What I Did at the CTO Level — Business Strategy Through Technology
At this level, your portfolio isn't about technology — it's about how technology created business value. I reduced AI inference costs by 90%, built an MCP orchestration that 3x'd developer output, and established a FOSS strategy where every repo is a 24/7 portfolio asset. This is what engineering leadership actually delivers.
Faisal Affan
What I Did at the CTO Level
"The CTO who ships the most code is the worst CTO. The CTO who ships the most business value — through leverage, delegation, and strategy — is the one who earns their seat at the table." — What I tell every aspiring VP of Engineering
The transition to CTO/VP/Lead level is the most radical career shift in engineering. Not because the technology gets harder — it doesn't. Because the measure of success changes completely. You stop being evaluated on code quality, system uptime, or even team velocity. You are evaluated on one thing: did the business win because of technology?
This is what I did at that level.
The CTO Proposition
The CTO job description is deceptively simple: use technology to create business outcomes. Four categories, and only four:
| Category | What It Means | My Track Record |
|---|---|---|
| Revenue | Technology that directly drives sales | AI-powered features as product differentiators |
| Cost Reduction | Technology that lowers burn rate | 90% inference cost reduction, automated workflows |
| Competitive Moat | Technology competitors cannot replicate | MCP orchestration stack, proprietary agent tooling |
| Speed | Technology that accelerates everything | 3x developer output through AI-assisted workflows |
Every decision at this level maps to one of these four boxes. If it maps to none, you are building toys, not strategy.
The Litmus Test
Before starting any initiative, ask: "Will this increase revenue, reduce costs, build a moat, or accelerate delivery?" If the answer is no, kill it. Your org's attention is the scarcest resource you manage.
AI/LLM Strategy: 90% Cost Reduction
When the LLM gold rush started, everyone reached for GPT-4. It was the default, the safe choice. But at CTO level, "safe" is not a strategy — economics is.
I evaluated the AI inference landscape across five dimensions: cost per token, output quality, latency, context window, and API reliability. The conclusion was counterintuitive to every hype-driven narrative:
| Provider | Cost/Tok (relative) | Quality (my use case) | Verdict |
|---|---|---|---|
| GPT-4o | 10x-20x baseline | Excellent | Overkill |
| Claude | 5x-10x baseline | Excellent | Premium |
| MiniMax M2.7 | 1x | Comparable | Chosen |
Result: 90% reduction in inference costs while maintaining output quality that users cannot distinguish. This isn't a technical win — it's a business win. At scale, that saving funds an entire engineering team.
The lesson: don't default to the most popular model. Default to the most economic model that meets your quality bar. At CTO level, margin is strategy.
MCP Orchestration: 3x Developer Output
I built an MCP (Model Context Protocol) orchestration layer connecting 11+ specialized servers — code analysis, database querying, deployment, monitoring, design systems, and more. Each server is a capability: a tool that AI agents can invoke autonomously.
The multiplier effect: When one developer works with an MCP-augmented AI, their output roughly doubles. But when the entire engineering organization has access to a shared, evolving MCP ecosystem, the network effect kicks in. Tools built by one team become leverage for every other team.
The architecture:
Code Intelligence
Automated code review, refactoring suggestions, dependency analysis — available to every developer via their editor
Database Operations
Query planning, migration analysis, performance diagnostics — without granting direct production access
Deployment Pipeline
Automated rollback detection, canary analysis, incident response playbooks — triggered by AI
Monitoring & Observability
Real-time error pattern detection, root cause suggestions, automated runbook execution
Result: 3x measurable developer output on feature delivery velocity. More importantly, junior developers started producing at senior levels because the AI could scaffold, review, and guide their work in real-time.
FOSS Strategy: Open Source as Portfolio
At the CTO level, you need a FOSS strategy. Not because of ideology — because of ROI.
I established foss-contribution as the canonical source of truth for all open-source work. Every repo is a 24/7 portfolio asset that:
- Recruits passive talent — great developers find you through your code, not your job postings
- Builds credibility — anyone can claim expertise; few can show auditable, public work
- Creates leverage — shared libraries reduce maintenance burden across projects
- Generates community — users become contributors; contributors become evangelists
The tech stack spans Dart, Python, TypeScript, and Go — deliberately multi-language. Dogmatism is a liability at this level. You use the right tool for the job, period.
The Resume is Dead
The CTO resume is not a PDF. It's your GitHub profile, your technical writing, your conference talks, and your open-source contributions. A PDF tells me what you claim to have done. A FOSS portfolio shows me what you actually built.
This Platform: Writing Compounds
Twenty-plus technical articles. SEO-optimized, bilingual (English/Indonesian), structured with schema.org markup, published on a custom-built platform that is itself a portfolio piece.
Why this matters: At the executive level, your ability to communicate is as important as your ability to build. Technical writing demonstrates:
- Clarity of thought — if you cannot explain it, you don't understand it
- Thought leadership — you shape the conversation, you don't just follow it
- Magnet for opportunity — speaking invitations, advisory roles, consulting engagements
Writing compounds. Every article published today continues generating value — traffic, credibility, opportunities — years later. Code decays. Writing appreciates.
CTO Scorecard
Honest assessment of where I stand across the five dimensions of CTO responsibility:
| Dimension | Status | Notes |
|---|---|---|
| Strategic Decisions | ✅ Strong | Model selection, platform architecture, FOSS strategy — clear track record |
| Business Metrics | ✅ Solid | Cost reduction, developer velocity, revenue impact — measurable and defensible |
| Org Design | ⚠️ In Progress | Building the right team structure for scale is an ongoing process |
| Budget Management | ⚠️ Developing | Getting better at capex/opex tradeoffs and vendor negotiation |
| Risk Management | ⚠️ Maturing | Security, compliance, disaster recovery — solid foundation but needs depth |
No leader has all five at 100%. The honest ones tell you where they're weak.
Advice: 4 Things I Wish I Knew
At the CTO level, the best technical decision is often not the best engineering decision. It's the one that maximizes business value per unit of risk. Learn to read a P&L. Learn what Gross Margin means. Learn how your company makes money — and where it loses it.
Skills can be taught in weeks. Judgment takes years. Hire people who can make good decisions with incomplete information — because that's the only kind of information CTOs ever get.
Every line of code you write as CTO is a line not written by someone you could have mentored, not a decision you could have made, not a relationship you could have built. Your output is the output of your organization. Maximize it.
Closed-source strategy is dead for individuals. Write. Open source. Speak. Share your failures more than your successes — people learn more from both, but they trust you more from the failures.
The Bottom Line
The CTO level is not a promotion. It's a transformation. You stop being an engineer who manages technology and become a leader who manages through technology. The tools change. The metrics change. The scorecard changes.
If you're still measuring yourself by lines of code or GitHub commits, you're not ready. But if you're measuring yourself by business outcomes — revenue enabled, costs eliminated, competitors neutralized, teams accelerated — you're already thinking at the right level.
The question is no longer "What should I build?" It's "What should my organization build, and how do I make it inevitable?"