ReSymmetry · raw details

Smart Robotic Wheelchair · Tel Aviv-Yafo · Founded 2016

inactive Pre-Funding ← back to profile

Highlights

IIA supported (ever)Profile claimed by owner

About

Smart Robotic Wheelchair

ReSymmetry is developing an AI-based robotic seating system designed to analyze and adjust the users seated posture. With applications ranging from office chairs to wheelchairs, the companys technology continuously collects and analyzes data from embedded sensors in order to proactively make postural adjustments aligned with the users personalized needs. The constant movement and posture changes made by ReSymmetrys robotic system transforms sitting from a static act into an active one, thereby improving the health and well-being of the user. The solution can help people whose lifestyle is primarily sedentary, such as office workers and the elderly, as well as adults and children with limited mobility who use a wheelchair for prolonged periods of time.

Identity

NameReSymmetry
Slugresymmetry
Type / kindstartup
Crunchbase IDresymmetry
Source _idagxzfmlsbGlzdHNpdGVyGAsSC05ld19Db21wYW55GICAwKXo2pMIDA

Status

Statusinactive
Status reasonNon Active, Apr 2023 ceased to operate
Last update2026-05-17

Location

HQ country codeIL
HQ region/districtCenter District
HQ cityTel Aviv-Yafo
HQ addressHaPelech Street 7, Tel Aviv-Yafo, Israel

Web & social

LinkedInhttps://www.linkedin.com/company/12905784
YouTubehttps://www.youtube.com/channel/UCDE_H9feQaFxA1rH7XV6ZUg

Classifications

Primary sector Health Tech & Life Sciences
Sub-sectors
Health Tech & Life SciencesMedical DevicesAssistive DevicesDigital HealthcareDigital Accessibility Solutions
Technologies
Artificial IntelligenceMachinery & RoboticsAssistive Bot
Target customers
ConsumersDemographics & FamilySeniorsChildrenDisabilitiesHealthcare & Life SciencesHealthcarePatientsProviders
Business models
B2B2CB2B
Tags
seniorsdata-analyticsactionable-insightspatientsdigital-healthcaremedical-devicespersonalizationchronic-patientsorthopedicshome-caretherapeuticsbig-datachildrenartificial-intelligencedisabilitiesdoctorssensorsroboticsrehabilitationmonitoringiotassistive-devicesaccessibility

Funding

Total raised$172K
Current stagePre-Funding

Raw source document

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