engineering-docs
Featured22 composable, auto-triggering skills engineering documentation skills covering the complete software lifecycle: spec, feasibility, architecture, design, API, database, ADR, security, deployment, operations, and incident review
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Skills (20)
admin-access-control-specification
Specify admin roles, permissions, and every admin-facing control in a system - a full role-permission matrix (RBAC), the principle of least privilege applied concretely, admin action audit logging, and emergency/break-glass access procedures. Use whenever a system has more than one privilege level, before building the admin panel or access-control logic.
api-design-document
Design a production-ready API specification aligned with OpenAPI 3.1 standards. Covers resource modeling, endpoint design, request/response contracts, authentication, versioning strategy, error handling, rate limiting, and pagination. Use when designing a new REST, GraphQL, or event-driven API.
architecture-decision-record
Create a standalone Architecture Decision Record (ADR) for a single significant architectural decision. Captures context, decision, alternatives considered, and consequences. ADRs are immutable - once accepted, they are never edited, only superseded by a new ADR.
business-concept
Turn a raw business idea into a complete business concept document. Covers problem, target users, value proposition, monetization, scope, timeline, and constraints. Use as the first step before any technical documentation.
database-design-document
Design a production database schema including ERD, table definitions, data dictionary, indexing strategy, normalization decisions, and migration plan. Use when designing a new database, adding major entities, or documenting an existing schema.
deployment-plan
Write a production deployment plan covering environment specs, deployment strategy (Blue-Green, Canary, Rolling, or Direct), step-by-step execution runsheet, go/no-go criteria, monitoring plan, and rollback procedure. Use before any non-trivial production release.
design-system-specification
Design a production-ready Design System and UI/UX visual style guide. Covers design tokens (colors, typography, spacing, shadows, radius), components (buttons, inputs, cards, tables, modals, navigation), layouts, interaction/hover states, iconography, motion design, responsive behavior, accessibility (WCAG 2.2), and dark/light mode rules. Use when starting a new website/app design or standardizing existing branding.
disaster-recovery-plan
Write a disaster recovery and business continuity plan defining RTO/RPO targets, backup and failover procedures, DR tiers, and a recovery drill cadence for surviving major infrastructure loss, data corruption, ransomware, or regional outages. Use before launch of any system holding critical or financial data, or to formalize continuity commitments for compliance (PCI-DSS, SOC 2, ISO 22301).
implementation-plan
Create a phased implementation roadmap that sequences the technical build of an entire project - build order, module dependencies, environment/tooling setup, per-phase Definition of Ready/Done, and integration checkpoints. Use after the project plan and architecture exist, to turn "what we're building and when" into "in what technical order we actually build it."
project-plan
Create a project delivery plan covering scope, milestones, timeline, work breakdown, resourcing, stakeholder roles (RACI), dependencies, budget, quality gates, and a project-level risk register. Use at the start of any project to define who is building what, in what order, by when - before any code is written.
security-threat-model
Produce a structured security threat model using the STRIDE framework, identify trust boundaries, enumerate attack vectors, assess risk, and define concrete mitigations. Use when reviewing security of a new feature, system, or integration.
slo-error-budget-document
Define Service Level Indicators (SLIs), Service Level Objectives (SLOs), and error budgets for a service, including multi-window multi-burn-rate alerting and an error budget policy. Use when establishing reliability targets, negotiating an external SLA, or deciding how much risk a team can spend on shipping velocity versus reliability work.
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system-architecture-document
Create a System Architecture Document (SAD) with C4 model diagrams, 4+1 view decomposition, integration maps, NFR constraints, and an Architecture Decision Record log. Use when documenting how an entire system or major subsystem is structured.
technical-blueprint
Write a Technical Design Document (TDD) / Software Design Document (SDD) that details how a specific feature or component will be built. Covers problem statement, proposed design, data model, API contracts, alternatives considered, security threat analysis, test plan, and rollback plan. Use when an engineer or team needs to align on the implementation approach before writing code.
technical-feasibility-study
Assess whether a proposed technical solution is viable given the current stack, team, timeline, and constraints. Produces a go/no-go recommendation with evidence. Use before committing engineering resources to design or implementation.
technical-runbook
Write a production operations runbook that provides on-call engineers with step-by-step procedures for operating, monitoring, and recovering a system. Covers system overview, alert response procedures, common failure modes, diagnostic commands, escalation paths, and maintenance procedures. Modeled on Google SRE runbook standards.
technical-specification
Write a technical specification (SRS/TSD) that captures stakeholder needs, system requirements, functional behavior, non-functional constraints, and acceptance criteria. Use when starting any significant engineering initiative.
test-strategy-document
Create a production-ready Testing Strategy and QA Execution Plan. Covers testing levels (unit, integration, E2E, performance), mocking boundaries, test environment matrix, code coverage thresholds, and automated CI pipeline runsheets. Use when establishing a QA framework for a new system or feature set.
user-personas-behavior
Define who a product is for, what they're trying to accomplish, how success is measured, and what to instrument to know if it's working. Covers user personas (goal- and behavior-based, not demographic), jobs-to-be-done, success metrics/KPIs, and an analytics/event-tracking plan. Use before or alongside requirements gathering so "who is this for and how do we know it's working" is answered explicitly.
ux-flow-specification
Document the complete user experience of a product - information architecture, user journeys, screen-by-screen flows, and every UI state (loading, empty, error, success) - independent of visual styling. Use to define exactly how a user moves through a product before or alongside implementation, so navigation and edge-case behavior are decided upfront rather than improvised.
Agents (4)
Hooks (3)
Quality Score: 77/100
Details
- Author
- fattain-naime
- Repository
- fattain-naime/engineering-docs
- Created
- 2 months ago
- Last Updated
- 6 days ago
- Language
- JavaScript
- License
- MIT