K8s NetPolicy Mesh-Safe Generator

**Stop getting generic AI output. Get expert-level results in seconds.**

**THE PROBLEM:**
You open ChatGPT to generate a Kubernetes NetworkPolicy that won’t break your Istio mesh, and the model confidently spits out a Calico-style rule set that would instantly blackhole half your services. You try again, clarifying the mesh topology, the app labels, the sidecar behavior—yet the model keeps merging vendor semantics and inventing fields. You burn 20 minutes massaging a prompt that still produces risky output you can’t trust.

**THE COST:**
Every bad prompt means another 30–60 minutes rewriting YAML, validating egress rules, fixing selector mistakes, and triple-checking you didn’t accidentally isolate your control plane. It leads to stalled deploys, frantic Slack messages, and the sinking feeling that your “AI assistance” is costing more time than it saves. Worse, it makes your work look sloppy when the generated policies fail review.

**THE SOLUTION:**
The K8s NetPolicy Mesh-Safe Generator gives you 16 engineered prompts built specifically to stop AI from hallucinating Calico fields, misinterpreting Istio sidecar flow, or producing mesh-breaking isolation rules. Each prompt uses advanced prompting patterns—chain-of-thought scaffolds, structured few-shot examples, and strict schema guards—to force the model into accurate, mesh-aware policy design. Every prompt includes customizable {{variables}} so you can adapt them to any cluster, namespace, or service topology without losing precision.

**What's Inside:**
- 16 deeply engineered prompts (200–500 words each — not one-liners)
- Advanced techniques: chain-of-thought, few-shot examples, meta-prompting
- Customizable {{variables}} in every prompt
- Expected output specs so you know exactly what you'll get
- Usage tips and anti-patterns for each prompt
- Chaining guide to combine prompts for complex workflows
- Works with ChatGPT, Claude, Gemini, and any major AI

**Who This Is For:**
- DevOps engineers who maintain Istio service meshes and need AI to produce safe, mesh-aware NetworkPolicies.
- Platform engineers who keep getting vendor-mixed or hallucinated policy syntax when generating Kubernetes manifests.
- Security engineers responsible for enforcing zero-trust traffic rules without accidentally cutting off sidecars, ingress gateways, or telemetry paths.

**Who This Is NOT For:**
- Teams who just want basic Kubernetes boilerplate and don’t care about mesh compatibility.
- Users expecting a GUI tool instead of engineered prompts for LLMs.

**Guarantee:** "If these prompts don't produce dramatically better AI output than what you're currently getting, reach out for a full refund."

Pay once, own forever. Use across all AI platforms.