PartnershipApp/Partnership/companies/FTL_Labs_Corporation.json

{
  "company_name": "FTL Labs Corporation",
  "website": "https://www.ftllabscorp.com",
  "description": {
    "brief": "FTL Labs Corporation engineers and develops transitional technology, advancing highly marketable applied science from academia to the marketplace.",
    "detailed": "FTL Labs Corporation engineers and develops transitional technology, advancing highly marketable applied science from academia to the marketplace. They are committed to pushing forward cutting-edge technology with ingenuity, integrity, and professionalism to solve challenging customer problems. They specialize in cutting-edge research and development across various advanced technology fields, including prototype design, AI/machine learning, Big Data, and custom software solutions. They also work on transitioning academic technologies into in-use applications for both public and private sectors. Their work includes projects for defense agencies in areas like artificial intelligence, autonomous systems, advanced manufacturing, medical research, and fuel system technologies."
  },
  "location": {
    "headquarters": {
      "city": "Amherst",
      "state": "MA",
      "country": "USA"
    },
    "operations": []
  },
  "offerings": {
    "products": [],
    "services": [
      "Big Data / Analytics / Digitization / Visualization",
      "Machine Learning / AI / Semantic Computing",
      "Graphics / Games / AR and VR",
      "Modeling and Simulations",
      "Fuels, Water, and other Fluids",
      "Health and Human-Centric Solutions",
      "Sensing and Automation",
      "Sustainment/Logistics",
      "Rapid Prototype Design and Engineering",
      "Optics, Imaging, and Sensing",
      "Human Performance Optimization",
      "Biotechnology",
      "Custom Software Solutions",
      "Ultrasound and Acoustics",
      "Robotics"
    ],
    "solutions": []
  },
  "technology_stack": {
    "software": [
      "Big Data",
      "Machine Learning/AI",
      "AR/VR",
      "Modeling/Simulations",
      "Semantic Computing"
    ],
    "hardware": [],
    "sensors": [
      "Optics",
      "Imaging",
      "Sensing",
      "Ultrasound",
      "Acoustics"
    ],
    "materials": [],
    "algorithms": [
      "AI/machine learning"
    ],
    "platforms": []
  },
  "target_markets": {
    "sectors": [
      "Advanced Computing",
      "Environmental",
      "Healthcare",
      "Industrial Automation",
      "Supply Chain/Maintenance",
      "Aerospace",
      "Manufacturing",
      "Defense"
    ],
    "end_users": [
      "public and private sectors",
      "defense agencies"
    ],
    "business_model": "B2G"
  },
  "certifications_compliance": {
    "certifications": [],
    "security_clearances": [],
    "compliance_standards": [],
    "registrations": []
  },
  "maturity_indicators": {
    "trl_levels": {},
    "company_stage": "",
    "years_in_operation": "Since 2012"
  },
  "awards_contracts": {
    "sbir_sttr": [
      {
        "agency": "DoD",
        "phase": "I",
        "topic": "FRAMER",
        "description": "Fast Reconstruction of Architectural Models from Existing Resources, utilizing neural networks and 3D processing for generating high-quality building models from blueprints and photographs."
      },
      {
        "agency": "Navy",
        "phase": "II",
        "topic": "SHR3DR",
        "description": "Sub-sea High Resolution 3D Reconstruction, enables the automatic detection of voids and piles in subterranean areas beneath wharfs and piers using active seismic sensing, acoustic signal processing, and neural networks."
      },
      {
        "agency": "Air Force",
        "phase": "I",
        "topic": "MetaWrap"
      },
      {
        "agency": "Navy",
        "phase": "I",
        "topic": "VILA"
      },
      {
        "agency": "Navy",
        "phase": "I",
        "topic": "SpearFish"
      }
    ],
    "government_contracts": [],
    "gsa_schedules": [],
    "other_awards": []
  },
  "resources": {
    "press_releases": [],
    "case_studies": [],
    "whitepapers": [],
    "patents": [
      "3 patents held by CEO/CTO Dr. Michael White"
    ]
  },
  "team": {
    "key_personnel": [
      {
        "name": "Dr. Michael White",
        "title": "CEO/CTO"
      }
    ],
    "expertise_areas": [
      "Rapid Prototype Design and Engineering",
      "Optics, Imaging, and Sensing",
      "Fuels and Fluids Analysis",
      "Human Performance Optimization",
      "Biotechnology",
      "Big Data and Artificial Intelligence (AI)",
      "Virtual Reality (VR), Augmented Reality (AR), and Advanced Interfaces",
      "Custom Software Solutions",
      "Ultrasound and Acoustics",
      "Robotics",
      "Life Sciences",
      "Machine Learning, Semantic Computing, and Modeling & Simulations",
      "Sustainment/Logistics"
    ],
    "total_employees": null
  },
  "capability_map": {
    "core_technical_keywords": [
      "AI/ML",
      "Big Data",
      "AR/VR",
      "Modeling & Simulations",
      "Sensors",
      "Robotics",
      "Biotechnology"
    ],
    "application_domains": [
      "Logistics",
      "Cybersecurity",
      "Climate Monitoring",
      "Defense",
      "Healthcare",
      "Manufacturing"
    ],
    "naics_codes": [
      "541715",
      "541714",
      "334513"
    ],
    "synonyms_related_terms": {
      "UAV": [
        "drone",
        "UAS"
      ]
    },
    "deployment_environments": [],
    "standards_protocols": []
  },
  "transferable_capabilities": {
    "current_to_adjacent": {
      "Computer vision for defense": [
        "surveillance/reconnaissance"
      ]
    },
    "potential_applications": [],
    "crossover_domains": []
  },
  "metadata": {
    "profile_completeness": 0.7,
    "confidence_score": 0.8,
    "last_updated": "2025-10-14",
    "data_sources": [
      "https://www.ftllabscorp.com",
      "https://www.navy.mil",
      "https://www.inknowvation.com",
      "https://www.ncms.org"
    ],
    "verification_status": "Verified"
  }
}