COST COLLAPSE + BUSINESS TRANSFORMATION THE YOTTABIT ERA
What if the most disruptive thing about technology is that it keeps getting cheaper?
An invention can be remarkable at any price. But when it becomes affordable, entire markets—and the assumptions behind them—can change.
The whole story.
In one minute.
ONE STORY.
- 01
A breakthrough often begins as an expensive capability available to only a few organizations. Its science may be impressive long before most people can afford to benefit.
- 02
Better manufacturing, engineering and competition can lower costs over time. As prices change, the economic case for entirely different ways of working can change with them.
- 03
IRENA reports that 91% of newly commissioned utility-scale renewable capacity in 2024 delivered electricity at a lower lifetime cost than the cheapest new fossil-fuel alternative in its comparison.
- 04
When a technology crosses that kind of threshold, new customers and business models may emerge. But connections, financing, maintenance and other costs can still determine whether a project makes sense.
- 05
The extraordinary possibility is that once-expensive capabilities become routine. When the total cost of a useful result falls far enough, industries may change not because the invention is new, but because it is finally affordable.
In 2024, 91% of newly commissioned utility-scale renewable power capacity studied by IRENA produced electricity more cheaply over its lifetime than the cheapest new fossil-fuel alternative under the report’s comparison. This is not a measure of household bills.
It's more than a breakthrough.
It's a different future.
Consider a utility evaluating new electricity generation. Years ago, a solar project might have been regarded as an expensive option that needed extraordinary justification. As the industry learned to manufacture equipment and install projects more efficiently, the economic comparison began to change.
The International Renewable Energy Agency reported that 91% of newly commissioned utility-scale renewable capacity in 2024 was cheaper, on its lifetime-electricity-cost measure, than the cheapest new fossil-fuel alternative. That finding does not mean every renewable project is cheaper in every location, or that existing electricity systems can be replaced without additional expense. Grid connections, financing, storage and local conditions remain essential.
But the direction is striking. A technology that once had to argue for its price can become one that competitors must find a way to beat.
Costs fall through learning, not magic
Manufacturers improve production methods, engineers remove unnecessary components and workers develop more efficient installation practices. More customers can support greater manufacturing scale, which sometimes lowers costs further. Competition can accelerate innovation, and better materials or software may reduce the resources needed for each useful result.
None of those forces guarantees an uninterrupted decline. Interest rates, tariffs, supply shortages, raw materials and market concentration can increase prices. A technology can also become more complex even while selected components get cheaper. The price of a computer chip is not the total cost of a secure information system.
To understand cost collapse, compare like with like: the same quality, performance, operating conditions and useful output. Otherwise a dramatic percentage can conceal a change in what is being measured.
When cheaper changes the market itself
A technology often begins by doing an existing job at high cost. Early adopters pay because the capability is uniquely valuable. But once the price falls, organizations may use it for tasks the original inventors never expected. Cheap computing made everyday mapping, digital photography and continuous connectivity practical in ways that once would have seemed extravagant.
The effect can also run in reverse. When producing something becomes cheap, businesses that earned money because it was scarce may lose part of their advantage. Customers may stop paying for routine information and pay more for judgment, reliability or specialized service.
That is why cost curves are strategic intelligence. They can signal a change in what customers expect and where value will move.
The price of a capability is not its whole cost
A falling purchase price does not eliminate operating expenses, training, maintenance or risk. Solar equipment can be inexpensive relative to earlier generations while new grid capacity remains difficult to connect. AI text generation can be cheap while errors, data governance and workflow integration remain expensive. A lower cost can also increase demand enough that total resource use rises.
Organizations therefore need to calculate the complete cost of getting a dependable result, not just the price of the attractive new component. The biggest breakthroughs may occur when several surrounding costs fall at once: hardware, software, installation, training and access.
The promise becomes real when the entire activity—not merely one ingredient—crosses a new economic threshold.
THE IMPACT / IT GETS PERSONAL
What could this mean
for my future?
Affordability can change access
A technology that was once reserved for large institutions might eventually appear in homes, schools and local services. That could make information, energy or useful tools more accessible. But lower wholesale costs do not guarantee that customers receive the savings. Housing, finance, regulation and service providers all influence the price people actually pay.
When routine output is cheap, specialized judgment matters
If a tool can produce familiar work at a fraction of its former cost, some tasks may become less valuable on their own. Careers can shift toward selecting the right problem, ensuring accuracy, building customer relationships and integrating results into meaningful work. Understanding the economics of your profession may be as important as learning to use the newest software.
Revisit the assumptions inside your business model
Select one major cost in your business and ask which portion depends on a technology that is becoming cheaper. If that input cost declined substantially, would you lower prices, reach new customers or offer a service that was previously uneconomic? Then examine the costs that would remain. A serious scenario compares the complete operation, not just a dramatic headline about one component.
Entire competitive positions can reverse
Industries built around expensive technology may face new competitors when entry costs fall. Established firms might regain advantage through manufacturing scale or distribution, while smaller organizations can innovate in niche markets. Supply chains, financing and regulation shape the winners and losers. The critical leadership skill is noticing when customers begin treating yesterday’s costly premium capability as today’s basic expectation.
Jim’s perspective: a collapsing cost can destroy an assumption
Jim Carroll has spent decades urging leaders to question business models built around old limits. The important observation is that when a capability becomes affordable, the assumptions behind an industry can expire even if the technology itself has been improving for years.
A useful exercise is to draw two pictures of your business: one using today’s total cost of a key capability and another using a substantially lower, evidence-based scenario. What changes for customers? Which activities become common? And which parts of your value proposition remain distinctive? That is a better strategic conversation than celebrating a percentage decline without understanding its consequences.
Just imagine what
becomes possible.
Technological revolutions aren’t driven only by greater capability. They are also driven by affordability. When something extraordinary becomes cheap enough to use routinely, the remarkable stops being a special event and becomes an ordinary part of life. That is when whole industries can change.
What's real—and what's still a possibility?
The 91% figure is IRENA’s comparison of the lifetime cost of electricity for newly commissioned utility-scale renewable capacity in 2024 against new fossil-fuel generation alternatives. It does not compare retail bills, existing power plants, or all grid-integration costs. The article examines the broader economics of falling technology costs without treating all cost curves as equivalent.
Read the evidence and original sources
Carefully scoped comparison and discussion of grid, finance and supply-chain constraints.
Examples of rapidly changing technology economics and uneven adoption.
How YottaBit treats evidence and uncertainty ↗
Original research references: K-03 · E-02 · E-07
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