ORIGIN

My relationship with space began around 2012, when I was approximately five years old.

As a child, I used to look at the night sky and stare at the stars.

It was not simply an interest in astronomy.

There was an unexplained pull toward the sky — a feeling that what we experience on Earth is only a small part of something much larger.

I often felt that the real answers to the biggest questions were hidden somewhere in that infinite darkness above us.

That fascination became the beginning of a long-term relationship with space.

As I grew older, the desire to work in aerospace became stronger.

However, when the opportunity to formally enter an aerospace branch did not come to me, it was deeply disappointing.

Space had been my first love, and I did not know how to simply walk away from it.

For some time, it felt like the path toward that dream had been closed.

But eventually I realized something important:

If the system doesn't build the launchpad for you, you build your own propulsion system.

Instead of abandoning aerospace, I began constructing my own path toward it.

I started studying beyond the boundaries of my formal academic curriculum.

I explored specialized material from organizations and institutions including NASA, ESA, and ISRO, along with research papers and technical resources.

I began building knowledge across:

• Python
• C++
• Embedded Systems
• Artificial Intelligence
• Machine Learning
• Remote Sensing
• GIS
• Satellite Data Processing
• SNAP
• Google Earth Engine
• QGIS
• Orbital Mechanics
• Space Systems

The goal was not simply to collect technologies.

The goal was to understand how these technologies could be combined to build real aerospace systems.

Approximately three years into this journey, I started thinking about a project related to astronaut health prediction.

What began as a relatively simple idea became something much larger.

That project became:

ASTROVITAL AI : VITALX CORE V1

It became my first flagship aerospace software project and my entry point into the space domain through deep-space human health and autonomous clinical decision support.

The project transformed my direction.

Instead of looking at aerospace as something I had missed, I started building aerospace systems myself.

ASTROVITAL AI became more than a single project.

It became the foundation of a broader engineering philosophy combining:

• Human health in deep space
• GNC
• Remote sensing
• Satellite data analysis
• AI
• Automation

From there, my work expanded toward Earth observation and geospatial intelligence.

This led to THE MRIDANSH, a physics-guided geospatial intelligence system focused on unified soil-state estimation.

The next direction became ANVESANA : MARGAVEDHA, exploring radar interferometry and geotechnical AI for autonomous infrastructure auditing.

I am no longer trying to simply enter the space industry.

I am trying to build the capability to contribute meaningful systems to it.

My journey is therefore not defined by the branch I received, the conventional path I was expected to follow, or a single technology.

It is defined by continuously building the knowledge, systems, and engineering infrastructure required to work on problems I genuinely care about.

The direction remains clear:

Space. Intelligence. Autonomy. Human survival.

And the journey is still only beginning.