FLYTICAI
FLYTICAI
Flight Safety Analytics
Proven ability for comprehensive flight safety analytics through collaborative methods to evaluate industry benchmarks, safety trends and recommend safety enhancements
Rotorcraft
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Analyze Rotorcraft safety using Government and Industry provided data (e.g. ADS-B)
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Understand Low Altitude Risk factors (e.g. UAS, Wildlife, Obstacles)
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Flight Recorder/ FDM/ FOQA
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Understand key Loss of Control metrics
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Unintended Flight into Instrument Meteorological Conditions (UIMC)
Fixed Wing
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Use Surveillance data (e.g. ADS-B) and Industry-wide available data
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Understand key safety risk issues for Commercial Airline
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Understand key safety risk issues for General Aviation
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Understand key safety risk issues for Business Operators
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Evalute Traffic Collision Avoidance System (TCAS Alerts)
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Evaluate Loss of Control such as Unstable Approaches
Voice and Safety Reports
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Integrate Safety Reports, Maintainance Reports, Audit/LOSA reports
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Taxonomy Creation and Management
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Integrate with Voice data
Cloud and AI
We provide full-stack software development, from data acquisition to visualizations
Integrated with AI for Flight Safety Analytics and ATM Applications
Cloud Native
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Secure Cloud Native Systems that allow customers to reduce costs and efficiently collaborate to build applications
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End-End ETL built using scalable architecture
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Open Source methods
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Inherit FedRAMP Cloud Security controls
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Massive Data Calculations done effectively with through parallel computations
AI
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Natural Language Processing of Safety Reports, ASAP Reports, Maintenance Reports, LOSA
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Voice Data Processing into textual data for clearance detection, and compliance per Air Traffic Rules
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Anomaly Detection to detect data quality and safety risk issues
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Augment physics-based calculations (e.g. Unstable Approaches, TCAS RA) with Machine Learning to classify safety events
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Lay foundation for predictions of safety events
Air Traffic Management Systems
Modernize and Integrate effective and safer systems. We provide comprehensive air traffic management and system expertise from concept to implementation
Check out our experience with Virtual Air Traffic Control Towers with a consultation !
Concept Engineering
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Shortfalls Analysis
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Concept of Operations Development
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Functional Analysis and Allocation
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Requirements Development
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Enterprise Architecture
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Security Assessment
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Safety Risk Management
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Business Case Development
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Develop cost/ benefits model
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Develop air traffic policies and procedures
System Implementation
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Markey Survey and Analysis
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Range of Alternatives for Implementation
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Develop Test Plans, Design Requirements Specifications
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Site Surveys and Operational Analysis
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Verification and Validation of requirements
UAS and Vertical Flight
Integrate new entrants seamlessly into the airspace through route development and and risk analysis to build safe and efficient traffic management systems
VLOS/BVLOS
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FAA: Air Traffic Organization, Safety, and Air Traffic Controllers, UAS Executive Community (EXCOM) Science and Research Panel (SARP)
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Award-winning methodology and framework to quantify UAS/ Drone safety risk to manned air traffic
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Proven ability to integrate Part107 (Visual Line of Sight)
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A key contributor to perform Detection And Avoid/ Sense and Avoid Applications
