Independent Aviation Safety Analysis.

Conducting focused, data-informed assessments of operational risk in complex aviation environments.

Independent Aviation Safety Analysis.

Conducting focused, data-informed assessments of operational risk in complex aviation environments.

Independent Aviation Safety Analysis.

Alloy Aeronautics produces airport-specific safety analyses examining procedures, airspace structure, and context-specific human factors. We emphasize systemic risk patterns with the goal of supporting informed operational review throughout the National Airspace System.

METHODOLOGY

METHODOLOGY

METHODOLOGY

Operational Risk Clarity

Our analyses draw on publicly available safety reporting, operational surveillance data, and airport reference information. Findings are qualitative-quantitative syntheses intended to highlight relative risk patterns rather than provide prescriptive or regulatory conclusions.

Context-led pattern identification

Context-led pattern identification

Context-led pattern identification

Built for operational review

Built for operational review

Built for operational review

Qualitative + quantitative summaries

Qualitative + quantitative summaries

Qualitative + quantitative summaries

Non-prescriptive findings

Non-prescriptive findings

Non-prescriptive findings

Safety Analysis Output:

Risk Synthesis

A structured, airport-specific package designed for operational review. Emphasizes recurring patterns, contributing conditions, and evidence excerpts—without prescriptive recommendations.

Risk Synthesis

A structured, airport-specific package designed for operational review. Emphasizes recurring patterns, contributing conditions, and evidence excerpts—without prescriptive recommendations.

Risk Synthesis

A structured, airport-specific package designed for operational review. Emphasizes recurring patterns, contributing conditions, and evidence excerpts—without prescriptive recommendations.

01

Evidence Base and Scope

Utilizing public safety reporting data and airport procedural references, with constraints and limitations made clear.

01

Evidence Base and Scope

Utilizing public safety reporting data and airport procedural references, with constraints and limitations made clear.

01

Evidence Base and Scope

Utilizing public safety reporting data and airport procedural references, with constraints and limitations made clear.

02

Patterns, Hotspots, and Triggers

Recurring scenario clusters by operation/phase, mapped to local geometry and procedures. Identifies trigger conditions that concentrate risk.

02

Patterns, Hotspots, and Triggers

Recurring scenario clusters by operation/phase, mapped to local geometry and procedures. Identifies trigger conditions that concentrate risk.

02

Patterns, Hotspots, and Triggers

Recurring scenario clusters by operation/phase, mapped to local geometry and procedures. Identifies trigger conditions that concentrate risk.

03

Key Findings

Concise conclusions summarizing the dominant risk patterns, where they concentrate, and the conditions most associated with recurrence.

03

Key Findings

Concise conclusions summarizing the dominant risk patterns, where they concentrate, and the conditions most associated with recurrence.

03

Key Findings

Concise conclusions summarizing the dominant risk patterns, where they concentrate, and the conditions most associated with recurrence.

Interested in a safety report?

Interested in a safety report?

Interested in a safety report?

San Francisco Bay Area

contact@alloyaero.com

What We Do

Alloy Aeronautics conducts focused, data-informed assessments of operational risk in complex aviation environments.

Copyright © 2025 Alloy Aeronautics

San Francisco Bay Area

contact@alloyaero.com

What We Do

Alloy Aeronautics conducts focused, data-informed assessments of operational risk in complex aviation environments.

Copyright © 2025 Alloy Aeronautics

San Francisco Bay Area

contact@alloyaero.com

What We Do

Alloy Aeronautics conducts focused, data-informed assessments of operational risk in complex aviation environments.

Copyright © 2025 Alloy Aeronautics