Semiconductors
Device claims, process technology, foundry fit, manufacturing risk, yield, test, qualification, and commercialization path.
Technical domains where TIGRE is useful.
TIGRE works best when technical depth changes the commercial answer: semiconductors, hard-tech commercialization, foundry and process claims, qualification risk, and extreme-environment electronics.
Classification matters. So does consequence.
Discuss a DecisionDomains
Where technical reality drives business risk.
Wide-bandgap power devices
SiC, GaN, high-voltage devices, reliability, radiation effects, application fit, and manufacturing constraints.
Radiation and rad-hard electronics
Mission need, qualification burden, adoption friction, procurement conservatism, and credible technical proof.
Foundry and process technology
Foundry compatibility, process modules, transfer risk, design rules, integration evidence, and manufacturability.
Advanced materials and integration
Specialty materials, process steps, packaging, integration claims, test strategy, and scale-up risk.
Memory and compute-in-memory
Architecture claims, application fit, product wedge, foundry route, energy claims, and customer adoption logic.
Defense and aerospace electronics
DIB relevance, mission environment, qualification reality, non-dilutive funding logic, and adoption timing.
University-originated startups
Invention strength, product weakness, IP posture, founder assumptions, proof milestones, and commercialization reset.
Hard-tech manufacturing scale-up
Lab-to-ramp risk, process control, metrology, yield learning, customer qualification, and capital planning.