How It Works
Muscle Activity Detection
We measure spinal muscle activation in real time.
Intelligent Asymmetry Analysis
We detect asymmetric recruitment and compensation patterns.
Guided Neuromuscular Correction
We provide targeted exercises to support balanced movement.
Coming Soon
Future Integration
SpineSync is being developed as a closed-loop system, with future integration of adaptive neuromuscular stimulation to support targeted muscle activation and personalised rehabilitation.
Built on Clinical Foundations
Spinal asymmetry often develops through subtle, long-term imbalances in muscle recruitment. Surface electromyography (EMG) enables non-invasive measurement of these activation patterns. By identifying asymmetric firing and compensatory strategies, SpineSync provides data-driven feedback designed to support neuromuscular balance over time.
Real Time Spinal Muscle Monitoring
REAL TIME ACQUISITION
Surface EMG signals are captured from spinal stabilising muscles
SIGNAL PROCESSING
Signals are filtered and processed to extract muscle activation patterns
ACTIONABLE OUTPUT
Muscle asymmetry is quantified to generate personalised corrective exercise recommendations
Real-time Correction
Muscle Activity Data
Personalised Exercises
Progress Visualisation
The Minds Behind SpineSync
Elizabeth Armstrong
CEO & CO-FOUNDER
Biomedical engineer at Imperial College London with lived experience of spinal asymmetry, developing data-driven EMG technology to make neuromuscular rehabilitation measurable, personalised, and accessible.
Manuela Coronado
COO & CO-FOUNDER
Biomedical engineer at Imperial College London with expertise in spinal biomechanics and neuromuscular rehabilitation, leading product strategy and development of Spine-Sync’s wearable EMG platform.
THE FUTURE OF SPINE HEALTH
Our Story
SpineSync began with scoliosis—and with uncertainty.
The diagnosis explained the curve, but not the cause. There was no clear data on how the muscles were working, no way to see which ones were overcompensating, and no reliable method to take control of the condition beyond generic exercises. Imaging showed structure, but not function. The root cause remained hidden in the way muscles fired and compensated in silence.
That frustration became our motivation.
We built SpineSync to uncover what traditional tools miss. Using high-precision surface electromyography (sEMG), our Intelligent Imbalance Analysis framework captures the micro-volt activity of paraspinal muscles in real time, revealing the asymmetric firing patterns that drive imbalance.
What began as a search for answers to scoliosis became a mission to give people clarity, control, and a precise path toward spinal symmetry.