Army Flight Logbook is designed using a layered security architecture that combines modern cloud infrastructure, secure application design, managed services, and operational safeguards.
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Rather than relying on a single security mechanism, multiple independent controls work together to help protect user information throughout its lifecycle.

Our architecture is designed around three primary objectives:

This page provides an overview of how Army Flight Logbook is structured without exposing confidential implementation details that could increase security risk.

Army Flight Logbook consists of several interconnected systems working together to provide a secure experience across mobile applications, web applications, and organizational management tools.
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High-level components include:

Each component performs a dedicated function while minimizing unnecessary access to customer information.

A simplified view of how information moves through the platform:
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All communication between supported clients and Army Flight Logbook occurs over encrypted HTTPS connections.

Before a user can access protected information, their identity must be verified.

Authentication is provided through Firebase Authentication.

Authentication services include:

Authentication credentials are never stored in plain text.

Authentication identifies who a user is.

Authorization determines what they are allowed to access.

Army Flight Logbook implements authorization controls designed to ensure users can access only the information necessary for their role.
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Examples include:

May access:

May access organizational information according to permissions assigned by their organization.

Examples include:

Administrative capabilities vary depending on organizational configuration.

Internal access is restricted according to operational responsibilities.

Administrative access follows the principle of least privilege and is limited to personnel with a legitimate business need.

Army Flight Logbook stores information using managed cloud database services.

Examples of stored information include:

Application-level security rules help restrict access to authorized users.

Uploaded files are stored separately from application records.

Examples include:

Files are accessed through authenticated requests and are protected by application-level permissions.

Certain operations are performed outside of the user interface using managed cloud services.

Examples include:

Separating background processing improves application responsiveness and operational reliability.

Payments are intentionally separated from Army Flight Logbook's core systems.

Purchases are processed by trusted payment providers, including:

Army Flight Logbook does not store complete payment card numbers.

This architecture reduces the amount of sensitive financial information processed directly by our platform.

Customer support is provided through Intercom.

Support interactions may include:

Support personnel access only the information reasonably necessary to assist users and resolve support requests.

Email communications are managed through trusted email platforms.

Communications may include:

Marketing communications are managed separately from essential service communications whenever reasonably possible.

Operational monitoring helps us identify issues before they become widespread.

Examples include:

Monitoring data helps our engineering team investigate issues, improve performance, and maintain platform reliability.

Army Flight Logbook maintains operational logs to support troubleshooting, security investigations, and platform maintenance.

Examples may include:

Logs are retained according to operational and legal requirements and are protected using appropriate access controls.

Administrative systems are protected using multiple safeguards.

Examples include:

Only authorized personnel may perform administrative functions.

Army Flight Logbook is designed with operational resilience in mind.

Our continuity objectives include:

Specific recovery procedures may evolve over time as the platform grows.

Security is considered throughout the lifecycle of Army Flight Logbook.

Examples include:

Rather than relying on a single security feature, Army Flight Logbook uses multiple layers of protection working together to reduce risk.

Technology and cybersecurity evolve continuously.

Frameworks Holdings LLC regularly reviews:

This ongoing evaluation helps ensure Army Flight Logbook continues to improve as new technologies and best practices emerge.