North Star Applied Research

North Star Applied ResearchNorth Star Applied ResearchNorth Star Applied Research

North Star Applied Research

North Star Applied ResearchNorth Star Applied ResearchNorth Star Applied Research
  • Home
  • Our Mission
  • Prototypes
  • Capability Statement
  • Contact
  • More
    • Home
    • Our Mission
    • Prototypes
    • Capability Statement
    • Contact
  • Home
  • Our Mission
  • Prototypes
  • Capability Statement
  • Contact

Capability Statement


Northstar Applied Research Synergistic Technologies for a Secure & Sustainable Future

CAGE: 19JC2| UEI: V3Q3UE8LVU56 Status: Small Business Enterprise Contact: Ryan Davis, Director of Operations and Innovation | [202-930-8271] | [ryan@northstarappliedresearch.com] Address: [Clementon, NJ, 08021] | Website: northstarappliedresearch.com

COMPANY OVERVIEW

Northstar Applied Research specializes in edge AI sensing systems and advanced nanomaterials for defense and environmental applications. We focus on advancing early-stage dual-use technologies from proof-of-concept toward prototype demonstration, supporting the rapid acquisition goals of the DoD and civil agencies.

CORE CAPABILITIES

  • Edge Compute & Sensor Fusion: Passive acoustic and RF signal processing for autonomous threat detection (C-UAS) and environmental monitoring.
  • Nanostructured Composites: Material platforms with applications in environmental filtration (PFAS) and radiation attenuation.
  • Secure Infrastructure: DevSecOps, zero-trust architectures, and secure cloud integration for tactical edge nodes.
  • Distributed Field Operations: Rapid deployment, geographic targeting, and logistics management of hardware assets.

TECHNOLOGY PORTFOLIO

  • Atmos-Clear (TRL 4 - Lab/Brassboard Prototype): A cyber-physical edge sensor node integrating acoustic micro-arrays and software-defined radio (SDR). Designed for low-SWaP passive domain awareness (C-UAS) and simultaneous hyper-local air quality tracking without active EM emissions.
  • Aqua-Puritas (TRL 1 - Concept): Early-stage research into nanostructured composite materials with dual-use applications in regenerative environmental filtration (PFAS capture) and radiation attenuation.

DIFFERENTIATORS

  • Dual-Use Architecture: Core technologies explicitly designed to align with AFWERX, DIU, and SBIR commercialization mandates, addressing both defense security and base resilience.
  • Hardware-Agnostic Edge AI: Machine learning models optimized for low-SWaP edge devices (e.g., NVIDIA Jetson) to minimize network bandwidth and cloud dependency.
  • Security & Compliance: Leadership holds active DoD Counterintelligence Certification, ensuring strict adherence to OPSEC and secure deployment protocols.

TARGET AGENCIES

  • Department of Defense: AFWERX / AFRL / Defense Innovation Unit (DIU)
  • Civil / Infrastructure: U.S. Army Corps of Engineers (USACE) / Environmental Protection Agency (EPA)

LEADERSHIP & PAST EXPERIENCE

Our team anchors rapid prototyping with rigorous operational and engineering fundamentals:

  • Engineering Leadership: Prior experience supporting DevSecOps and secure cloud infrastructure programs within the defense sector, ensuring prototype architectures are secure-by-design.
  • Operations Leadership: U.S. Army Veteran expertise in defense procurement and Quality Assurance (QA), combined with 10+ years of executive experience managing large-scale, geographically dispersed field operations and complex logistics budgets.

CONTRACT VEHICLES & CODES

Available for SBIR/STTR partnerships, Broad Agency Announcements (BAAs), and Commercial Solutions Openings (CSOs).

Primary NAICS: * 541715 - Research and Development in the Physical, Engineering, and Life Sciences Secondary NAICS: * 541330 - Engineering Services

  • 541511 - Custom Computer Programming Services
  • 541620 - Environmental Consulting Services Primary PSC Codes: * AC12 (National Defense R&D), AH92 (Environmental R&D), 5840 (Radar/RF Equipment)

Copyright © 2026 North Star Applied Research - All Rights Reserved.

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

DeclineAccept