASK 3.3: QUANTIFY THE ENERGY STORAGE IN THE POLARIZED AEROSOLS AND DETERMINE THE EFFECT ON THE KINETICS POST DEPLOYMENT
DESCRIPTION: LEAD MODULATION STUDIES AND PLATFORM DEVELOPMENT€€?DELIVER DATA ON THE ENERGY STORAGE AS A FUNCTION OF THE AEROSOL COMPOSITION, CONCENTRATION, SIZE, AND
GEOMETRY THAT WILL BE USED TO GUIDE THE DESIGN OF ANY OPTIMIZED VERSIONS.
TASK 3.4: ACTIVE ASYMMETRY LABORATORY DEMONSTRATION
DESCRIPTION: LEAD MODULATION STUDIES AND PLATFORM DEVELOPMENT€€?COMPLETE LAB-BASED DEMONSTRATION OF ACTIVE ASYMMETRY WITH > 80% PID AND < 20% PD USING A SINGLE PLUME
SOURCE.
TASK 4: OBSCURANT DESIGN
TASK 4.4: PROTOTYPING PLUME-LEVEL AEROSOLS CONTAINING JANUS PARTICLES
DESCRIPTION: LEAD MODULATION STUDIES AND PLATFORM DEVELOPMENT€€?DEVELOP SCALED PLUME FORMATION TECHNIQUE CAPABLE OF AEROSOLIZING LEAD BIOHYBRID JANUS PARTICLES WITH SUITABLE HARDWARE MECHANISMS FOR ACHIEVING MULTICOMPONENT (E.G., ORIENTATION, DISPERSION, ABSORPTION/REFLECTANCE) CONTROL.
TASK 4.6: DEMONSTRATING PLUME-LEVEL PERFORMANCE ASYMMETRY MODULATION
DESCRIPTION: LEAD MODULATION STUDIES AND PLATFORM DEVELOPMENT€€?DEMONSTRATION OF MATERIAL DEPLOYMENT, FUNCTION, AND MODULATION IN LAB-CHAMBER TESTS. ACTIVE ASYMMETRY
IN VISIBLE-NIR RANGE WILL BE TESTED WITH GOALS OF PID > 80% AND PD < 20%. 504341-78050 AM 1 Parent award context Parent award agency: Department of Defense · Department of the Air Force Parent award NAICS: 541715 Parent award performance state: MA Parent award description: CODED VISIBILITY (CV) - GENERATING ASYMMETRIC OBSCURANTS USING ADAPTIVE JANUS AEROSOLS (GOJA) View parent award on USAspending | — | $119,828 | Oct 24, 2023 | — – — |
Contract vehicles are shown only when present in the source record. Linked award numbers and vehicles open the authoritative record on USAspending.gov.
Agencies supported
- Department of DefenseGov-sourced
Government-sourced data comes from SAM.gov, SBA and USAspending.gov and is attributed to its source. Items marked company-reported were provided by the company and are verified by FedSub only where labeled. FedSub is a private company and is not affiliated with SBA, GSA/SAM.gov, or any government agency.