What If Your Competitor Could Suddenly Outrun You?

Your competitors could develop better products at a fraction of your R&D cost—and sell them for less than you can.

Imagine running a race where everyone has trained under the same conditions. You’re keeping pace, confident in your position. Then one competitor pulls so far ahead that you have no realistic chance of catching up.

Now imagine that happening to your business.

You’ve spent years developing a product, refining its manufacturing, and setting a price that keeps the business profitable. Then a competitor launches something better at a substantially lower price. They haven’t accepted thinner margins. They’ve found a way to make key development activities dramatically cheaper.

Your product hasn’t changed. Neither has your market. But the economics of competing in it have.

The breakthrough isn’t just about computing power

On October 28, German technology company NVision announced research published in Nature demonstrating a new approach to building quantum computing components. Conventional approaches require highly specialized manufacturing. NVision’s research suggests these components could eventually be produced using techniques similar to those used to make smartphone displays (Reuters).

Quantum computers could eventually solve certain complex problems that conventional computers struggle to solve efficiently. But building powerful, reliable systems remains difficult and expensive.

A cheaper, more scalable manufacturing path could change who gets access to this computing power.

The research is an important building block, not an affordable commercial quantum computer. Significant engineering challenges remain.

When innovation becomes cheaper, competitive advantages can shift

Consider pharmaceutical research, where understanding molecular interactions demands extensive computation and laboratory work. Advanced quantum computing could make certain molecular simulations practical, letting researchers evaluate promising compounds before committing to expensive experiments.

Or consider materials development, where companies invest heavily to discover stronger, more conductive, or better energy-storing materials. Quantum computing could make some of that work more efficient.

The payoff isn’t simply better products. It’s developing them with fewer costly experiments and less computational effort.

If those advantages become commercially practical, they could reshape competition. A smaller company could pursue innovations that once required an enormous research budget. An established manufacturer could face rivals with different development costs, investment requirements, and pricing flexibility.

Cheaper hardware alone doesn't guarantee any of this. Commercial applications must still demonstrate measurable advantages over existing methods.

The economics behind your competitive position

Most businesses assess competitors by capabilities, market share, products, and pricing. Those comparisons can overlook the cost structures that make each business competitive.

An expensive development process may be an advantage today because competitors face similar limitations.

But when an emerging technology removes one of those limitations, an established company’s competitive position could deteriorate before traditional market indicators reveal the threat.

The question isn’t whether quantum computing will transform your industry tomorrow. It’s whether a significant change in development economics could undermine the assumptions behind your business model.

What should executives investigate?

Choose one product or development process where heavy investment limits what your business can accomplish. Then examine three questions:

• Cost: Which research, experimentation, or development activities consume the most resources?

• Technology: Are emerging capabilities beginning to address the limitations that make those activities expensive?

• Competition: What happens to your margins or market position if a competitor sharply reduces those costs?

A focused investigation can help determine whether shifting technology economics deserve closer attention.

The next competitive threat won’t always arrive with a bigger innovation budget. Sometimes it comes from someone who no longer needs one.

Could emerging technology change the economics of your industry? A complimentary 15-minute conversation can help you identify where cost shifts deserve investigation before they become competitive surprises.