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Obstacle detection, classification and scene description Detects, identifies and classifies objects (like head-level obstacles) in near 150o field of view. The person can easily perceive the dangerous surroundings objects by being promptly alerted for the probability of a collision.   Fully voice controlled All controls are performed with voice commands and multiple supported languages There is no need for searching buttons  on the device or smartphones in the pockets     Real-time body health monitoring Continuously monitors and measures critical health-related factors By measuring basic health parameters like blood pressure, heart rate etc., one can immediately contact the doctor or health services
Our collaborations
Supported by
28Digital is initiated by the European Institute of Innovation and Technology (EIT)
ΠΑΝΕΛΛΗΝΙΟΣ ΣΥΝΔΕΣΜΟΣ ΤΥΦΛΩΝ Prototype v2
Copyright 2026
Our News

Discover our technology

Our solutions
for spatial awareness, obstacle detection and navigation

Navigates people to a selected destination with voice guidance.

The person can be easily directed to a selected spot just by pronouncing the desired place

Alerts for head-level dangerous obstacles like low-hanging balconies, tree branches and obstacles

extending from the head level up to the floor like walls (Head-level Injuries Prevention Engine - HIPE).

This device can even detect and alert for transparent objects like glass doors.

Our flagship wearable device. It incorporates proprietary technologies like HIPE for head-level obstacles

detection and injuries prvention and AGE for user-centric adaptive operation.

3D spatial sounds and human-like voice promts as well as haptic feedbacks help user navigate with more confidence

With the advance navigation system people are directed step-by step to a selected destination with voice guidance.

The person can be easily directed to a selected spot just by pronouncing the desired place

Our first prototypes

P0 fully working MVP

Next generation wearable

from concept to reality
     
DFD
Testimonials
Prototype v 1
VizionCra FF t is pioneering the future of assistive technology with its state-of-the-art AI- powered device designed to enhance the lives of individuals with vision-based needs. By integrating advanced spatial awareness techniques, image recognition, voice control, and advanced navigation technologies, our device offers real-time information access and empowers users to navigate their surroundings with greater independence and confidence.
The AI-assisted smart wearable device that enhances mobility of the blind and visually impaired.
VizionCraFFt Technologies P.C. G.C.R Reg No: 178862301000 EUID No: ELGEMI.178862301000 Chamber Reg No: 364277
Real time emergency messaging Calls or sends a message in case of emergency. This ensures someone is informed or contacted in case of emergency event Fully automatic GPS navigation Navigates people to a selected destination with voice guidance. The person can be easily directed to a selected spot just by pronouncing the desired place Text recognition Identifies, in various languages,  any text in front, including books, street signs or even store signs. This can help blind people to more accurately recognize places they visit or be better socialized Obstacle detection and objects identification Detects, identifies and categorizes obstacles and objects types in near 150o field of view.  The person can easily perceive the dangerous surrounding objects and the probability of collision   Fully voice controlled All controls are performed with voice commands and multiple supported languages There is no need for searching buttons  on the device or smartphones in the pockets     Real-time body health monitoring Continuously monitors and measures critical health-related factors By measuring basic health parameters like blood pressure, heart rate etc., one can immediately contact the doctor or health services
EIT Digital is supported by the European Institute of Innovation and Technology (EIT), a body of the European Union
Low-hanging obstacles detection Low-hanging objects like tree branches are very dangerous for head-level of the blind people and almost impossible to detect with the traditional methods. The advanced AI Image processing techniques of the device can warn the user in time for such obstacles in order to have enough time to avoid them.
Contact us
Our collaborations
Supported by
28Digital is initiated by the European Institute of Innovation and Technology (EIT)
ΠΑΝΕΛΛΗΝΙΟΣ ΣΥΝΔΕΣΜΟΣ ΤΥΦΛΩΝ Prototype v2
Our News

Discover our technology

Our solutions
for spatial awareness, obstacle detection and navigation

Our first prototypes

P0 fully working MVP

Next generation wearable

from concept to reality
      Testimonials
VizionCraFFt is pioneering the future of assistive technology with its state- of-the-art AI-powered device designed to enhance the lives of individuals with vision-based needs. By integrating advanced spatial awareness techniques, image recognition, voice control, and advanced navigation technologies, our device offers real- time information access and empowers users to navigate their surroundings with greater independence and confidence.
The AI-assisted smart wearable device that enhances mobility of the blind and visually impaired.
VizionCraFFt Technologies P.C. G.C.R Reg No: 178862301000 EUID No: ELGEMI.178862301000 Chamber Reg No: 364277
Copyright 2026
Prototype v 1

Navigates people to a selected destination with voice guidance.

The person can be easily directed to a selected spot just by pronouncing the desired place

Alerts for head-level dangerous obstacles like low-hanging balconies, tree

branches and obstacles

extending from the head level up to the floor like walls (Head-level Injuries

Prevention Engine - HIPE).

This device can even detect and alert for transparent objects like glass doors.

Our flagship wearable device. It incorporates proprietary technologies like HIPE

for head-level obstacles

detection and injuries prvention and AGE for user-centric adaptive operation.

3D spatial sounds and human-like voice promts as well as haptic feedbacks help

user navigate with more confidence

With the advance navigation system people are directed step-by step to a

selected destination with voice guidance.

The person can be easily directed to a selected spot just by pronouncing the

desired place