Governance And AI
Tenant Configuration
DEAP Crash is positioned as an institutional allocation operating system: deterministic scoring at the core, governance around it, and optional AI drafting at the reporting edge.
Application Identity
- Application
- DEAP Crash Institutional Allocation Decision OS
- Version
- deap-crash-v1-demo
- Tenant
- DEAP Crash Demo Tenant
- Deployment
- Pilot
Operating Question
The product is designed around a concrete institutional allocation question, not generic analytics.
Given limited capital, lab capacity, translational support, and policy constraints, how should resources be allocated across a biomedical portfolio, and what trade-offs does that choice create?
Canonical Layers
These layers stay separate so the product does not collapse into a hardcoded spreadsheet or an opaque AI assistant.
- Portfolio registry
- Scoring engine
- Allocation and scenario engine
- Explainability and audit layer
- Committee reporting
Tenant Governance
Role separation, policy templates, and logged overrides are part of the target SaaS shape even in the demo-backed build.
Administrator
DEAP Crash Admin
admin@deapcrash.ai
Portfolio Analyst
Portfolio Analyst
analyst@deapcrash.ai
Reviewer
Committee Reviewer
reviewer@deapcrash.ai
Governance Principles
These rules define where discretion lives and where it does not.
- Deterministic scoring remains canonical.
- Policy weights stay visible and adjustable.
- Human overrides are permitted and logged.
- LLM assistance is optional and non-canonical.
Optional OpenAI Drafting
Store a bring-your-own OpenAI key in this browser so DEAP Crash can generate working committee prose without changing the deterministic scoring engine.
Current Status
No browser-side OpenAI key has been stored yet.
Boundary
This key is stored only in the browser on this device. AI output is a working drafting aid; scenario scores, allocations, and audit snapshots remain deterministic and canonical.
Stack
- Next.js App Router with TypeScript and a restrained editorial UI layer.
- Pure TypeScript scoring, constraint, explainability, and comparison modules.
- Prisma schema now scaffolded for tenant-aware PostgreSQL persistence.
- AI assistance is browser-optional and kept outside the canonical allocation engine.