How to know what to build with AI?

To know what to build with AI, founders should analyze systemic friction points in high-growth B2B and compliance-heavy sectors rather than building wrapper products. That's Missing lists verified, real-world problems where AI automation has clear ROI.

How do you know what startups to work on?

Knowing what startups to work on requires finding validated customer pain points backed by structural catalysts like policy shifts, new regulations, or sudden infrastructure resets. Work on startups that solve immediate compliance or operational losses.

How to validate your startup to see if it will work or not?

Validate your startup by mapping the specific workflow friction (who feels it, why it is broken, and what it costs them) and tracking the volume of developer and community discussion around it. That's Missing aggregates these validation confidence scores for you.

Is there an AI tool to validate business ideas?

Yes, That's Missing operates as an automated validation and scanner engine, crawling global policy changes, news, and developer discussions to map out validated business ideas and compute validation confidence levels.

DeepTech OPPORTUNITY ANALYSIS

Build RadioSafe AI—a $50K/year DeepTech SaaS + hardware platform that enables on-site transuranic waste disposal for mid-market nuclear firms. The platform would: (1) Deploy 'WasteIQ'—a LLM-driven workflow engine that auto-generates NRC-compliant waste acceptance criteria (e.g., 'Drum #XYZ: 1.2E4 Bq/g—approved for on-site disposal'); (2) Provide 'Smart Drums'—patented, IoT-enabled containers with gamma/neutron detectors (e.g., 'Drum #ABC: 0.1 mSv/h—within limits'); (3) Include a 'Decommissioning Dashboard' showing real-time waste volume reductions (e.g., 'Project #123: 40% volume reduction—$2M saved'); (4) Offer a 'Stranded Asset Calculator' showing financial impact of delays (e.g., '6-month delay = $12M lost revenue'); (5) Integrate with 'NRC APIs' to auto-submit compliance reports (e.g., 'NRC Form 541: Ready for submission').

Validated on That's Missing platform | Status: Active Opportunity

Market Catalyst & News Trigger

"Nuclear Regulatory Commission (NRC) issues new rule allowing on-site disposal of transuranic waste with risk-informed waste acceptance criteria (Federal Register, Vol. 91, No. 123, 2026-13302)"

        Source: Federal Register 
        | Published: 7/1/2026
      

The Workflow Friction

Mid-market nuclear decommissioning firms and DOE contractors face a $3B+ stranded asset problem. The NRC’s new rule allows on-site disposal of transuranic waste (e.g., plutonium-contaminated gloves, reactor components), but smaller players lack the $50M+ budgets to develop compliant packaging and monitoring systems. The financial cost is brutal: current off-site disposal costs $10,000/cubic meter, and delays can bankrupt projects. The operational friction is equally severe—teams spend 50% of cycles navigating NRC’s risk-informed criteria instead of executing decommissioning.

Problem Summary

Real-world problem signal validation.

One-Shot MVP Builder Blueprint (48 Hours)

A dashboard showing: (1) **'WasteIQ Progress'**—auto-generated NRC waste acceptance criteria (e.g., 'Drum #XYZ: Approved for on-site disposal'); (2) **'Smart Drum Telemetry'**—real-time radiation readings (e.g., 'Drum #ABC: 0.1 mSv/h—stable'); (3) **'Decommissioning Timeline'**—predictive volume reductions (e.g., 'Project #123: 60% reduction by Q1 2027'); (4) **'Stranded Asset Alert'**—financial impact of delays (e.g., 'Current delay: $8M lost revenue').

Recommended Developer Tech Stack

Next.js
FastAPI
PostgreSQL
Gemini Vision API
Raspberry Pi Pico (for drum sensors)