Turn engineering uncertainty into solution paths worth testing.

Describe a technical problem or performance target. Get structured, TRIZ-guided solution paths your R&D team can evaluate.

Try one of these

Start with the engineering problem
you need to move forward.

Innovation

Find a fresh new route when you're stuck.

Use when a technical issue has no obvious fix, performance target hard to reach, or improving one metric worsens another.

How can low-temperature range in new energy vehicles be improved while reducing energy consumption in the thermal management system?
Cost reduction

Reduce engineering cost without weakening reliability.

Use it before a cost review, value engineering sprint, or redesign discussion where the team needs credible options.

How can the manufacturing cost of a push-button pen be reduced? Device components include the refill, lower shell, upper shell, spring, and button.
BOM / System analysis

Start from your BOM, not a blank prompt.

Use a BOM, component list, or design file to help Eureka understand the system and suggest where change is possible.

How can the cost of a washing machine be reduced?

From engineering problem to solution paths
in hours, not weeks.

The same methodology used by leading R&D teams, automated end-to-end.

01 Frame

Engineering teams often know the symptom before they know the real problem.

Turn a plain-language issue into a solvable engineering frame

Clear problem definition

The agent reviews your input, summarizes its understanding, and asks follow-up questions when details are missing. It helps clarify the optimization target, constraints, components, and the core technical contradiction before solution generation starts.

Turn a plain-language issue into a solvable engineering frame
02 Analyze

Root causes hide inside component interactions, weak functions, and system trade-offs.

Map the system and reveal where change is possible

System map + causal chain

The agent breaks your system into components, maps useful, weak, insufficient, or harmful interactions, and traces the causal chain to the core technical contradiction, then applies TRIZ's Contradiction Matrix to pinpoint where a real fix is possible, instead of surface effects.

Map the system and reveal where change is possible
03 Solve

A brainstorm list is not enough for an engineering decision.

Generate solution concepts your team can evaluate

Solution paths with evidence

The agent applies TRIZ-guided reasoning to generate multiple solution directions, then supports refinement into implementation details, risks, and validation ideas. Recommended solutions can be reviewed, selected, and expanded into detailed designs (e.g. a short walkthrough video).

Generate solution concepts your team can evaluate

Built for engineering problems
generic AI does not structure.

The agent combines TRIZ, technical data and AI reasoning to align outputs with real engineering constraints and latest tech knowledge.

Generic AI or search Broad answers
1

PROMPT BURDEN

You need to know how to ask the right question.

2

WEAK STRUCTURE

Often jumps from prompt to answer.

3

HARD TO VERIFY

Ideas may be broad, incomplete, or hard to verify.

4

LOOSE OUTPUT

Usually gives a list of suggestions.

Eureka Find Solutions with TRIZ Structured before generated
1

FRAME

Helps turn symptoms, targets, and constraints into a clearer engineering problem.

2

ANALYZE

Structures the problem before jumping to solutions.

3

GROUND

Grounds solution in patents, literature, and TRIZ-guided reasoning.

4

EVALUATE

Returns solution paths with reasoning, risks, and next steps.

Real engineering outcomes.
Solution paths that shipped.

Office stationery / Senior R&D Engineer

Cross-industry solution transfer

The team was iterating on a snap-fit mechanism. Find Solution surfaced a transferable automotive solution that solved the design challenge and was filed as a patent.

"A solution from the automotive field could solve a problem in office stationery."
Automotive / Chassis R&D Engineer

Cost reduction in a mature system

The team needed to reduce cost without compromising product performance. The agent broke down the chassis system, analyzed cost drivers, and led to a feasible solution.

Reduced overall chassis cost by 10%.
Automotive / Catalyst R&D Engineer

Proven catalyst approaches

The engineer wanted high performance and durability yet lacked internal ideas. The agent delivered technical, grounded approaches from relevant innovation cases.

"More professional depth than a general-purpose large language model."

Plan for your innovation success

Get faster insights, better solutions at a price that scales with you.

Freefor 14 days

No Credit Card Required

10,000 Trial Credits Included*

Typically enough for:

  • ≈ 2 feasible product concept proposals
  • or ≈ 5 technical research analyses
  • One place for technology news and R&D hotspots

Pro

For engineers needing faster research, practical concepts, and evidence-backed reports.

$100/month

  • Generate feasible product concept proposalsExperience-based ideas → innovative, feasible concepts
  • Conduct technical research analysisManual research: 1 week → Eureka: 10 minutes
  • Monitor technology news and R&D hotspots
  • Analyze competitors
  • Track technical intelligence

Frequently Asked Questions

Can't find what you're looking for? Reach out to our team.

No. You can start with a plain-language engineering problem. Eureka guides the TRIZ reasoning behind the scenes, helping frame the problem, analyze system interactions, and generate solution paths without requiring TRIZ expertise.

Ready to find your next solution path?

Free to try. Describe your challenge. Find Solutions with TRIZ takes it from there.