"One more day closer to free diving and kitesurfing."
🧪 Lab Seeder
Inject 90 days of realistic mocked data to view how the analytics engine visualizes long-term trends.
Cockpit Dashboard 🚀
Cardio Volume
0m
Lift Focus
Rest
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Interference Shield
Cleared to lift heavy.
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Tendon Load
Tendons are recovering well.
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Heat & Catabolic State
Fueling is adequate.
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Nutrition Adherence
Phase 1 targets met.
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ACWR Load Status
Load ratio is optimal.
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Thermal Strain Shield
Conditions safe for intense effort.
⛰️ Way to 95
Start: 119.6
Current: --
Goal: 95.0
First Drop: 115 kg
Shedding initial water & bloat
Centurion Approach: 110 kg
Entering double-digit territory soon
Halfway Mark: 105 kg
Substantial physiological changes
Double Digits: 100 kg
A major psychological barrier broken
Ultimate Goal: 95 kg
Prime athletic conditioning achieved
🧠 Subjective Truth
🌙 Recovery & Sleep
⚕️ Granular Injury Tracker
🏋️♂️ Strength & Structure
💊 Pharmacology & Stims
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Analyzing tendon load...
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Analyzing fueling...
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Analyzing endocrine stress...
🩸 Quarterly Biomarker Vault
⚖️ InBody Metrics
Log your body composition scan results.
🏃♂️ Manual Cardio (Strava Fallback)
Use this if the automated Strava integration fails.
🧪 Ultra-Endurance Armor
🍎 Nutrition (Manual)
Fallback since FatSecret API is locked.
NSAIDs Taken
🩸 Quarterly Biomarker Vault
Fatigue vs. Load
7-Day trailing ratio of CNS Fatigue against Strava Effort.
Subjective Readiness
HRV vs. Load
Injury Tracker
Pain scaling over time for isolated areas.
Aerobic Decoupling (EF)
Pace vs. HR over 30 days. Validating Zone 2 base building.
Cardio Modality
Heavy Lifts
Volume vs. Joint Pain
Finding the MRV limit before tendons flare up.
Metabolic Adaptation
Weight vs. Calculated TDEE over 90 days.
Macro Nutrition Stack
Trailing 7-day intake of Carbs, Protein, and Fats.
Historical Logs
Pillars
Pillar 1: Cellular Metabolism & Lactate Shuttle
Manipulation of energy pathways (ATP-PCr, Glycolysis, Aerobic) to maximize continuous force output and base endurance.
ATP-PCr (Phosphagen System)
Timeline: 0–15 seconds. Pure explosive power (heavy deadlifts, short sprints). Uses stored muscle energy, requires no oxygen.
Anaerobic Glycolysis (Glycolytic System)
Timeline: 15 seconds to 2 minutes. High-intensity interval territory. Burns carbohydrates without oxygen, generating lactate and acidic hydrogen (H+) ions that cause muscular failure.
Oxidative Pathway (Aerobic System)
Timeline: 2 minutes to 15+ hours. The fundamental driver of endurance. Oxidizes fats and glycogen inside cellular structures in the presence of oxygen.
The Lactate Shuttle Protocol
Lactate is a premium carbohydrate substrate. Zone 2 training builds slow-twitch muscle fibers with high MCT1 transporter density. This transforms your slow-twitch base into a biological "vacuum" that sucks up and burns metabolic byproducts of intense lifting for continuous ATP.
Pillars
Pillar 2: Respiration & The Aerobic Ceiling
Maximize cardiovascular volume and heart stroke capacity using the Fick Equation.
Fick Equation
VO2 Max = Q × Δa-vO2. Where Q represents Maximal Cardiac Output (Stroke Volume × HR) and Δa-vO2 represents peripheral oxygen extraction.
Hydrostatic Stress
Slow training increases chamber compliance, but severe-intensity intervals (90%+ max HR) are required to drive hydrostatic stress and left-ventricle eccentric remodeling, making the heart larger and stronger.
The Operational Rule
Allocate 10% to 15% of weekly cardiovascular duration to severe, high-intensity intervals (e.g. 4-minute maximum-effort cycling or rowing repeats separated by active recovery).
Pillars
Pillar 3: Neuromuscular Drive (Strength without Mass)
Avoid non-functional hypertrophy (dead weight) by training myofibrillar pathways over sarcoplasmic ones.
Sarcoplasmic Hypertrophy (The Pump)
Moderate loads (8–15 reps), short rest. Accumulates fluid volume, non-contractile proteins, and glycogen in muscle sarcoplasm. Increases mass without proportional force gains.
