The road to innovation is paved with terrible ideas that seemed brilliant in PowerPoint presentations.
For every wildly successful tech product, there are dozens that crashed and burned spectacularly. While we celebrate the iPhones and Kindles of the world, there’s actually more to learn from products that failed. These technological dead ends reveal fascinating truths about what consumers actually want versus what engineers think they should want.
The Spectacular Flops: When Brilliant Minds Get It Wrong
Google Glass: The Privacy Nightmare
Google Glass remains the textbook example of how technical capability doesn’t always equal market readiness. The technology was genuinely impressive—a wearable computer with head-mounted display that could recognize objects and access information hands-free.
So why did it fail spectacularly? Google made two critical errors:
1. The “Creep Factor”: Glass famously earned the nickname “Glassholes” from users who felt uncomfortable being recorded without their knowledge. The tiny, almost invisible camera light created widespread privacy concerns.
2. The Solution Without a Problem: Google never convincingly answered why normal people needed this device. As one critic noted, “It was like being permanently haunted by a very knowledgeable but socially awkward ghost.”
The lesson? Even the coolest technology needs to respect social norms and solve actual problems.
The Facebook Phone: Forcing an Ecosystem
Remember when Facebook tried to make a phone? The HTC First (dubbed “the Facebook Phone”) arrived in 2013 with Facebook Home deeply integrated into the Android operating system.
The concept seemed logical on paper—people love Facebook, so why not give them a Facebook-centric phone? The reality was different:
· It solved no consumer problem: People already had excellent Facebook access through the app
· It forced an ecosystem: Users didn’t want their entire phone experience dominated by one social network
· It was redundant: Every feature existed elsewhere
The Common Patterns: Why Good Ideas Go Bad
The “Engineer’s Fantasy” vs “User’s Reality” Gap
Many failed products suffer from what I call the “engineer’s fantasy” problem—they’re designed by people who assume users share their technical enthusiasm and willingness to tolerate friction.
Microsoft’s original Surface RT tablet perfectly exemplified this. The technical vision was coherent: an affordable, lightweight tablet running a streamlined version of Windows. The execution, however, ignored how people actually used tablets:
· Confusing compatibility: It looked like Windows but couldn’t run standard Windows applications
· Poor performance: The ARM processor struggled with the desktop-style interface
· Identity crisis: Was it a tablet or a laptop? It failed at both
One Microsoft engineer later admitted, “We built the device we wanted to exist, not the device people actually needed.”
The “Feature Bloat” Death Spiral
Another common failure pattern is what product designers call “featuritis”—the relentless addition of capabilities until the core value gets buried.
Smart TVs have increasingly fallen into this trap. What started as simple television sets with internet connectivity have become complicated entertainment hubs bogged down by:
· Multiple streaming interfaces that all work slightly differently
· Voice controls that misunderstand as often as they help
· Gaming platforms that nobody uses
· Ad-supported interfaces that prioritize content promotion over user experience
The result? Many users eventually connect a simple streaming stick to their “smart” TV, effectively paying for features they immediately disable.
The Silver Linings: How Failures Pave the Way for Success
Learning What Users Actually Want
Failed products provide invaluable market intelligence. Apple’s Newton PDA was commercially unsuccessful, but it taught Apple crucial lessons about:
· The importance of handwriting recognition accuracy
· The optimal size for portable devices
· The price points consumers would accept
These lessons directly informed the development of the iPhone and iPad a decade later. As Steve Jobs famously said, “I didn’t see it then, but getting fired from Apple was the best thing that could have ever happened to me.” The same often proves true for failed products—they create space for better ideas to emerge.
Pushing Technological Boundaries
Even failed products often contribute important technological advances. The much-mocked Segway, while never revolutionizing urban transportation as predicted, pioneered:
· Advanced gyroscopic stabilization now used in everything from photography equipment to medical devices
· Electric propulsion systems that influenced later electric vehicles
· Compact battery technology that enabled smaller personal transport devices
The Segway’s CEO once told me, “We overestimated the immediate market but underestimated our long-term technological influence.”
How to Spot Future Failures Before You Buy
The “If You Build It, They Will Come” Fallacy
Be wary of products that seem to assume mere existence will create demand. Successful technology typically fits into existing behaviors rather than demanding radical changes.
3D televisions failed this test spectacularly. Despite massive marketing campaigns, consumers rejected:
· Wearing awkward glasses at home
· The limited content available in 3D
· The eye strain and discomfort
· The premium pricing for a feature they didn’t request
The lesson? Technology that requires significant behavior change faces an uphill battle.
The Vaporware Warning Signs
Some products fail even before launch, trapped in development hell while promising revolutionary features. Watch for these red flags:
· Perpetual “concept videos” without working prototypes
· Crowdfunding campaigns that emphasize vision over specifics
· Vague launch timelines that keep getting pushed back
· Over-reliance on “future software updates” to deliver core features
If it sounds too good to be true, it probably is—especially in technology.
The Beautiful Losers: Failed Products We Miss
Google Reader: Killed Too Soon
Sometimes products fail not
Leave a Reply