For over 14 years, the disappearance of Malaysia Airlines Flight MH370 has remained one of aviation’s greatest unresolved events.

Our mission is to move beyond speculation—toward clarity—using data, systems analysis, and modern computational tools to re-examine what was always there.
 

🔷 The Origin 

In March 2014, early reporting revealed something critical:
the aircraft’s deviation was not random—it was entered deliberately through a computer system onboard the aircraft.

The first turn away from MH370’s intended route was executed through the Flight Management System—requiring deliberate input, system knowledge, and intent.

This was not a loss of control.
This was a controlled event.
 

🔷 The Problem

Despite years of search efforts, vast datasets, and global attention, key signal data—particularly satellite communications—has never been fully explored through modern analytical frameworks.

Critical signals such as:

• Burst Timing Offset (BTO)
• Burst Frequency Offset (BFO)
• SDU handshake behavior

🔷 The Shift 

Our work began with a simple premise:
What if the answers were already present—but required better tools to extract them?

Using AI-assisted modeling, signal reconstruction, and algorithmic analysis, we developed a structured framework to:

• Reconstruct satellite signal behavior
• Analyze inside vs. outside arc conditions
• Evaluate timing and frequency anomalies
• Test flight path hypotheses against measurable constraints

🔷 The Guardrails

From the beginning, our systems were built with strict analytical guardrails:

• No assumptions without measurable support
• No conclusions without repeatable validation
• No models without real-world constraints

These guardrails ensure that AI and computational tools remain accountable to data—not narrative.

🔷 The Mission 

Our mission is to bring structure, clarity, and verification to the analysis of MH370 by:

• Applying modern computational tools to legacy datasets
• Building repeatable models from satellite signal data
• Challenging assumptions through measurable testing
• Delivering results grounded in evidence—not theory

🔷 What We’re Building

We are actively developing tools and systems designed to:

• Analyze SDU data from multiple sources
• Improve interpretation of satellite signal patterns
• Explore enhancements in sonar imaging interpretation
• Accelerate data processing for ocean search environments

This is not about revisiting the past.

This is about finishing the analysis—with the tools that did not exist when it began.

The data is still there.
The question is whether we are ready to understand it.

"After 14 years, I remain committed-moving one step closer, every day, to the truth behind MH370"

Edmund F. Skerritt, 

Independent Satellite Signal Analyst