⚡ HyperShift

Autonomous Cloud Orchestration Platform

From intent → plan → build → secure → deploy → monitor Without a DevOps team.

HyperShift is an orchestration system where you describe infrastructure in plain English and a coordinated fleet of specialized agents executes it safely.

Instead of manually wiring CI/CD, infra, monitoring, and security — HyperShift runs an operational pipeline:

Architect → Builder → Sentinel → SRE → FinOps

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🚀 Why HyperShift Exists

Modern deployment is fragmented:

Problem	Today
Build infra	Terraform + YAML
Security	Separate scanners
Monitoring	Another platform
Cost control	Another dashboard
Deployment	Yet another tool

Engineers don’t ship products — they manage tools.

HyperShift turns operations into a runtime.

You ask for an outcome. The system plans, validates, executes, and supervises the result.

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🧠 Core Idea

HyperShift is not a CI/CD tool.

It is an autonomous execution engine:

User intent
   ↓
Architect designs plan
   ↓
Builder generates + deploys
   ↓
Sentinel validates safety
   ↓
SRE monitors health
   ↓
FinOps tracks cost & usage

Every run is:

• auditable
• workspace scoped
• usage metered
• optionally approval-gated

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🏗 Architecture

Dashboard (Next.js)
      ↓
API + Orchestrator
      ↓
┌─────────────── Agent Fleet ───────────────┐
Architect  Builder  Sentinel  SRE  FinOps

The orchestrator coordinates agents using shared contracts and event hooks.

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✨ Features

Execution

• Multi-agent pipeline execution
• Webhook driven lifecycle
• Rollback & approval gates
• Workspace isolation

Safety

• Authentication + roles
• Immutable audit log
• Deployment approval mode
• Policy enforcement

Observability

• Run history
• Success rate & duration metrics
• Public status page
• Live pipeline state

Platform

• REST API
• CLI
• Dashboard
• CI integration

Monetization ready

• Usage metering
• Free tier enforcement
• Per-workspace limits

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📦 Monorepo Structure

apps/dashboard      → Web UI (Next.js 14)
apps/api            → Public API
services/orchestrator → Pipeline runtime
services/*-agent    → 5 specialized agents
packages/contracts  → Shared schemas
packages/shared     → Types/utilities
packages/cli        → CLI tool

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🛠 Tech Stack

Layer	Technology
Frontend	Next.js 14 + Tailwind
Backend	Node + Express
Runtime	Orchestrator service
Auth	NextAuth + Postgres
Queue	BullMQ (optional Redis)
Validation	Zod contracts
CLI	Node CLI
Build	Turborepo + pnpm

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⚡ Quick Start

1) Clone

git clone https://github.com/YOUR_USERNAME/HyperShift.git
cd HyperShift

2) Install

pnpm install

3) Run

pnpm dev

Open:

Dashboard → http://localhost:3000 API → http://localhost:4000 Orchestrator → http://localhost:4001

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🔐 Authentication Setup (Local)

Inside apps/dashboard:

Create .env:

DATABASE_URL=your_postgres_url
NEXTAUTH_SECRET=supersecretvalue
NEXTAUTH_URL=http://localhost:3000

Then:

pnpm db:push

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🧪 CLI

hypershift run "Deploy a Next.js app"
hypershift runs list
hypershift runs logs <id>

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🌍 Deployment

Recommended

Service	Platform
Dashboard	Vercel
Backend	Render / Railway / Fly.io
Database	Postgres (Neon / Supabase)

Full instructions → DEPLOY.md

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📖 Documentation

File	Purpose
OPENAPI.md	REST endpoints
AGENT_CONTRACT.md	Agent I/O schema
SCALE.md	Workers & Redis
TIER.md	Usage limits
WORKSPACES.md	Multi-tenant model

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🧩 What Makes This Different?

HyperShift is not:

• ❌ just another CI/CD tool
• ❌ just infrastructure as code
• ❌ just an AI agent demo

It is a control plane for executing intent.

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🛣 Roadmap

• External provider integrations
• Policy engine
• Multi-cloud deploy targets
• Auto-healing runs
• Enterprise audit compliance

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📜 License

MIT License

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The future of software is not writing scripts for machines. It is machines operating systems for humans.