Play 87
Dynamic Pricing Engine
Real-time price optimization with demand signals and fairness guardrails.
Real-time price optimization engine analyzing demand signals, competitor pricing, inventory levels, seasonality, and customer segments to maximize revenue while maintaining price fairness and brand perception. OpenAI powers pricing intelligence and competitor analysis, Event Hubs ingests real-time demand signals, Cosmos DB stores pricing rules and history, Redis Cache provides sub-millisecond price lookups, and Machine Learning builds elasticity models.
Architecture Pattern
Dynamic pricing pipeline: demand signals - competitor monitoring - elasticity modeling - fairness checks - price optimization - real-time updates
Azure Services
DevKit (.github Agentic OS)
- agent.md — root orchestrator with builder→reviewer→tuner handoffs
- 3 agents — Pricing Builder (gpt-4o), Reviewer (gpt-4o-mini), Tuner (gpt-4o-mini)
- 3 skills — deploy (231 lines), evaluate (122 lines), tune (239 lines)
- 4 prompts — /deploy, /test, /review, /evaluate with agent routing
- .vscode/mcp.json — FrootAI MCP with OpenAI key input + envFile
TuneKit (AI Config)
- config/openai.json - pricing intelligence and competitor analysis prompts
- config/pricing.json - elasticity models, inventory weights, seasonal rules
- config/guardrails.json - fairness thresholds, price ceiling/floor rules
- evaluation/eval.py - Revenue lift >5%, Fairness score >90%
Tuning Parameters
Machine evidence
FrootAI evidence lifecycle
This is an internal evidence maturity label, not third-party certification, accreditation, legal compliance, or a production guarantee. Missing or expired evidence demotes automatically; catalog claims cannot promote a play.
This play currently has design evidence only. A runnable scenario, endpoint evaluation, and build receipts are the next contiguous gates.
Repo Intelligence
v1A no-clone, revision-pinned map for agents and humans. Observed evidence is separated from inferred flow so the output stays useful without pretending to be a full call graph.