Myofibrillar Adaptation (Dense Strength)
High-intensity loads (1–5 reps), long rest. Increases volume and density of actin and myosin contractile elements. Elevates pound-for-pound power while leaving systemic mass unaltered.
Henneman's Size Principle
Lifting ultra-heavy loads (≥85% 1RM) overrides sequential motor unit recruitment, forcing the central nervous system to fire high-threshold Type IIx fibers synchronously from the first millimeter of movement.
The Strength Programming Rule
Execute free-weight and machine compound movements using heavy loads strictly at or above 85% of your 1-Repetition Maximum (1RM). Restrict sets to 1 to 5 highly explosive repetitions, and enforce 3 to 5 minutes of complete passive recovery between sets.
Pillars
Pillar 4: Biological Conflict & The Interference Effect
Manage molecular signal competition between the anabolic mTORc1 pathway and the catabolic AMPK pathway.
mTORc1 Pathway
Activated via intense mechanical tension and high amino acid concentrations. Primary switch for building dense muscle proteins.
AMPK Pathway
Triggered via acute glycogen depletion, high intracellular calcium levels, and metabolic stress during endurance. Drives mitochondrial biogenesis (PGC-1α).
The Conflict & The 4-Hour Rule
When heavily activated, AMPK acts as a direct molecular inhibitor of the mTORc1 pathway. Cardio immediately after lifting shuts down strength-building signals. You must separate your high-volume cardio and your heavy neural strength sessions by an absolute minimum window of 4 hours (ideally 6 to 24 hours). Always execute cardio first if doing two-a-days.
Pillars
Pillar 5: Muscle Preservation & Nutrition Timing
Prevent muscle tissue breakdown (gluconeogenesis) via proper fueling timing during endurance sessions.
Gluconeogenesis
When glycogen is critically depleted (sessions >75-90 minutes), the liver breaks down existing skeletal muscle tissue into free amino acids to convert them into glucose for survival.
The 50-Minute Rule
Cardiovascular training sessions restricted to under 50–70 minutes pose zero threat of muscle cannibalization. Glycogen stores are fully capable of supplying this timeline.
The Post-Cardio Reset Window
Within 15 to 30 minutes of completing cardio, you must consume high-glycemic carbs and rapid-acting protein. This generates an insulin spike that suppresses cortisol and stops gluconeogenesis.
Intra-Workout Fueling
For planned sessions >75 minutes, ingest liquid carbs at a rate of 30 to 60 grams per hour to feed the blood glucose pool directly.
Pillars
Pillar 6: The Chassis (Joint Armor & Tendon Theory)
Active joint mobility vs. passive flexibility, and tendon growth via mechanotransduction.
Flexibility vs. Mobility
Flexibility is passive range of motion. Mobility is active structural control and force production at end-ranges. High passive flexibility combined with weak active mobility creates severe joint instability.
Mechanotransduction
Tendons have extremely low blood flow and adapt at a fraction of muscle speed. Tendons strengthen exclusively via mechanotransduction—cells converting physical tension into collagen synthesis.
Pillars
Pillar 7: The Stress Bucket (Autonomic Balance)
Balance the Autonomic Nervous System (ANS) seesaw of Sympathetic and Parasympathetic states.
Systemic Stress Reservoir
Your body cannot separate training stress from life anxiety. All stressors dump into a shared reservoir. The body cannot repair connective tissue or synthesize new proteins while stuck in a Sympathetic (fight or flight) state.
HRV Operational Rule
Track Heart Rate Variability (HRV) daily. A high HRV indicates parasympathetic dominance (ready for load). A suppressed HRV reveals a fried sympathetic state (pull back heavy neural lifting, keep cardio light).
Pillars
Pillar 8: Macro-Periodization
Block Periodization structure to manage opposing training adaptations without overtraining.
Phase 1: Base & Structural Architecture
Volume Split: 70% Zone 2 Cardio / 20% Mobility & Tendon / 10% HIIT. Strength Target: Low-volume, ultra-heavy compounds to maintain nervous system motor patterns.
Phase 2: Neural Strength & Aerobic Ceiling
Volume Split: 50% Zone 2 Cardio / 30% Pure Neural Strength (1-5 reps at 85%+) / 20% VO2 max intervals. Strength Target: Force absolute nervous system adaptations.
Phase 3: Specific Endurance & Race Execution
Volume Split: 80% Sport-Specific / 20% Minimalist Lifting. Strength Target: Minimalist maintenance dose to focus all energy on race capacity.
Playbook
Heavy Isometrics (Pain-Killer Protocol)
Analgesic holds for tendon pain management and parallel alignment of collagen fibers.
