Revolutionizing the way chronic back pain is managed

Treat the cause rather than the symptoms

We are bringing a breakthrough technology to treat and manage chronic low back pain (CLBP), by correcting the neuro-mechanical root cause, rather than the symptom, for long-term prevention.

Back pain is the leading cause of disability worldwide

0 %
of adults in the U.S. suffer from CLBP
0 %
of adults are affected by CLBP at least once in their lifetime
0
million lost workdays annually
$ 0
billion annual related total costs

Introducing L-PACT:

An innovative neuro-mechanical wearable CLBP management system

Assessment

Assessment

Dynamic low back posture
AI sensing

Training-to-Treat

Proprietary auto-correction
and responsive algorithms

Prevention

Neuromuscular self-learning
and CLBP prediction

Structural misalignment and poor posture over time in the lower part of our spine, our lumbo-pelvic region, mostly leads to chronic low back pain (CLBP). These asymmetries at the Lumbo- Pelvic Load Distribution Axis (LDA) can alter the body’s mechanics and put various body segments under strain contributing to musculoskeletal pain and long-term deterioration.

The L-PACT brings a new approach to restore the correct loading of the lumbo- pelvic structures. Using AI sensing and automated counter compressive force pressures, the L-PACT assesses and restores pelvic dynamic postural balance. By training for a short walk with the device, the L-PACT empowers clinicians to enable neuromuscular learning and brain retraining leading to long-term CLBP prevention.

L-PACT Advantages

Personlized
Personlized
Automated
Automated
Non-invasive
Non-invasive
Easy to use
Easy to use
Self managed
Self managed
Long-term
Long-term

A groundbreaking technology to analyze and correct dynamic spinal posture

Based on vast clinical know-how and innovative technological advances, our proprietary technology analyzes and corrects the neuro-mechanical root cause of back pain.

Supporting scientific literature

The innovative technology behind L-PACT is based on extensive research conducted in the field. Key research published in renowned peer-reviewed journals supports its unique approach to address asymmetries in lumbo-pelvic motion and posture for pain reduction and long-term prevention.

About Us

Symetrify aims to set a new standard of care in monitoring and treating  neuro-musculoskeletal health.

In a proof-of-concept study involving 100 patients, 98% of all patients improved, with 42% of patients improving after just 1 treatment!

Symetrify will initially target the $34 billion US physical therapy market, followed by the sports and fitness industry and the workplace environment.

Symetrify’s proprietary technology platform can also be applied to numerous neuromuscular conditions, including treating neck pain, shoulder pain, and sports injuries, all multi-billion-dollar market opportunities.

The company is collaborating with eHealth Ventures, a digital health incubator providing access to world-class clinical, operational and business networks.

Team and Advisory

Dr. Ami Eyal

Dr. Ami Eyal

Founder, CMO & R&D

Talor Sax

Talor Sax

Chairman of the Board

Ophir Shahaf

Ophir Shahaf

Business Development

Shay Yulzary

Shay Yulzary

Mechanical Engineer
(MSc), MBA

Tomer Bruchiel

Tomer Bruchiel

Electrical Engineer (BSc)

Aaron Raz

Aaron Raz

System Design &
Software Dev.

Alex Frid

Alex Frid

Machine Learning and
Neuro - Computation (PhD)

Our Collaborations

Maccabi
Amgen
Assuta
Medison
Beit Balev
Arad Technologies
Mayo Clinic

Dr. Ami Eyal

Co-founder & CMO

Dr. Eyal is a chiropractor with 22 years of clinical practice, specializing in the neuro-biomechanics of the spine, kinesiology, and musculoskeletal kinematics. He developed an innovative breakthrough training approach to manage and prevent low back pain causes.

Dana Chanan

CEO

Ms. Chanan is an executive with 20 years of proven track record. She is the former Co-founder & CEO of Sweetch Health, and an experienced digital health business and strategic advisor.

Talor Sax

Chairman of the Board

Mr. Sax is the CEO and partner at eHealth Ventures, a digital health incubator and Board Member to several start-ups. Mr. Sax has over 20 years of entrepreneurial and managerial experience in digital medicine companies in Israel, the United States and Europe. He is a member of the Advisory Committee for the BioMed degree at the Hebrew University, and has served as a member of the advisory committee in the field of life sciences at the Israel Export Institute and various committees at HIMSS.

Ophir Shahaf

Business Development

Mr. Shahaf is the VP Business Development at at eHealth Ventures, a digital health incubator. He is the ex-CEO of Hadasit Bio Holdings Ltd, a public company in TA and the US – financial tech transfer arm for the Hadassah Hospital System.

Shay Yulzary

Mechanical Engineer (MSc), MBA

My Yulzary brings vast experience as a mechanical design engineer, from first principles through the entire design cycle, project management, technical writing, and documentation.

Tomer Bruchiel

Electrical Engineer (BSc)

Mr. Bruchiel is a highly experienced RF engineer with more than 15 years of experience in planning, optimizing, and managing the development and design of hardware components. He specialized in MCUs, MEMS, electronic design, software design (client-server software), and integrating sensors and communication.

Aaron Raz

System Design & Software Development

Mr. Raz is a seasoned software developer who has extensive experience in designing and developing software systems for embedded and cloud environments, desktop applications, full-stack web applications, and more. He also has hands-on expertise in training, developing, and deploying ML/AI systems, as well as a solid background in research methods and statistics.

Alex Frid

Machine Learning and Neuro- Computation (PhD)

My. Frid is a multidisciplinary researcher, software, and system architect specialized in transforming real-life signals into meaningful data. He is experienced in leading multidisciplinary hardware and sofware R&D teams, research teams, algorithmic teams, Nano-Satellite engineering, and designing miniaturized acquisition payloads.