Trusted by 1,000+ R&D teams in pharma, aerospace, and advanced manufacturing

10x Your R&D
Breakthrough Rate

The AI co-pilot for R&D teams in biotech, materials science, clean energy, and advanced manufacturing. Resolve Contradictions of Requirements in minutes — not months.

70 yearsof TRIZ research encoded40+Inventive Principles + Matrix400+cross-domain industries
Describe your R&D contradiction
State the technical or physical trade-off blocking your research. No TRIZ expertise required.
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Try a real R&D contradiction:

From Contradiction to Breakthrough in 3 Steps

Powered by 70 years of TRIZ research, 400+ cross-industry analogies, and modern AI — built for serious R&D teams.

Step 01

State Your Contradiction

Describe the technical or physical trade-off blocking your R&D progress. The AI understands domain-specific language from pharma, materials science, energy, and engineering.

Step 02

AI Maps to TRIZ Framework

The system maps your contradiction to TRIZ's 40 inventive principles, the 39×39 contradiction matrix, and 76 standard solutions — then searches 400+ industries for analogous breakthroughs.

Step 03

Get 10x Faster Resolution

Receive ranked, structured solutions with cross-domain analogies, applicable inventive principles, and a ready-to-run experiment design — compressing months of ideation into minutes.

Built for the Hardest Problems on Earth

The Domains Where TRIZ Changes Everything

Dario Amodei identified five civilisational domains where AI can compress 50–100 years of progress into a decade. TRIZ methodology has been resolving the core contradictions in each of these domains for 70 years. TRIZ-GPT brings both together.

Biology & Health

Biotech & Pharma

Core contradiction: Drug efficacy vs. toxicity

A pharma team resolved a 3-year drug delivery contradiction by applying a food emulsion principle — reducing toxicity 40% without sacrificing bioavailability.

Explore Biotech & Pharma templates
Engineering & Manufacturing

Materials Science

Core contradiction: Strength vs. weight vs. thermal stability

An aerospace materials team used TRIZ Principle #3 (Local Quality) to solve a composite delamination problem — inspired by a ceramics technique from dental implants.

Explore Materials Science templates
Climate & Sustainability

Clean Energy

Core contradiction: Energy density vs. thermal safety in batteries

A battery R&D team resolved a lithium-ion thermal runaway contradiction using a phase-change material principle originally developed for spacecraft thermal control.

Explore Clean Energy templates
Computing & AI Hardware

Semiconductor & Electronics

Core contradiction: Processing speed vs. power consumption vs. heat

A chip design team applied TRIZ Principle #10 (Preliminary Action) to resolve a thermal dissipation contradiction — cutting power consumption 28% at the same clock speed.

Explore Semiconductor & Electronics templates
Neuroscience & Mental Health

Healthcare & MedTech

Core contradiction: Patient throughput vs. care quality

A hospital system used TRIZ Principle #15 (Dynamism) to redesign a surgical workflow, increasing throughput 35% while reducing adverse events.

Explore Healthcare & MedTech templates
Economic Development

Advanced Manufacturing

Core contradiction: Production speed vs. quality vs. cost

A precision manufacturing team resolved a tolerance-vs-speed contradiction using a biological self-assembly principle — reducing defect rates 60% without slowing the line.

Explore Advanced Manufacturing templates
Cross-Domain Discovery Engine

Breakthroughs Hide in Other Industries

The most powerful R&D breakthroughs come from unexpected analogies across fields. CRISPR was a bacterial immune system. Velcro was inspired by burr seeds. The Cross-Domain Discovery Engine finds these connections for your specific contradiction.

Battery thermal management

→ Food preservation (phase-change cooling)

94% match

Drug nanoparticle delivery

→ Aerospace fuel atomisation

89% match

Composite delamination

→ Dental ceramics bonding

87% match
Cross-Domain Discovery Engine

Your Contradiction

Lithium battery energy density vs. thermal runaway risk at high charge rates

AI mapping 400+ industries
94%

Aerospace

Phase-change thermal buffers from spacecraft TCS

89%

Food Science

Encapsulation techniques from emulsion stabilisation

83%

Nuclear

Passive cooling geometry from reactor design

Popular Templates

Featured
Manufacturing: Production Efficiency vs Quality
Optimize production processes while maintaining or improving product quality. Common in assembly lines, batch production, and continuous manufacturing.

✓ 4 guided questions

✓ Industry-specific examples

Featured
Software Development: Performance vs Features
Balance application performance with feature richness. Ideal for web apps, mobile apps, and enterprise software facing scalability challenges.

✓ 4 guided questions

✓ Industry-specific examples

Featured
Healthcare: Patient Care Speed vs Safety
Improve patient throughput while maintaining or enhancing safety protocols. Applicable to emergency rooms, clinics, and diagnostic centers.

✓ 4 guided questions

✓ Industry-specific examples

Live Demo

See TRIZ-GPT in Action

A real EV battery contradiction — from problem description to 3 breakthrough solution concepts in under 60 seconds.

TRIZ-GPT Demo · EV Battery Contradiction
Problem deconstructed with TRIZ frameworkContradiction Matrix applied automatically3 inventive solution concepts generated

What R&D Teams Are Saying

Scientists and engineers in pharma, aerospace, and advanced manufacturing use TRIZ-GPT to compress months of ideation into hours.

"I especially liked the introduction of Standard Solutions. Generating rationales will be very helpful to many who struggle from transferring from principles to how those concepts could be applied. I am impressed with the way your application works."

Ian

Verified User

TRIZ Practitioner

"We resolved a 3-year drug delivery contradiction in one session. TRIZ-GPT surfaced a solution from food emulsion science that our team would never have found alone."

Dr. Elena V.

Principal Scientist, Pharmaceutical R&D

"Our materials team uses it weekly. The cross-domain discovery alone is worth the subscription — it found a ceramics technique that solved our thermal barrier problem."

Dr. James T.

Chief Materials Engineer, Aerospace Division

"I've practiced TRIZ for 20 years. This is the first tool that genuinely accelerates the methodology rather than just digitising it. Our R&D velocity is 10x what it was."

Prof. Mikhail R.

Innovation Director, Advanced Manufacturing Institute

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