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Module 4 The Lean SAE Tech Stack
Status: Complete · The Zero‑Ops principle and a reference stack.
[Contributions Welcome ✍️]
Every technology in an architecture carries a long‑term maintenance tax. If a framework, cloud provider, or database engine requires a dedicated specialist to deploy, scale, configure, or tune it, it is banned under the SAE framework. The target stack is Zero‑Ops: provisioning, scaling, and routing are handled by the platform, not by you.
The test for any tool:
Can a single operator adopt this, ship to production, and stay in production — without becoming its part‑time administrator?
If no, it's friction.
| Tier | Legacy corporate choice | SAE selection | Friction eliminated |
|---|---|---|---|
| Workspace & Execution | Local IDE + Jira + Slack + standups | Cursor + Claude Code | Ticketing backlogs, manual syntax, status‑alignment updates |
| Frontend Foundation | Webpack + custom React configs | Next.js + v0 + Shadcn | Build‑pipeline setup, UI boilerplate, manual CSS debugging |
| Data & Persistence | Self‑hosted RDBs (AWS RDS / Oracle) | Supabase / Neon Postgres | DB provisioning, connection‑pool tuning, API route scaffolding |
| Infrastructure Compute | Cloud VMs (EC2) + Kubernetes + Docker | Vercel / Cloudflare Edge | Server provisioning, container mgmt, reverse proxies, multi‑region routing |
This is a reference stack, not a mandate. The principle (Zero‑Ops) is the law; the specific tools are interchangeable. Submit alternatives to the Approved Zero‑Ops Tooling List.
Rate a candidate tool 0–2 on each axis. 8+ = SAE‑grade.
| Axis | 0 | 1 | 2 |
|---|---|---|---|
| Provisioning | Manual servers | Some config | Instant / managed |
| Scaling | Manual capacity planning | Autoscale w/ tuning | Invisible / automatic |
| Ops burden | Needs a dedicated admin | Occasional intervention | Effectively zero |
| AI‑friendliness | Opaque, hard to generate against | Workable | First‑class SDK + clear docs models can use |
| Exit cost | Deep lock‑in, no export | Some lock‑in | Standard formats, portable |
Reality check. Zero‑Ops trades operational control for vendor dependence. That's usually the right trade for a solo operator — but go in with eyes open: managed platforms can have surprise pricing at scale, regional/compliance gaps, and migration cost if you outgrow them. Favour tools with standard exit formats (e.g. plain Postgres you can
pg_dump) so "Zero‑Ops" never becomes "zero leverage." For regulated data‑residency requirements, verify the platform's region story before committing — see When NOT to Use SAE.
▶ Putting it into practice: the Approved Zero‑Ops Tooling List (scored picks) · lock‑in and cost trade‑offs in Risks, Security & Governance.
The Sovereign Architect‑Engineer (SAE) Framework · Maintained by Sanjeev Azad · Repository · MIT License · Contribute
- Module 1: The Sovereign Paradigm Shifts
- Module 2: Core Pillars of SAE Architecture
- Module 3: The Digital Org Chart
- Module 4: The Lean SAE Tech Stack
- Module 5: Project Navigation & Metrics
- The End‑to‑End Lifecycle
- Operator Competency Model
- The Verification Doctrine
- Scenario Playbooks
- Operator Techniques
- Best Practices
- KPIs & Metrics
- The Maturity Model
- The Anti-Pattern Catalog
- Risks, Security & Governance
- Governance, Versioning & Stewardship