home / skills / dexploarer / hyper-forge / internal-platform-builder

internal-platform-builder skill

safe

/.claude/skills/internal-platform-builder

This skill helps design and build internal developer platforms for self-service infrastructure with best practices and maintainability.

npx playbooks add skill dexploarer/hyper-forge --skill internal-platform-builder

Review the files below or copy the command above to add this skill to your agents.

Files (1)

SKILL.md

1.1 KB

---
name: internal-platform-builder
description: Design and build internal developer platforms for self-service infrastructure
allowed-tools: [Read, Write, Edit, Bash, Grep, Glob]
---

# internal platform builder

Design and build internal developer platforms for self-service infrastructure

## When to Use

This skill activates when you need to design and build internal developer platforms for self-service infrastructure.

## Quick Example

```yaml
# Configuration example for internal-platform-builder
# See full documentation in the skill implementation
```

## Best Practices

- ✅ Follow industry standards
- ✅ Document all configurations
- ✅ Test thoroughly before production
- ✅ Monitor and alert appropriately
- ✅ Regular maintenance and updates

## Related Skills

- `microservices-orchestrator`
- `compliance-auditor`
- Use `enterprise-architect` agent for design consultation

## Implementation Guide

[Detailed implementation steps would go here in production]

This skill provides comprehensive guidance for design and build internal developer platforms for self-service infrastructure.

Overview

This skill helps design and build internal developer platforms that enable self-service infrastructure for engineering teams. It provides practical guidance on platform architecture, developer experience, automation, and governance to accelerate delivery and reduce toil. The goal is a secure, scalable platform that empowers teams to own their services while keeping operational standards centralized.

How this skill works

The skill inspects requirements across CI/CD, infrastructure provisioning, service templates, access controls, and observability to produce a concrete platform design. It recommends tooling, integration patterns, and an incremental rollout plan, plus guardrails for security, compliance, and cost control. It also outlines developer workflows and self-service interfaces to minimize friction.

When to use it

Launching a new internal platform to standardize deployments and infrastructure
Replacing ad hoc scripts and manual operations with self-service automation
Scaling platform capabilities to support multiple teams and microservices
Introducing guardrails for security, compliance, and cost management
Improving developer onboarding and reducing mean time to production

Best practices

Design with clear ownership: platform team owns the platform, teams own their services
Provide opinionated defaults and extensible templates for common service types
Automate provisioning and lifecycle management via infrastructure-as-code
Enforce policies with policy-as-code and automated checks in CI/CD
Monitor platform health, usage, and costs; iterate based on metrics
Document flows, templates, and runbooks; keep them discoverable

Example use cases

Create a self-service catalog of service templates for frontend, backend, and batch jobs
Standardize CI/CD pipelines and enforce security scans across teams
Offer one-click environment provisioning for staging and production
Implement centralized observability and alerting with role-based access
Onboard new teams quickly using templates, docs, and example repos

FAQ

How do I start if my org has many legacy services?

Begin with a pilot: migrate a small, representative set of services to the platform to validate templates and workflows before broad rollout.

What tools should I choose for provisioning and policy enforcement?

Prefer widely adopted IaC (Terraform, CloudFormation) and policy tools (Open Policy Agent, policy-as-code integrations). Choose tools that integrate with your CI and cloud providers.