Skybridge-Alaska

SkyBridge Alaska - Documentation

This directory contains technical references, analysis documents, and presentation materials for the SkyBridge Alaska project.

Core Technical Documentation

TAIGA_ASN1_Reference.pdf

Official NASA Technical Memorandum (NASA/TM—2015-218427) describing the TAIGA ASN.1 protocol for efficient aviation data encoding. This document provides the technical foundation for SkyBridge’s 80% data compression capability.

Key Features:

Project Analysis & Validation

alaska_aviation_gap_analysis_summary.md

Summary of the official Alaska DOT&PF Aviation Gap Analysis (March 2024) that validates SkyBridge’s mission with comprehensive state data on infrastructure failures, economic barriers, and specific recommendations.

media_coverage.md

Key statistics and quotes from The Washington Post investigation into Alaska’s aviation crisis, including the Stack/Beane crash analysis and expert testimonials.

existing_solutions_analysis.md

Analysis of Alaska’s Enhanced Special Reporting Service (eSRS) and how it validates SkyBridge’s mission. Shows government acknowledgment of infrastructure gaps and market demand for communication alternatives.

Presentation Materials

elevator_pitch.md

Complete presentation materials for state aviation officials, including:

Visual Assets

Network Diagrams

These images illustrate how SkyBridge creates resilient peer-to-peer networks that continue operating even when individual nodes fail.

Using This Documentation

For Technical Audiences: Start with the NASA TAIGA reference and technical architecture documents.

For State Officials: Review the Gap Analysis summary and elevator pitch materials for policy context.

For Media/Public: Use the media coverage document for credible statistics and expert quotes.

For Developers: The TAIGA protocol specification provides implementation details for data compression and message formatting.


All documentation supports SkyBridge’s mission to provide reliable, cost-effective aviation safety infrastructure through community-powered mesh networks.