Evaluation: Alignment, Rigor, & Readiness
Evaluation in PITCH asks three progressively demanding questions: Is the concept aligned with the opportunity? Is it rigorous enough to withstand scrutiny? Is it ready to advance? Alignment, rigor, and readiness provide distinct but complementary views of a developing concept—revealing not only how it performs, but what needs to strengthen next.
Evaluation is treated as a co-development process rather than judgment for its own sake. Inventors gain critical questions, evidence-based feedback, and clearer development priorities, while evaluators, investors, and stakeholders gain stronger signals for judgment and prioritization. The objective is better-informed development and more decision-ready concepts.
Consequential Environments Reward Rigor
Meaningful innovation requires scrutiny. Prepare well.
Meaningful innovation increasingly operates within environments where decisions carry consequence — competitive funding, SBIR, challenge environments, institutional review, translational partnerships, and investment decisions.
PITCH's Modular Evaluation Architecture
Drawing from PITCH's modular innovation architecture, the evaluation system supports multiple modes of evaluation via an evaluation funnel. Each module is optional, and users may opt-in or opt-out.
Alignment & Fit (KPP Review)
How Key Performance Parameters frame alignment — optional.
If a problem is selected, the platform can evaluate how well a submission aligns with the problem's Key Performance Parameters (KPPs) — the critical elements that must be addressed for that specific problem.
Quality Assessment (Rubric Evaluation)
Rubric-driven scoring of pitch and project quality — optional.
The platform provides a scoring mechanism based on deterministic rubrics. A rubric consists of multiple evaluation criteria, each with defined scoring levels and evidence requirements.
Score Stability and Rubric Design
Reducing drift through deterministic rubric design.
A central goal of the PITCH evaluation engine is to provide stable, explainable, and consistent scores. Conventional LLM scoring often suffers from drift; PITCH uses a deterministic scoring architecture to mitigate this.
KPPs vs Rubrics
Distinguishing fit signals from quality signals.
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Evidence Verification and Deterministic Scoring
Grounding scores in user-provided evidence.
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