e-t-y-b
Official@e-t-y-b
Provides structured engineering governance, architectural design patterns, and rigorous verification protocols for enterprise-scale software delivery and system lifecycle management.
Agent Skills by e-t-y-b
Showing 30 vetted skills indexed across 1 GitHub repositories.
e-t-y-betyb-oss-maintainer
Audit skill metadata, anchors, and version alignment in the etyb-skills repo.
e-t-y-bsecurity-engineer
Produce threat models, risk registers, and security checklists across SDLC phases.
e-t-y-bsystem-architect
Design end-to-end system architecture with ADRs, C4 diagrams, and OpenAPI specs.
e-t-y-bsaas-architect
Architect multi-tenant SaaS architectures with isolation, billing, and governance patterns.
e-t-y-be-commerce-architect
Architect scalable e-commerce systems for catalogs, checkout, and fulfillment.
e-t-y-bsre-engineer
Create structured SRE playbooks for Kubernetes microservices with SLOs, alerts, and runbooks.
e-t-y-btdd-protocol
Enforce red-green-refactor TDD cycles across multi-agent coding environments.
e-t-y-bbackend-architect
Provide phased architecture guidance for scalable backend systems across multiple languages.
e-t-y-bresearch-analyst
Evaluate technologies and research tradeoffs to produce ADRs and risk registers.
e-t-y-bdebugging-protocol
Automate structured debugging workflows enforcing reproduction, single-variable testing, and escalation.
e-t-y-betyb
Coordinate end-to-end engineering delivery across specialist skills and gated processes.
e-t-y-bproject-planner
Plan software delivery into phases with estimates, risks, and milestones.
e-t-y-bqa-engineer
Define QA strategy with acceptance criteria and risk assessment for ETYB workflows.
e-t-y-bai-ml-engineer
Plan end-to-end AI/ML production readiness across model development and deployment.
e-t-y-bdatabase-architect
Design database architectures and migration plans for OLTP/OLAP workloads.
e-t-y-bmobile-architect
Identify optimal cross-platform mobile architecture approaches for React Native, Flutter, and native options.
e-t-y-bfrontend-architect
Analyze frontend architecture and produce rendering strategy and framework recommendations.
e-t-y-bsocial-platform-architect
Architect scalable social platforms with feeds, graphs, moderation, and multi-region patterns.
e-t-y-bsubagent-protocol
Coordinate subagents across independent domains with parallel dispatch and two-stage review.
e-t-y-breal-time-architect
Design real-time architecture for WebSocket, SSE, and WebRTC systems.
e-t-y-bcode-reviewer
Identify code-quality issues in PRs with severity-labeled findings and fixes.
e-t-y-bgit-workflow-protocol
Enforce git worktree lifecycle and branch finishing with baseline test gates.
e-t-y-bverification-protocol
Require a structured completion report and Five Verification Questions before any completion claim.
e-t-y-bskill-evolution-protocol
Enforce eval-first discipline for etyb skill development across the lifecycle.
Frequently Asked Questions About e-t-y-b
FAQPage SchemaWhat specific engineering tasks does this organization enable?▼
The organization enables structured system design, threat modeling, and rigorous project planning. It provides standardized protocols for code reviews, TDD cycles, and multi-agent coordination, ensuring that complex software delivery remains consistent, verifiable, and aligned with enterprise-grade architectural requirements across diverse domains like fintech and healthcare.
Which technical personas benefit most from these protocols?▼
System architects, SREs, and lead engineers benefit from these structured methodologies. The protocols are designed for technical leads managing complex SDLC phases, requiring precise documentation like ADRs, OpenAPI specifications, and risk registers to maintain high-quality standards across large-scale, multi-disciplinary engineering environments.
What are the prerequisites for implementing these architectural protocols?▼
Implementation requires an existing environment capable of supporting structured gate-based processes and multi-agent coordination. Users must adopt the defined verification protocols, including the Five Verification Questions and baseline test gates, to ensure all architectural outputs meet the organization's strict quality and compliance standards.