Search by function,
not industry label.

The technology you need may already exist in a field that looks unrelated. Function-Oriented Search abstracts the required function and looks for leading areas where that function is performed especially well.

Technology Scouting Search
Since 2006
Delivering Innovation Experience
Official Strategic Partner
8,000+
Global GEN TRIZ Specialists
25+
Countries Represented Worldwide

Through its strategic partnership with GEN TRIZ, relevant engagements can access the GEN TRIZ Global Knowledge Network of more than 8,000 specialists across 25 countries.

Do you face any of these problems?

Keyword searches return too many familiar or irrelevant results

The client wants relevant mechanisms from outside its immediate industry

A development target requires a technology the team does not currently have

A concept depends on an enabling technology that must be identified and adapted

The obvious technologies cannot meet the required combination of parameters

A technology landscape needs a mechanism-based rather than category-based search

Then Technology Scouting is the right fit for you

What TRIZ Asia does

Express the target as function, object and required parameter change

Identify leading areas and analogue systems

Assess adaptation barriers and recipient fit

Remove implementation-specific language that narrows the search

Compare mechanisms, operating conditions and constraints

Define evidence and proof requirements for promising candidates

Technology Scouting review and analysis

What you receive

A function-led search profile

Candidate technologies and mechanisms

Mechanism and condition comparisons

Adaptation barriers and technical questions

Priority validation steps and potential feature-transfer directions

How the engagement works

Frequently Asked Questions

Keyword searches tend to stay close to familiar terminology and industry categories. Function-Oriented Search abstracts the required function and looks for mechanisms and technologies across domains.

Yes. Cross-domain search is a core part of the approach. The objective is to find fields where the required function is already being performed effectively.

Candidate mechanisms are compared based on operating principles, conditions, constraints and adaptation barriers. Promising directions are then mapped into the target system.

Outputs can include a function-led search profile, candidate technologies and mechanisms, mechanism comparisons, adaptation questions and priority validation steps.

Start with the challenge, not the method.

Share the objective, the current limitation and what has already been tried. TRIZ Asia will structure the problem and define the most useful next step.