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docs/README.md

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1---
2title: HVE Core Documentation
3description: Documentation index for HVE Core Copilot customizations
4author: Microsoft
5ms.date: 2026-01-22
6ms.topic: overview
7---
8
9HVE Core is an enterprise-ready prompt engineering framework for GitHub Copilot. It provides 18 specialized agents, 18 reusable prompts, 17+ instruction sets, and a validation pipeline with JSON schema enforcement. The framework separates AI concerns into distinct artifact types with clear boundaries, preventing runaway behavior through constraint-based design.
10
11## Audience
12
13| Role | Goal | Start Here | Key Resources |
14|------------------------|-----------------------------|-----------------------------------------------------|---------------------------------|
15| **Developers** | Use agents to ship features | [First Workflow](getting-started/first-workflow.md) | RPI agents, prompt patterns |
16| **TPMs & Leads** | Coordinate AI-assisted work | [Why RPI?](rpi/why-rpi.md) | Methodology, team adoption |
17| **Platform Engineers** | Maintain prompt libraries | [Build Workflows](architecture/workflows.md) | Validation pipeline, schemas |
18| **Contributors** | Create new artifacts | [AI Artifacts](contributing/ai-artifacts-common.md) | Authoring patterns, conventions |
19
20## Getting Started
21
22**Time to complete**: 15-30 minutes
23
24The Getting Started guide walks through installation, configuration, and running your first Copilot workflow.
25
26* [Installation Methods](getting-started/install.md) - Seven setup options from VSCode extension to submodule
27* [MCP Configuration](getting-started/mcp-configuration.md) - Model Context Protocol server setup
28* [First Workflow](getting-started/first-workflow.md) - End-to-end example with RPI agents
29
30**[Getting Started Guide →](getting-started/README.md)**
31
32## RPI Methodology
33
34**Time to complete**: 20-40 minutes
35
36Research, Plan, Implement (RPI) is a structured methodology for complex AI-assisted engineering tasks. It separates concerns into three specialized agents that work together.
37
38* [Why RPI?](rpi/why-rpi.md) - Problem statement and design rationale
39* [Task Researcher](rpi/task-researcher.md) - Discovery and context gathering
40* [Task Planner](rpi/task-planner.md) - Structured task planning
41* [Task Implementor](rpi/task-implementor.md) - Execution with tracking
42* [Using Together](rpi/using-together.md) - Agent coordination patterns
43
44**[RPI Documentation →](rpi/README.md)**
45
46## Prompt Engineering
47
48**Time to complete**: 15-25 minutes
49
50HVE Core provides a structured approach to building AI artifacts with protocol patterns, input variables, and maturity lifecycle management.
51
52* [Prompt Builder Agent](../.github/agents/prompt-builder.agent.md) - Interactive artifact creation with sandbox testing
53* [AI Artifacts Overview](contributing/ai-artifacts-common.md) - Common patterns across artifact types
54* [Activation Context](architecture/ai-artifacts.md#activation-context) - When artifacts activate within workflows
55
56Key differentiators:
57
58| Capability | Description |
59|-------------------------|-----------------------------------------------------------|
60| Constraint-based design | Agents know their boundaries, preventing runaway behavior |
61| Subagent delegation | First-class pattern for decomposing complex tasks |
62| Maturity lifecycle | Four-stage model from experimental to deprecated |
63| Schema validation | JSON schema enforcement for all artifact types |
64
65## Contributing
66
67**Time to complete**: 10-20 minutes
68
69Learn how to create and maintain AI artifacts including agents, prompts, instructions, and skills.
70
71* [Instructions](contributing/instructions.md) - Passive reference guidance
72* [Prompts](contributing/prompts.md) - Task-specific procedures
73* [Agents](contributing/custom-agents.md) - Custom personas and modes
74* [Skills](contributing/skills.md) - Executable utilities with documentation
75
76**[Contributing Guide →](contributing/README.md)**
77
78## Architecture
79
80Technical documentation for system design, component relationships, and build pipelines.
81
82* [Component Overview](architecture/README.md) - System components and interactions
83* [AI Artifacts](architecture/ai-artifacts.md) - Four-tier artifact delegation model
84* [Build Workflows](architecture/workflows.md) - GitHub Actions CI/CD architecture
85* [Testing](architecture/testing.md) - PowerShell Pester test infrastructure
86
87**[Architecture Overview →](architecture/README.md)**
88
89## Templates
90
91Pre-built templates for common engineering documents:
92
93* [ADR Template](templates/adr-template-solutions.md) - Architecture Decision Records
94* [BRD Template](templates/brd-template.md) - Business Requirements Documents
95* [Security Plan Template](templates/security-plan-template.md) - Security planning
96
97**[Browse Templates →](templates/)**
98
99## Quick Links
100
101| Resource | Description |
102|--------------------------------------------|------------------------------------|
103| [CHANGELOG](../CHANGELOG.md) | Release history and version notes |
104| [CONTRIBUTING](../CONTRIBUTING.md) | Repository contribution guidelines |
105| [Scripts README](../scripts/README.md) | Automation script reference |
106| [Extension README](../extension/README.md) | VS Code extension documentation |
107