The Science
Isometric holds (contracting without moving) act as an analgesic (painkiller) for irritated tendons while forcing chaotic collagen fibers to align perfectly parallel.
Prescription
4 sets of 45-second holds. 2-minute rest between sets. You must use heavy weight; body weight is not enough. 2–3 times a week.
Application
Weighted Single-Leg Calf Raise Holds (Achilles). Heavy Spanish Squats or Wall Sits (Patellar Tendon). Heavy kettlebell bottoms-up holds (Rotator Cuff).
Playbook
Heavy Slow Resistance (Cable Builder)
Stimulate actual tendon thickening and collagen structure growth.
The Science
Tendons require heavy loads moving very slowly to stimulate actual tissue growth and thickening. This protocol is superior to high-rep, light-weight rehab.
Prescription
3 to 4 sets of 6–8 reps. Tempo is non-negotiable: 3 seconds down (eccentric) and 3 seconds up (concentric). Twice a week at the end of strength days.
Application
ATG Split Squats or slow Leg Extensions. Weighted heel drops off a stair. Heavy, slow chin-up negatives (for the swim stroke).
Playbook
Plyometrics (Spring Architecture)
Build rigid mechanical spring stiffness in Achilles and plantar fascia.
The Science
You want your Achilles and plantar fascia to act as dense, highly rigid mechanical springs that instantly bounce back up to 50% of your running impact energy.
Prescription
Low volume, extreme intent. Ground contact time must be a fraction of a second. 2 times a week, before your nervous system is fatigued.
Application
Pogo Jumps (3 sets of 15-20s, stiff knees). Depth Drops (3 sets of 5 reps off a 12-18 inch box, sticking the landing instantly).
Playbook
Active Joint Mobility (Chassis Greaser)
Morning or warm-up routine to build active control at end-ranges.
The Science
Passive stretching is useless for injury prevention. You must build muscular control at the absolute end-ranges of your joints. Perform every single morning or as your pre-workout dynamic warm-up.
Thoracic Spine
T-Spine Rotations and Cat-Cow variations. Reverses upper-torso slouching caused by sitting at the coding desk all day. Critical for rowing and swimming.
Hips
90/90 Hip Switches and End-Range Liftoffs (sit in a deep stretch and physically lift your foot off the ground using hip rotators). Essential for running/cycling power.
Ankles
Knee-to-wall ankle glides. Maximizes squat depth and optimizes land running gait mechanics.
Roadmap
Target InBody Signature Database
Height 173cm, Age 22 target signatures for hybrid athletic success.
Target Calibration (Height: 173cm, Age: 22)
Because your goal is high neural strength mixed with extreme multi-sport endurance, targets deviate from standard medical charts. We aim for minimized land-strike friction but heavy capacity.
| Metric | Baseline | Phase 1 Target | Ultimate Target |
|---|---|---|---|
| Total Weight | 116 kg | ~95 kg | 78-82 kg (Optimized) |
| Body Fat (PBF) | 33% | ≤ 22% (Excavation) | 12%-15% (Elite) |
| Muscle (SMM) | 29 kg | Maintain Weight | 36-38 kg (Dense) |
| SMM % of Total | 25.0% | ~31.0%-33.0% | 45.0%-48.0% (Sweet Spot) |
| Water (TBW) | 48.0% | > 50.0% (Base Floor) | 60.0%-65.0% (Shield) |
The Bio-Impedance Reality Check
Do not confuse fluid drops with actual tissue loss. High deficits drop muscle glycogen. Since 1g glycogen binds to 3g water, muscles rapidly dump water. InBody scans will misread this as severe muscle loss. If lift numbers remain stable, ignore the machine's muscle warning—it is a fluid illusion.
Roadmap
Phase 1: Excavation & Structural Armor
Current state down to 22% Body Fat / ~95 kg total mass.
What It Does
Acts as a structural overhaul block. Maximizes fat tissue breakdown using non-impact cardiovascular engines (Cycling, Rowing, Swimming) while building dense connective tissue stiffness (tendon armor) and heavy neural output.
Why We Do It
- Fat Oxidation Over Muscle Cannibalization: Zone 2 cardio develops fat-burning enzymes without systemic exhaustion. Lifting in the 1–5 rep range forces motor unit firing, signaling that muscle mass is mandatory for survival.
- Shielding the Chassis from Weight Physics: Running at 116 kg drops ~348 kg of force per step on joints. Non-impact cardio builds capacity, while Heavy Slow Resistance (HSR) and Isometrics physically thicken tendons.
