Desirability, Feasibility, and Viability 2.0 - Beyond the Current Definition
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Desirability, Feasibility, and Viability 2.0 - Beyond the Current Definition

It is current design thinking practice to look at desirability, feasibility, and viability, as the sweet spot for innovation. The original concept thereby tries to look at whether customers want a product/service (desirability), whether it can be done from a technological point of view (feasibility), and whether the company should do it, whether it’s a good business decision (viability).

In The Art of Opportunity, we proposed a stakeholder oriented approach, looking at three types of value propositions:

  1. The Customer Value Proposition
  2. The Firm Value Proposition
  3. The Ecosystem Value Proposition.

Our thinking was that any strategy, business model, offering, etc. needs to provide value for all parties involved to be successful. (For more details, see this article.)

This post sparked me to reconceptualise these 2 approaches and try synthesising them into one. The idea is basically to say that desirability, feasibility, and viability need to be considered for each and every stakeholder.

Consider the classic example of the Concorde: Although being able to travel from London to New York in 2.5 hours was very desirable for customers, not many were able to afford the high prices (The return was $20’000 in 2000, which would be about $30’000.- today). Hence, although it was desirable, it was not viable for customers.

Combining the 2 approaches could look something like this:

What do you think? Does this make sense? 
Carlos Barrera Garza

*State of the Art Novel InFlow Tech: ·1-Gearturbine, Reaction Turbine, Rotary Turbo, ·2-Imploturbocompressor, Impulse Turbine, One Compression Step. "When see a Tsunami coming you should not say I am not a Wave Expert"

5 个月

And the Result is: Latest InFlow Generation: State of the Art Novel InFlow Tech: ·1-Gearturbine Reaction Turbine Rotary Turbo, ·2-Imploturbocompressor Impulse Turbine 1 Compression Step ·1-Gearturbine: Reaction Turbine, ·Rotary-Turbo, Similar System of the Aeolipile ·Heron Steam Device from 10-70 AD, ·With Retrodynamic = DextroGiro/RPM VS LevoGiro/InFlow, + ·Ying Yang Circular Power Type, ·Non Waste Parasitic Power Looses Type, ·8-X,Y Thermodynamic Cycle Way Steps.? ·2-Imploturbocompressor: Impulse Turbine, ·Implo-Ducted, One Moving Part System Excellence Design, · InFlow Goes from Macro-Flow to Micro-Flow by Implosion/And Inverse, ·One Compression Step, ·Circular Dynamic Motion. Implosion Way Type, ·Same Nature of a Hurricane Satellite View. https://stateoftheartnovelinflowtech.blogspot.com https://padlet.com/gearturbine/un2slbar3s94

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Manoj Chawla

MD @ EasyPeasy Limited, Award winning Transformation & Innovation Guru, C level positions ex Accenture, BT, PWC, Diageo, ICI.

6 年

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