In semiconductor manufacturing, risk isn’t always about location. It’s about what happens when a company tries to operate.

A permit that takes too long. Tooling stuck in customs. A certified engineer who can’t work across the border. IP that isn’t clearly protected.

These aren’t future problems — they show up early, in conversations and checklists. And for OSATs considering new sites, they matter.

In Sonora, we’ve started mapping our supplier base — documenting who’s out there, what they offer, and how they might connect to semiconductor value chains.

But mapping is only a starting point.

If the goal is to support outsourced assembly, test, and packaging (ATP) operations, supplier visibility needs to go deeper — and last longer.

It needs to move from a static list to something dynamic and useful. It needs to become infrastructure.

Right now, several universities in Sonora are discussing how to respond to the momentum around semiconductors.

Some are proposing a dedicated master’s program in semiconductors. Others are exploring new degrees or specialized certificates.

This isn’t unusual. When a new industry priority emerges, the academic instinct is often to build a new tower.

It’s visible. It’s fundable. It feels like progress.

But semiconductors — and particularly ATP — don’t need a new tower. They need a bridge.

One of the most common strategies regions pursue is this: land a major investor — and let the rest fall into place.

It feels efficient. It looks bold. It creates headlines.

And for a while, it works.

But in semiconductors — and especially in backend operations like Assembly, Test, and Packaging (ATP) — this approach hits a wall.

In semiconductor investment, execution risk kills more deals than cost. And execution risk lives in one place more than anywhere else: the regulatory maze.

How fast can we get a permit? How long to import used equipment? Who handles customs? What are the environmental review timelines? Are there surprises?

These aren’t afterthoughts — they’re make-or-break factors.

It’s easy to assume infrastructure is just about land and buildings. Do we have enough square meters? Are the permits in place? Can we break ground quickly?

But in semiconductors — especially in backend operations like assembly, testing, and packaging — readiness isn’t measured in acres. It’s measured in reliability.

Sonora doesn’t need to become the next Silicon Valley. But if we’re serious about playing a long-term role in the global semiconductor supply chain, we can’t just train technicians and build factories. We also need to plant seeds for what comes next.

That means backing the people who invent, not just those who operate.

If you want to build an ecosystem, don’t start with everyone. Start with someone who matters.

That’s the logic behind every successful semiconductor region — whether it’s Penang, Singapore, Arizona, or Saxony. They didn’t wait until every supplier was in place, every university aligned, every industrial park shovel-ready.

They started by getting one anchor firm to care. Then everything else started to move.

Sonora needs to do the same.

It’s tempting to think we can get this done by working harder inside our own institutions — more budget, better programs, stronger messaging. But the truth is, the kind of change Sonora is aiming for won’t come from one actor doing more. It will come from many actors doing it together — on purpose, with clarity, and with each other.

One of the most dangerous assumptions in supply chain planning is that the parts you need will be there when you need them. That someone, somewhere, is already making them. That all the tools and materials you’ll need to run a backend line — substrates, thermal compounds, packaging kits — are just one purchase order away.

When people think about semiconductors, they picture engineers — PhDs in cleanrooms, inventing the future. And that’s fair. But if Sonora wants to be taken seriously in the semiconductor value chain, especially in backend operations, it needs to bet big on someone else: the technician.