Who actually holds the power in a manufacturing value chain

The mistake most people make is assuming power flows downhill from the brand. It often flows the other way.

Why a small supplier can out-muscle a giant brand

Power in a value chain comes down to three questions:

1. Can the buyer switch suppliers easily?

Corning's Gorilla Glass required proprietary glass chemistry and manufacturing processes built up over more than a decade. Competing suppliers exist (AGC, Schott), but requalifying a new glass supplier for a flagship phone means months of durability testing, tooling changes, and risk to a product launch that generates billions in revenue in its first weekend. Switching cost, not brand size, is the leverage.

2. Is the input scarce or hard to substitute?

Taiwan Semiconductor Manufacturing Company (TSMC) makes the most advanced logic chips in the world. As of 2024 estimates, TSMC produced the large majority of the world's most advanced sub-10-nanometer chips. Apple, Nvidia, and Qualcomm design chips, but only a handful of foundries can actually fabricate them at leading-edge nodes. That concentration hands TSMC pricing power that no fabless (design-only) chip company can match.

3. Who owns the customer relationship?

Brands usually win this one, which is why "no switching cost" suppliers (commodity plastics, generic fasteners) stay margin-poor no matter how essential their part is physically. A bolt is replaceable. A calibrated glass coating process is not.

Put these together and you get a simple diagnostic: power sits wherever scarcity and switching cost are highest, not wherever the logo is biggest.

Where the money actually goes

Margin distribution in manufacturing chains tends to cluster at two points: design/brand and scarce upstream chokepoints. The squeezed middle is usually commodity assembly and generic components.

Take the smartphone as an illustrative structure (based on long-running teardown estimates from firms like TechInsights and Counterpoint Research, not exact current figures):

• Final retail price: the anchor point, largely set by the brand.
• Bill of materials (BOM): often estimated at somewhere between 20 to 40 percent of retail price for premium phones, depending on model and year.
• Within the BOM, the display, chipset, and camera modules typically claim the largest shares. These are the components with real scarcity (advanced chips, specialized optics, proprietary glass).
• Assembly labor, done largely by contract manufacturers like Foxconn or Pegatron, is often estimated in the low single-digit percent of device cost. Assembly is replaceable; it happens wherever labor is cheapest and logistics work.

Worked example (illustrative, using rounded estimates):

If a phone retails for $1,000 and the BOM is 30 percent ($300), and the display and chipset together account for roughly half the BOM ($150), that single chokepoint captures more value than the entire assembly step, even though assembly touches the physical product for hours and the chip touches it for seconds. Scarcity beats touch-time, every time.

This is why Foxconn, despite assembling hundreds of millions of devices a year, has historically operated on relatively thin margins (public filings have shown low single-digit operating margins in many years), while TSMC has posted operating margins frequently estimated in the 40 percent range in strong years. Same value chain, wildly different power.

Regulators and standards bodies: the silent player

Regulators do not make products, but they reshape who has power by controlling access and compliance costs.

• The EU's REACHREACHThe number of unique people exposed to your message in a given period. Unlike impressions, reach counts each person once, no matter how often they see it.View full definition → regulation (Registration, Evaluation, Authorisation and Restriction of Chemicals) forces suppliers to prove chemical safety before selling into Europe, which raises entry barriers and can lock in incumbents who already hold the paperwork.
• The U.S. CHIPS and Science Act (2022) directed subsidies toward domestic semiconductor fabricationfabricationA hallucination is when an AI model generates output that is fluent and confident but factually wrong, fabricated, or unsupported by its source data.View full definition →, an attempt by government to shift chokepoint power away from concentrated foreign suppliers like TSMC.
• Automotive safety standards (enforced by bodies like the U.S. National Highway Traffic Safety Administration, NHTSA) mean a new brake supplier cannot simply undercut Bosch on price; they must pass years of certification, which itself becomes a switching cost.

Regulation, in other words, can manufacture scarcity artificially, and that is a deliberate policy tool, not just a compliance burden.

For a solid primer on how supply chain concentration became a policy issue, see the Council on Foreign Relations backgrounder on semiconductor supply chains.

Reading power shifts in real time

Power is not static. Three forces move it:

Multi-sourcing strategies. After chip shortages disrupted automakers in 2021 to 2022, companies like GMGMGross margin is the share of revenue left after subtracting the direct cost of producing goods or services, expressed as a percentage of revenue.View full definition → and Ford began qualifying multiple chip suppliers and even designing their own silicon, deliberately reducing single-supplier leverage.

Vertical integration. Tesla brought battery cell development in-house and pursued direct relationships with mining companies for lithium, cutting out layers of supplier leverage that traditional automakers still depend on.

Geographic diversification. The "China plus one" trend, where brands add manufacturing capacity in Vietnam, India, or Mexico alongside China, is a direct response to concentration risk, spreading assembly power across more players so no single contract manufacturer or country holds too much leverage.

Watch for these signals when assessing any manufacturing relationship: is the number of qualified suppliers shrinking or growing? Is the buyer investing in its own capability upstream? Is a regulator about to change who can legally supply a market?

🎬 [VIDEO: "How Apple Controls Its Supply Chain" - https://www.youtube.com/results?search_query=how+apple+controls+its+supply+chain - a good overview of how a brand manages supplier leverage across contract manufacturers and component makers; search for reputable business/explainer channels covering Apple's supply chain strategy]

Key Takeaways

• Power in a manufacturing chain tracks scarcity and switching cost, not brand size. A component maker with no easy substitute can out-negotiate a customer many times its size.
• Margins concentrate at chokepoints: proprietary design, advanced fabricationfabricationA hallucination is when an AI model generates output that is fluent and confident but factually wrong, fabricated, or unsupported by its source data.View full definition →, scarce materials. Commodity assembly, however large in volume, tends to stay margin-thin.
• Regulators shape leverage indirectly by raising compliance costs (REACHREACHThe number of unique people exposed to your message in a given period. Unlike impressions, reach counts each person once, no matter how often they see it.View full definition →) or subsidizing capacity (CHIPS Act), effectively engineering scarcity or its absence.
• Power shifts through multi-sourcing, vertical integration, and geographic diversification