Built for
Knowledge Workers Whose Bodies Pay the Price
8-12 hours a day in a chair, eyes on screens, hands on keyboards. Your brain gets the workout. Your body gets the damage. Forward head posture, compressed hips, locked thoracic spine, wrist strain. We measure what desk work does to your structure and build the plan to undo it.
Sources: Stack Overflow developer surveys, occupational health studies for computer workers
What your desk does to your body
Four structural zones. All measurable. All correctable -- when you know the numbers.
Cervical Spine & Forward Head
Screen work drives your head 2-3 inches forward of neutralMonitors, laptops, multiple screens -- they all pull your head forward. Every inch forward adds roughly 10 lbs of effective load on your cervical spine. At 3 inches forward, your neck muscles are managing 40+ lbs instead of 10. Tension headaches, upper trap tightness, and suboccipital lockup are not stress symptoms. They're structural adaptations to sustained forward head position.
Wrists & Forearms
Sustained keyboard and mouse use creates repetitive strain patternsTyping and mouse work keep your wrists in sustained extension and your forearm pronated for hours. The extensor tendons are under chronic tension. The carpal tunnel space narrows. Trigger points develop in the forearm flexors. RSI, carpal tunnel syndrome, and mouse elbow aren't random -- they're predictable structural consequences of how you use your hands 8+ hours a day.
Hip Flexors & Lumbar
Sitting compresses the hip complex and deloads the posterior chainYour hip flexors are shortened for every minute you sit. Over years, they pull your pelvis into anterior tilt, inhibit your glutes, and load your lumbar spine. Your core stabilizers deactivate because the chair provides the stability your muscles should. When you stand up to train, you're trying to use a body that's been structurally optimized for sitting.
Thoracic Spine
Sustained slouching locks the thoracic spine in flexionDesk posture drives your thoracic spine into kyphosis. The mid-back muscles weaken. The chest tightens. Shoulder overhead range decreases. Breathing mechanics compress. This isn't a flexibility problem -- it's a structural adaptation. Your thoracic spine has stopped rotating and extending because you never ask it to. Every overhead press, every pull-up, every deep breath is limited by this.
Assessment-driven protocols for programmers
Cervical Restoration Protocol
Deep neck flexor activation, suboccipital release, forward head correction drills, cervical ROM restoration
Wrist & Forearm Recovery
Extensor deloading, flexor lengthening, nerve glide sequences, wrist mobilization, grip pattern rebalancing
Hip & Lumbar Restoration
Hip flexor lengthening, gluteal reactivation, pelvic alignment, core stabilizer rebuild, lumbar decompression
Thoracic Mobility Protocol
Rotation drills, extension work, scapular control, chest opening, breathing pattern restoration
Full Structural Program
All four protocols integrated into a periodized plan. 3-4 sessions per week, 35-45 minutes each. Includes desk-side mobility drills for work breaks.
How it works
Apply
Fill out the intake form. We verify fit and schedule your assessment within 48 hours.
Assess
18-test biomechanical assessment. In-person or remote via guided video. 40-60 minutes.
Receive
Strategic Brief with pattern classification, ROM data, and desk-work-specific findings. Delivered within 48 hours.
Train
Custom training program built from your assessment data. 3-4 sessions/week, 35-45 min each.
Questions from programmers
I already use a standing desk. Isn't that enough?
Standing desks change which problems you get, not whether you get them. Standing all day creates lower extremity fatigue and lumbar compression. The ideal is alternating. But neither position fixes the structural adaptations you've already accumulated from years of sitting. That requires targeted intervention.
I train regularly. Why do I still have these problems?
Training doesn't automatically reverse desk posture. If your training doesn't specifically address cervical forward head, hip flexor shortening, and thoracic kyphosis, it adds fitness on top of dysfunction. You get stronger in your compensated positions. The assessment identifies what your training is missing.
What about ergonomic setups?
Ergonomics reduce the rate of structural damage. They don't reverse existing damage. A perfect desk setup slows the problem. Assessment-driven programming reverses it. Use both.
Can I do this remotely?
Yes. The assessment uses guided video positions and self-administered tests. In-person available in the Madrid area. Same data quality either way.
Your code runs better on good hardware.
18 tests. Your structural map. A training plan built for the physical cost of desk work. Not generic fitness -- occupational biomechanics.