Intelligent Transport Systems - EDI Business Model

This page contains the business model generated by EDI for the solutions and applications identified as a result of the implementation of the use case in the Intelligent Transport Systems domain.

Main Contributor

Partner: Institute of electronics and computer science (EDI)

Category: Research

Type: IoT Platform Provider

Lean Canvas

Problem

Customer needs, requests and opportunities from the market

The current solutions:

  • Lack automatization of control of rolling stock
  • Need large and expensive (wired) communication infrastructure
  • Offer limited access to information
  • Do not offer tracking information of rolling stock
  • Inauguraiton of composition is done manually, change also is manual and time consuming
Existing Alternatives

Train detection systems (TDS) - axle counter and track circuit - manual (wired) On Board Train Integrity Devices, GSM-R communications

Solution

ENACT Result

ITS Use Case
Exploitation Form

Publication, Technology & Knowledge Transfer

IPR Background 

EDI has extensive know-how in IoT system development and has also participated in EU FP7 project "DEWI" rail domain.

Description 

Demonstrator, publications. We would like to use our existing knowledge to get new knowledge, exploit it and gain our publicity. 

Type

Open source

Key Metrics

KPIs

Accepted publication, (2 SCOPUS-indexed)

Time To Market / TRL at the end of the project

expected TRL is 5, this is to be released before the end of the project

Unique Value Proposition

Value added by the solution

IoT system compatible with DevOps enablers for integrity, logistics and maintenance controll of systems

Unfair Advantage

more than 5 year experience in IoT development field

Customer Segments

Type

researchers, industry, students
Segment

IoT industry

Channels

Promotion

Radio, conferences, TV, journals 
Distribution

journals, conferences

Revenue Streams

Revenue Sources

licensees, future projects, contract research