Genex — The TriEnergy System™ Framework
Understand Your Training. Train with Purpose.
Genex is a performance ecosystem built on structured energy-system design, biomechanics,
and adaptable guidelines—so you can train hard, recover well, and progress without injury.
TriEnergy System™ is the engine behind every Genex session:
Each session cycles through:
Anaerobic (Force / Strength) →
Plyometric (Explosive, Agile & Elastic) →
Cardiovascular (Sustained Output)
Why the Sequence Matters
• Build force first
• Express it as power
• Sustain it with conditioning
That’s how real performance is developed.
How It Started
Genex didn’t start as a product.
It started as a question.
While studying energy systems during my graduate work in Exercise Science, I kept thinking:
What if we trained all energy systems in the same session — but in the exact order the body actually uses them?
Not randomly.
Not mixed without purpose.
Structured.
What would that do to how the body produces and uses energy — especially how it shifts between carbohydrates and fat under different demands?
That question led me to begin testing it in my own training.
For the past two years, I’ve been refining this approach — applying it, adjusting it, and validating what actually works in real conditions.
What came out of that process is TriEnergy System™ Training:
Strength → Power → Conditioning
Not as separate workouts.
But as one integrated system.
Genex is the result of that work —
built through education, experimentation, and real-world application.
How Genex Works
Genex organizes training using three structural principles — energy systems, movement patterns, and movement planes — so your body develops strength, explosiveness, and conditioning without blind spots.
Energy Systems
Each session follows the TriEnergy System™ sequence:
Anaerobic (Force / Strength)
Plyometric (Explosive, Agile & Elastic)
Cardiovascular (Sustained Output)
This structure builds strength, speed, and endurance within one balanced session.
Anaerobic (Force / Strength)
Back Squat
Deadlift
Plyometric (Explosive, Agile & Elastic)
Vertical Jump
Box Jump
Cardiovascular (Sustained Output)
Running
Rowing
Balanced Patterns
Training balances push and pull movements, Anterior (Front of the body) and Posterior (Back of the body) muscles,
and hip and knee dominance — keeping joints aligned and muscles working together.
Push/Pull
Push
Pull
Anterior/Posterior
Anterior(chest, quads, abs)
Posterior(glutes, hamstrings, back)
Squat/Hinge
Squat
Hinge
Balanced Planes
Exercises span the sagittal, frontal, and transverse planes — developing strength
and coordination in every direction.
Sagittal(Forward & Backward)
Forward Lunge
Shoulder Press
Frontal(Side to Side)
Cossack Squat
Dumbbell Lateral Raises
Transverse(Rotation)
Russian Twist
Trunk Rotation
What Genex Tracks
Genex monitors both physiological signals and biomechanical structure so training stays balanced, measurable, and adaptive.
Performance Signals
• Training Load — how much work your body performs across the week
• Recovery — sleep, heart rate variability, and readiness signals
• Energy Balance — whether nutrition supports training demands
• Body Composition — changes in body fat and lean mass over time
Movement Structure
• Movement patterns — push, pull, hinge, squat, rotation
• Planes of motion — sagittal, frontal, and transverse
• Joint actions and muscle involvement
• Direction and symmetry of movement across the week
Genex is a Framework - Not a Rigid Methodology
A methodology prescribes a fixed sequence of exercises, sets, and progressions that everyone follows the same way.
Genex is different. It is a structured framework built on clear principles that guide how training is organized and balanced.
The framework provides direction — not restriction — allowing exercises, intensity, and volume to adapt to different goals, people, and days.
This approach builds understanding and autonomy instead of dependency on a single program.
The goal is intelligent training, not rigid programming.
The TriEnergy System™ Engine
At the center of Genex is the TriEnergy System™ Framework — a structured sequence that combines strength, explosive movement, and conditioning within a single training session.
Instead of isolating energy systems or relying on random circuits, TriEnergy System™ organizes work in a clear performance hierarchy.
Why This Order Works
Anaerobic → Plyometric → Cardiovascular is structured to match how your body produces and sustains performance:
• Start with strength (Anaerobic) → highest force, fresh nervous system
• Then power (Plyometric) → convert strength into speed and explosiveness
• Finish with conditioning (Cardiovascular) → build endurance without compromising quality
Result:
Train strength, speed, and endurance in one session — without interference or unnecessary fatigue.
Anaerobic
Back Squat
Anaerobic (Force / Strength)
Strength and high-force work that develops muscle, mechanical tension, and neural drive.
Plyometric
Vertical Jump
Plyometric (Explosive, Agile & Elastic)
Fast, elastic movements that train rate of force development, coordination, and dynamic range of motion.
Cardiovascular
Running
Cardiovascular (Sustained Output)
Conditioning work that builds work capacity, endurance, and recovery efficiency.
About Genex
Genex was created by Rene Bustamante, an exercise scientist and software engineer focused on building structured, intelligent training systems.
With graduate studies in Exercise Science and Computer Science, Rene combines biomechanics, physiology, and software design to develop tools that help people train with clarity instead of guesswork. The principles behind Genex are grounded in science and refined through years of personal training and practical testing.
The TriEnergy System™ Framework and the Genex platform were built to bring structure to modern training — organizing strength, explosive movement, and conditioning into one coherent system while integrating performance data, recovery signals, and long-term progression.
The goal is simple: make intelligent training accessible, measurable, and sustainable.
Rene Bustamante
