Feature-Flagged AI Runtime Controls
Build a local Python runtime-control layer that uses feature flags to select model routes, prompt versions, tool authority, retrieval corpora, reasoning modes, and kill switches before an AI workflow executes.
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Build a local Python runtime-control layer that uses feature flags to select model routes, prompt versions, tool authority, retrieval corpora, reasoning modes, and kill switches before an AI workflow executes.
Turn chain-of-thought from a prompt habit into an AI engineering contract with private reasoning modes, visible rationales, evidence, logging policy, and evaluation checks.
Build a Python tool-result admission gate that rejects unsafe tool output, redacts sensitive fields, packs only admitted context, and uses Microsoft Foundry for final synthesis.
Build a markdown-first governance package that treats golden eval cases as controlled production assets with labeling rules, adjudication, versioning, leakage controls, and release evidence.
Build a Python moderation gate that scores text with Detoxify, asks a local Ollama model for structured review when policy requires it, and keeps the final content-risk decision in deterministic code.
Define a production prompt and context lineage contract that records effective model inputs, protects sensitive content, and supports evidence-based incident replay.
Build a local C# approval workflow where risky AI-proposed actions create explicit approval requests, consume scoped expiring tokens, and leave behind auditable decision records.
Treat live MCP servers as versioned tool contracts. Discover live schemas, replay frozen probes, and block risky drift before promotion.
Treat model swaps as controlled experiments: frozen evals, shadow replay, deterministic scoring, and explicit promotion gates before an AI system changes models.
Build a support agent workflow in C# with trusted vs untrusted content labels, deterministic tool authorization, approval-gated sensitive actions, and redacted audit storage.
Build a local-first prompt experiment harness with frozen eval cases, deterministic scoring, live LM Studio execution, and evidence-based prompt promotion.
Build an evaluation harness with telemetry and feedback loops to gate local AI releases with measurable reliability. Track quality over time, catch regressions early, and ship with clear deployment thresholds.
Build a minimal but production-aligned guardrailed AI assistant in C# that runs fully locally using Ollama, focusing on clear boundaries, strict contracts, deterministic execution, and safe failure modes.