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For people whose body is limiting their work, training, or life

Pain relief and performance start with understanding your body as a system.

I use the discipline of reliability engineering on the human body: understand the pattern, stop chasing isolated symptoms, and build capacity before you need it.

Grounded in neurobiomechanics. Built around your actual life.

Where are you now?

Different starting points. One assessment framework.

Pain may be interrupting daily life, quietly limiting what matters, or no longer be the main problem at all. The starting point changes. The need to understand the system does not.

Status: outage system down

Daily life is being disrupted.

Pain or a flare is interfering with basic activities and quality of life. We begin by mapping the pattern, the current constraints, and what may be contributing.

Status: degraded limited function

The important things are getting smaller.

You are functioning, but pain or uncertainty keeps changing how you train, work, travel, or show up with the people you care about.

Status: nominal within spec

You are capable. You want more capacity.

Pain is not the center of the story. You want to perform better, tolerate more load, and make your body less likely to become the bottleneck.

Same assessment method either way. The goal is not dependence on another expert—it is a body you understand and decisions you can make with confidence.

Talk through your starting point

When nothing has held

You may be doing more work around the problem than you realize.

You do not need another perfect protocol. You need to understand why the same pattern keeps returning and what your body can actually handle now.

01

You have quietly modified how you train, sit, lift, work, or travel, and barely notice you are doing it anymore.

02

There are movements you avoid, but you are not entirely sure whether you still need to avoid them.

03

Something helps for a few weeks, then the same pattern returns in a slightly different form.

04

Pain and uncertainty take up more attention than you want to give them, at work, at home, or in the middle of the night.

Client case study

From scheduled back surgery to a 10-day backpacking trip through Portugal.

“I wore a backpack going up and down hills in Portugal for 10 days and was less sore than my wife.”
Jason M. · Massachusetts
01

Starting point

Jason had serious back pain from a herniated disc, knee pain, a spinal injection behind him and back surgery already scheduled.

02

Whole-body assessment

The assessment connected his back pain to a broader pattern involving shoulder and hip coordination, upper-back tension and the way his feet influenced movement higher up.

03

Rebuild the base

The work first rebuilt stability and movement options, then supported recovery and progressive capacity instead of treating the back as an isolated part.

04

What changed

Jason reported less pain, greater range of motion and easier everyday movement. He cancelled surgery, returned to exercise and completed a 10-day backpacking trip through Portugal.

Individual experiences vary. Jason's results are not a promise of results for anyone else.

Client experiences

Real people. Different starting points. Personalized direction.

Progress looks different for every person. These clients describe what changed when the work finally accounted for the whole picture.

“I was 47 but felt like 87. I no longer wake up in pain, and I have more energy than I’ve had in over five years.”

For the first time in my adult life, I have the tools and knowledge to advocate for my own health.

Naomi H. · New Hampshire

“This is so different than everything else I’ve tried. For the first time in years, I feel confident in the process.”

I feel more squared and aligned in my body, and it feels great.

Aisha A. · Doha

“She was honest about what worked for her, careful never to push me toward any treatment, and generous with resources afterward.”

If you want guidance from someone who truly gets it, talk to Geeta.

Mana · Canada

Why isolated fixes often miss

Systems thinking asks a better question.

Not only “what is wrong with this part?” but “what is this part responding to—and what else is influencing the response?”

Explore the neurology and biomechanics

01

Your nervous system

It integrates information about the body, the environment and the current situation. Pain is not a direct measurement of damage, even though tissue state can be an important input.

02

Your available capacity

Work, training, travel, sleep and recovery all affect what the system can tolerate today. The same demand can produce a different response when capacity changes.

03

Your movement mechanics

Motor control adapts to keep you functioning. Compensation is not automatically bad, but a costly or rigid pattern can redistribute load and become part of a repeating cycle.

04

How the pieces interact

Tissue, sensation, movement, load and recovery continuously influence one another. Looking at them together reveals leverage points that disappear when each part is treated in isolation.

The Rebuilt Method

Three phases. The order matters.

Not a generic fitness plan. A structured process for understanding what your body is responding to, creating stability, and expanding what it can handle.

01 / Assess

Understand the system.

Build the full picture: movement, load tolerance, recovery, nervous-system protection, and the compensations that may be keeping the pattern alive.

02 / Stabilize

Change what is contributing.

Reduce the inputs working against you and create a foundation your body can respond to more consistently.

03 / Build

Expand capacity deliberately.

Build strength, tolerance, resilience, and the judgment to keep progressing without recreating the old failure point.

Geeta Bihari standing confidently in her training space

Why I built this

The strongest I have ever been is right now.

I did not arrive here through a perfect body or a simple recovery story. I built a system because I needed one.

I spent 20 years leading complex technology organizations while rebuilding my own body over and over, through 8 surgeries, repeated injuries, and a genetic connective tissue condition.

Eventually, I stopped treating each problem as an isolated failure. After my hip replacement, I became passionate about neurobiomechanics, how the nervous system and biomechanics work together to organize movement, and applied systems thinking to the most complicated system I had ever worked on: myself.

8surgeries rebuilt from
45and stronger than ever
Read my story

Start with understanding

Ready to find out what your body may be responding to?

One conversation. No commitment. An honest look at where you are, what you have tried, and whether this approach is the right fit.

Book a free assessment call
Book a free assessment call