Challenge exists in integrating with existing production processes in remote Eastern factories

Currently there is a gap in connection with factories

There is a need to integrate into existing production processes in remote factories in the East

Factory testing was conducted but to a much lesser extent compared to retailer testing

Testing was performed with physical fashion experiences

Most testing activities for Sinu'a Deko were conducted directly with retailers

The solution combines ink formulation technology with electronics and manufacturing process capture for garment production

The production process involves garment manufacturing in a factory setting

The company is developing multiple patents based on several processes

Need to effectively attach and secure electronic devices to work clothing in aviation environments

Aviation industry workers who wear work uniforms in airplanes where electronic devices need to be attached

Adaptation of electronic gripping technology for attaching electronics to aviation work uniforms

Pavocom's existing technology for electronic gripping on fabrics

A company in the aviation industry seeking to implement electronic gripping technology on work uniforms in airplanes

Determine appropriate IP ownership structure for the new aviation industry application

Generate revenue from development work for aviation industry application of existing electronic gripping technology

Integration with existing label printing infrastructure

Direct printing of RFID/NFC tags onto labels during the manufacturing process

Uses water-based ink technology

Makes the entire process digital, efficient, labor-cost saving, and cheaper

Upgrades the printing experience by enabling direct tag printing on labels

Water-based ink printing system that integrates with existing label production processes

RFID and NFC tagging technology that enables direct printing on labels

B2B partner channel strategy allowing companies to integrate and resell the technology to increase customer value

Direct licensing model with retailers using monthly fees based on tagged item volume

B2B companies like Avery Dennison who license the technology to resell to their own customers

Retailers who pay monthly licensing fees based on the quantity of RFID/NFC tagged items

Market penetration through two distinct strategies: direct retailer partnerships and B2B channel partnerships

Electronics integration that cannot be seen or felt on the fabric surface

Team includes innovation consultant and business development advisor (Dubi)

Plan to work with first potential customer as design partner

Physical fashion stores as target customers

Currently developing MVP to demonstrate full integration capabilities of electronics on textile

RFID and NFC electronics integrated into textile fabric

Prove ROI of the product in physical fashion stores after solving the technological challenge

Primary priority is to solve the technological challenge and complete the MVP to prove full electronics integration on textile

Integration approach rather than building competing inventory management software

Existing tags and technologies that can be integrated with current inventory management systems

Integration solution that interfaces with existing inventory management systems using existing tags and technologies

Partner-based distribution strategy targeting companies that work with inventory management systems

Market penetration through strategic partnerships with inventory management system providers

The goal is to penetrate markets

Combines printed electronics with textile manufacturing in a single integrated process

Uses concealed tag technology that cannot be detected or removed like traditional tags

Creates completely invisible digital IDs embedded directly into textile fibers

Conventional theft prevention systems in retail environments

Traditional inventory management methods currently used by retailers

Embeds concealed tags directly into textiles creating invisible digital IDs for each product

Transforms everyday fabrics into smart, connected surfaces using printed electronics

Retailers experience significant annual losses due to these inefficient traditional methods

Traditional methods of inventory management, theft prevention, and customer interaction are limited and inefficient

Retailers seeking inventory management and theft prevention solutions

Printed electronics manufacturing on textiles

Electronic design and simulation capabilities for RF antenna development on textile substrates

Direct mesh printing process for embedding electrical circuits on cotton fabrics

RF antenna technology for both RFID and NFC applications on textile substrates

Water-based conductive ink formulation suitable for direct mesh printing on textiles

Advanced printing technology for embedding electronics into textiles

Einav Margalit serves as Co-Founder and CEO

Close pre-seed funding round to accelerate R&D and complete MVP by Q2 2025

Revolutionize the retail and supply chain industries through intelligent, fabric-based technologies