About Partners Intelligence Log in →
Connecting Israeli Defense Tech to US Needs
Log in

Xmetix

Smart clothing auto-detecting and controlling combat bleeding

Israel
11-50

Vitality Radar

35
Current
6M History
Industry
Updated 18 days ago

Pillar Analysis

Presence
Digital footprint, brand visibility, and online reach across channels
35
Business
Revenue signals, funding status, partnerships, and market traction
25
Innovation
R&D activity, patents, product launches, and technology adoption
65
Pulse
Recent momentum — hiring trends, news mentions, and social engagement
20
Capacity
Team strength, leadership depth, and organizational scale
30

Strategic Assessment

Strategic Vector

Xmetix focuses on developing autonomous smart clothing for wearable emergency care, targeting defense, military, safety, and medical applications with sensor-based injury detection and bleeding control in Israel.

Efficiency Ratio

Limited observable outputs relative to minimal team size and no recent funding or revenue signals indicate below-average resource efficiency.

Evidence Signals

Other HIGH Nazareth, Israel

Company founded in 2019 in Nazareth, Israel, specializing in wearable technology for smart clothing with sensors for real-time injury detection.

View source
Other HIGH Haifa/Nazareth, Israel

Founders identified as Eviatar Kuhnreich and Irad Kuhnreich, with leadership experience in special forces, navy SEAL, and multi-disciplinary R&D.

View source
Innovation MEDIUM

Smart clothing technology for detecting and responding to injuries autonomously, including sensors, conductive thread, and automatic tourniquet.

View source
Expansion MEDIUM Haifa, Israel

Alternative location reference in Haifa, Israel, suggesting possible operational expansion beyond Nazareth HQ.

View source
Product Launch HIGH

Development of fully automatic smart tourniquet controlled by software, activated by one button press for military and civilian use.

View source
Other MEDIUM Israel

Team size estimated at 11-50 employees with vitality radar score of 35.

View source

About
Develops smart tactical clothing with sensor mesh technology and the TAK710 automated tourniquet to detect penetrating trauma and autonomously apply hemorrhage control without human intervention.
Relevancy
Reduces preventable combat deaths by providing instant bleeding detection and control. Enables autonomous medical response for extremity injuries, improving survival rates and reducing time to treatment in combat situations.
Tags
#smart-clothing #bleeding-detection #autonomous-medical #combat-survivability #tactical-uniform #tourniquet #sensor-mesh #life-saving

Suggest an edit

Footer

Connecting Israeli Defense Tech to US Needs

Powered by Meschonomy

Terms Privacy Contact