Cloud-AI Signal Calibration
Proprietary machine learning models process multi-channel surface neuromuscular data to capture an individual's unique tremor signature, dynamically adjusting stimulation output thousands of times per session.
The Felix NeuroAI™ Wristband represents a shift in movement disorder therapy. Powered by closed-loop neural decoding algorithms and transcutaneous peripheral nerve stimulation, Felix delivers individualized, dynamically calibrated therapy to mitigate hand tremor in adults with Essential Tremor (ET).
Unlike conventional fixed-dose stimulation units or systemic pharmaceuticals, Felix connects directly to cloud neural models. It continuously analyzes neuromuscular feedback to deliver targeted modulation, establishing a noninvasive, drug-free standard of care for global healthcare providers, movement centers, and clinical distributors.
Built on over two decades of neural interface R&D, Felix merges real-world biosignal processing with adaptive cloud artificial intelligence.
Proprietary machine learning models process multi-channel surface neuromuscular data to capture an individual's unique tremor signature, dynamically adjusting stimulation output thousands of times per session.
Engineered for seamless daily living, enabling users to eat, write, use tools, and perform fine motor tasks steadily throughout the workday without clinic supervision.
Comprehensive safety evaluations demonstrate an extremely benign safety profile, with mild skin redness being the primary observed transient reaction during rigorous 90-day clinical evaluations.
Fasikl adheres to rigorous evidence-based development standards. The efficacy and safety of the Felix platform are validated by double-blind clinical trials and published in tier-one medical journals.
Conducted as a randomized, double-blind, sham-controlled multicenter study, the TRANQUIL trial evaluated 90-day outcomes in Essential Tremor patients. The treatment arm demonstrated statistically significant improvements in primary endpoints (TETRAS m-ADL scores, p < 0.0001), confirming significant functional recovery across mild, moderate, and severe tremor cases.
JAMA Neurology. 2025 Dec 1;82(12):1235-1242. doi:10.1001/jamaneurol.2025.3905. PMID: 41114984.
Featured Presentation & Late-Breaking Science, 77th American Academy of Neurology (AAN) Annual Meeting.
Tremor and Other Hyperkinetic Movements. 2025 Mar 21;15:10. doi:10.5334/tohm.991. PMID: 40125447.
Observational evidence from clinical study participants highlights significant functional recovery and quality-of-life enhancements.
“For me, it outperforms daily pharmacotherapy. Having an AI system that actively monitors neural feedback and adjusts in real-time has not only calmed my hand tremor but restored my independence.”
“Facing invasive deep brain stimulation surgery was daunting. Felix gave me a completely noninvasive alternative that fits my workday routine, letting me return to writing and fine motor tasks.”
“Achieving surgical-grade tremor reduction without scalpel incisions or heavy sedation is remarkable. It offers a combination of clinical efficacy, dignity, and real-world mobility.”
The Felix wristband was evaluated in a prospective, randomized, double-blind, sham-controlled pivotal trial (TRANQUIL study). Unblinded data demonstrated a statistically significant reduction in hand tremor activities (TETRAS m-ADL score, p < 0.0001) compared to sham control groups.
Yes. Clinical trials verified that a substantial proportion of patients experiencing bilateral upper extremity tremor achieved bilateral relief while wearing the device on a single wrist due to central neural pathway target modulation.
Individual response times vary based on tremor etiology and severity. Many patients observe noticeable functional tremor reduction within hours of session initiation, while cumulative neural adaptation produces optimal outcomes over continuous weeks of daily therapy.
Felix is cleared by the U.S. FDA as a prescription wearable neuromodulation medical device. It holds a non-significant risk (NSR) classification, with minor, temporary skin redness underneath sensor contact sites being the main observed side effect.
Fasikl works with accredited movement disorder centers, neurological hospital networks, and international medical device importers. Contact our global procurement team to request regulatory dossiers, CE/FDA documentation, and distribution terms.