Active balance from within—replacing rigid plastic corsets with gentle kinesthetic cues.
Empowering children with postural hypotonia and peripheral neuropathies to move freely and build active trunk strength through ungrounded kinesthetic biofeedback.
Quantitative Pediatric Safeguards by Design
Why Traditional Rehab Tech Fails in Early Childhood
Mitti occupies the critical clinical blind spot between rigid static orthotics and passive vibrotactile buzzers.
In Dynamic Movement Intervention (DMI), minimal tactile guidance triggers active neurological self-correction rather than mechanical dependency.Explore Clinical Evidence →
Ungrounded Momentum Exchange & Multi-Stage Safety
Active postural equilibrium achieved through angular momentum transfer ($T = I \cdot \alpha$), validated across physics-in-the-loop MuJoCo simulations.
By dynamically accelerating an internal reaction flywheel, Mitti imparts precise rotational torque directly to the pelvic girdle without external floor anchoring. Rapid intention-gated micro-impulses gently prompt the patient's spine toward equilibrium.
Actuation is bounded by a deterministic 3-stage graduated safety hierarchy: Stage 1 (0–200 ms) controlled deceleration coasting to eliminate recoil whiplash; Stage 2 (200–500 ms) dynamic electronic braking; Stage 3 (>500 ms) power disconnect and hardware cutoff. Pediatric torque is hard-saturated at ≤ 1.5 Nm.
Comprehensive mechatronic architectures, sensor fusion bus topologies, and safety dossiers are documented in our engineering specifications.Explore Full Technology →
A Scalable Bio-Mechatronic Platform with Focused Clinical Translation
Balance Bionics develops foundational closed-loop equilibrium technology across three distinct horizons—progressing from pediatric neurorehabilitation to universal balance support.
Built Where Parental Necessity Meets Deep-Tech Execution
Mitti was born from personal necessity: a veteran technology leader and father refusing to accept static, restrictive corsets as the only solution for his son's postural instability. Under the corporate roof of Balance Bionics, we are translating deep-tech execution into clinical reality.
Seeking Clinical & Research Partners
We are actively selecting collaborative clinical research partners, pediatric motion laboratories, and DMI practitioners for our upcoming pilot study cohorts (BMBF/ZIM KMU-innovativ):
Direct Clinical & R&D Inquiries
Confidential briefing and clinical study outline available on request