Icetrim
  Innovative Initiatives Laboratory
  • useful innovations from Dagestan •

Global visionary innovation impact projects

About our portfolio global projects

Given the scale of the problems being solved and the area of product use, the proposed innovation projects IceTrim Water and DAPS Rescue can be safely attributed to the global visionary technological impact solutions, which can put the companies implementing these projects on a par with other well-known world visionary innovation companies.

The fact is that both proposed projects are aimed at solving the long-standing urgent problems of mankind originating in the twentieth century, and the need to solve them from year to year becomes more and more obvious:

1. The IceTrim Water project is aimed at solving the still unsolved urgent technical, economic and humanitarian problem of delivering ice from Antarctica for those suffering from a shortage of quality drinking water in various regions of the world. This problem is about 70 years old.

2. The DAPS Rescue project is aimed at solving the still unresolved urgent technical and humanistic problem of rescuing air passengers in the event of aircraft accidents. This problem is about 100 years old.

It should be noted that both projects IceTrim Water and DAPS Rescue were included in the book "100 great achievements in the world of technology" published in 2012 (ISBN 978-5-4444-0048-7, author Zigunenko S. N., publishing house "Veche", series "100 great", pages 64 and 195), which speaks of both the high relevance for humanity of the problems they solve, and the recognition of the technical solutions proposed in the projects, and their originality.

As practice shows, projects of this kind, especially at the initial stage of implementation, require the support of a special type of investors, entrepreneurs, who are now called technological visionaries, venture philanthropists, impact investors.

The IceTrim Water and DAPS Rescue projects are now at a similar stage of development and if desired and the investor's capabilities at the current stage can be implemented simultaneously.