Newsletter Subscribe
Enter your email address below and subscribe to our newsletter
Enter your email address below and subscribe to our newsletter
Obsolescence occurs when an asset becomes outdated or less useful due to innovation, market changes, or shifting standards. This article explains its causes and business impact
| Getting your Trinity Audio player ready... |
Obsolescence refers to the process through which a product, service, technology, skill, or system becomes outdated or no longer useful due to innovation, market changes, regulatory shifts, or evolving consumer behavior. It is a critical concept in business strategy, product lifecycle management, and economic planning.
Definition
Obsolescence is the condition in which an asset loses value or becomes unusable due to technological advances, market evolution, or changes in preferences or standards.
Obsolescence is the decline in relevance, functionality, or desirability of an asset because something newer, more efficient, or more aligned with current needs has replaced it. It affects individuals, companies, and entire industries, influencing investment decisions, product strategy, and long‑term competitiveness.
Obsolescence plays a central role in how organizations plan product lifecycles, allocate R&D budgets, and navigate competitive landscapes. Fast‑moving sectors—such as consumer electronics, software, biomedical technology, and automotive innovation—experience the highest rates of obsolescence.
There are several forces behind obsolescence:
For businesses, managing obsolescence is essential to staying competitive. Failure to do so can lead to declining sales, loss of market share, excessive maintenance costs, or stranded assets.
A smartphone manufacturer releases a new model with improved processing speeds, security standards, and camera technology. Older models become slower relative to modern apps and eventually stop receiving software updates, reducing their functionality and resale value. Over time, these older devices become obsolete.
Obsolescence matters because it:
Companies that anticipate obsolescence can design better upgrade paths, optimize manufacturing cycles, and reduce waste by improving repairability or modular design.
Technological Obsolescence: Occurs when newer technology surpasses older alternatives.
Functional Obsolescence: When an asset no longer performs adequately relative to modern standards.
Economic Obsolescence: When external factors (e.g., new regulations or market trends) reduce an asset’s value.
Planned Obsolescence: Intentional design choices that shorten a product’s lifespan.
Systemic Obsolescence: When supporting systems or parts are discontinued.
Technological advancements, shifting market demand, regulatory changes, and declining compatibility are the most common drivers.
Not necessarily. However, some jurisdictions regulate or discourage it, especially when it harms consumers or leads to excessive waste.
Through continuous R&D, modular product design, upgrade programs, predictive maintenance, and data‑driven lifecycle planning.