Roadmap
Phase 2: Neural Power & Aerobic Ceiling
Triggered once weight drops below 95 kg and joint integrity is verified.
What It Does
Shifts physiological priorities from structural safety to maximizing raw horsepower and metabolic speed. Pushes oxygen consumption limits (VO2 max), elevates skeletal force production, and advances walk/jog intervals into a continuous 10k progression.
Why We Do It
- Lifting the Aerobic Pyramid: Severe-intensity interval circuits produce high internal pressure, forcing cardiac remodeling—expanding and strengthening the heart's left ventricle to pump more blood.
- Hacking Your Cadence Economy: At lighter weights, joints can accept high-velocity impacts. Plyometrics and maximal neural lifts boost Rate of Force Development (RFD), programming the motor cortex to fire fibers instantly.
Roadmap
Phase 3: Specific Endurance & Race Execution
The final 4–6 weeks leading directly into a target event (10k, Hyrox, or Triathlon).
What It Does
A sport-specific tuning block. Drops heavy gym lifting to a bare minimalist maintenance dose (preserving neural drive) and funnels 80% of adaptive energy into pacing profiles, nutrition timing, and transitions.
Why We Do It
- Managing Stress Bucket Capacity: Gym lifting volume is cut to prevent overloading the Sympathetic pathway, allowing full recovery and maintaining sleep architecture.
- Defeating Gluconeogenesis: Rehearsal of exact intra-workout carb ingestion (30–60g per hour) to feed the blood glucose pool, suppressing cortisol spikes and protecting muscle tissue on the race course.
Rules
The 4-Hour Separation Rule
Critical timing guideline to prevent the catabolic AMPK pathway from blunting mTORc1 strength adaptations.
The Conflict
Endurance training triggers AMPK (mitochondrial biogenesis). Lifting triggers mTORc1 (muscle protein synthesis). Activated AMPK acts as a direct molecular inhibitor of the mTORc1 pathway. Doing them back-to-back destroys the strength adaptation.
The Separation Rule
RuleSeparate high-volume cardio and heavy neural strength sessions by an absolute minimum window of 4 hours (ideally 6 to 24 hours). If performing two-a-days, always execute the cardiovascular session first.
Rules
Endurance Fueling & The 50-Minute Rule
Prevent muscle tissue breakdown (gluconeogenesis) via carbohydrate ingestion and timing.
The 50-Minute Rule
Cardio sessions under 50–70 minutes pose zero threat of muscle cannibalization. Intramuscular and hepatic glycogen stores are fully capable of supplying this timeline.
The Post-Cardio Reset Window
Within 15 to 30 minutes of completing cardio, consume high-glycemic carbohydrates and rapid-acting protein. This generates an insulin spike that suppresses cortisol, stops gluconeogenesis, and drives nutrients directly back into muscle.
Intra-Workout Fueling Protocol
For any planned session extending beyond 75 minutes, ingest liquid carbs at a rate of 30 to 60 grams per hour to feed the blood glucose pool, preventing the liver from breaking down skeletal muscle.
Rules
Daily Systems Check
5-step check to run before executing any training day to ensure safety and performance.
Intensity Discipline
Is my easy cardio truly easy enough to hold a conversation? (Strictly Zone 2).
Neuromuscular Focus
Are my gym sets heavy enough, low enough rep (1-5), and rested enough (3-5 min) to build power without bulking?
Interference Management
If doing two-a-days, did I leave a minimum 4-hour gap between cardio and heavy lifting?
Fueling Protocol
Did I eat carbs/protein immediately after cardio to spike insulin? Am I fueling with 30-60g carbs/hr for sessions over 90 mins?
ANS Check
Is my HRV high enough today to justify a hard workout, or do I need to stay in recovery mode?
Rules
Weekly Joint & Tendon Integration
Weekly rhythm integration checklist to prevent overtraining of connective tissues.
Pre-Run/Pre-Bike
5 minutes of Active Joint Mobility (Hips and Ankles) to grease the chassis.
Pre-Lift
2 sets of Heavy Isometrics (45 seconds) to prime the tendons and kill any lingering pain (Pain-Killer Protocol).
Post-Lift
3 sets of Heavy Slow Resistance (HSR) (3s down, 3s up) to physically thicken the tendons.
Fresh Days (No lifting)
10 minutes of Plyometrics (Pogo Jumps and Depth Drops) to build the mechanical spring mechanism.
⚙️ The Periodization Engine
Cockpit alerts will automatically adjust sensitivity based on your phase.
Supabase Cloud Config
Link this PWA to your PostgreSQL backend.
Environment Configuration
Required for the Thermal Strain Shield (WBGT).
Saved