Innovation is a buzzword that’s often thrown around in the technology industry. Companies strive to be innovative, and employees are expected to come up with innovative ideas. However, not all ideas are true innovations – some may merely be incrementally better than previous ideas or products.

In the context of computing, there are countless examples of so-called “innovations” that are really just improvements on existing tech. Here are some things that don’t qualify as computing innovations:

1. A faster processor

1. A faster processor
Every year, computer manufacturers release new models with faster processors than their predecessors. While this might be impressive from an engineering standpoint, it’s not exactly an innovation if it simply involves making something faster.

2. A bigger hard drive

2. A bigger hard drive
As data storage requirements increase, larger hard drives have become a standard feature of most computers. But like a faster processor, this isn’t innovating so much as accommodating for user needs and technological advances.

3. Changes in screen size/resolution
Similarly to processing speed or storage space increases above metric thresholds being only advancements instead of innovation; changes made to screen resolution meet similar criteria- accommodation rather than trend-setting creations.

4) Adding more peripherals/ports/inputs
Adding more ports would never bring any revolution into the field since its sole function remains limited – enhancing accessibility but nothing path-breaking

5) Surface level redesigns
There is no denying that aesthetics play a vital role in attracting customers towards technologies such as smartphones and laptops; however surface-level redesigns do not make significant impacts in managing usage efficiencies

While these types of incremental enhancements can still have value when considering product usability & marketing strategies- True autonomous innovation denotes concepts and achievements unheard-of before altogether encapsulate massive leaps forward for computing capabilities!

So what constitutes true innovation? In general terms going beyond mere developments requires creation beyond what exists already provoking ways we interact with technology entirely- branching out its functionality leading us towards previously unimagined potential.

An example of this would be exploring machine learning and AI integrated into existing technologies bridging increasingly interactive communication representative of humans response scenarios with these machines. The manifestation of creative ideas outsmarting preconceptions provoking iterative changes in the approach towards computation can be represented by phenomena such as quantum computing.

Another instance where technology advancement edges closer to true innovation – for current times at least- is within the growing blockchain industry centered around cryptocurrency. Innovation happens when inventiveness creates functional waves far beyond traditional usage pathways surmised beforehand thereby revolutionizing how we interact with technology entirely!
Over the years, innovation has become a buzzword that is commonly thrown around in many different industries. In technology, this term is especially prevalent as companies strive to be innovative and encourage employees to come up with fresh ideas, unique features, and cutting-edge products.

However, not all ideas are created equal or can truly be classified as innovation. In fact, some of these so-called “innovations” might only represent incremental progress on existing tech instead of genuine leaps forward in computing capabilities. Here are five common examples:

1) A faster processor: Year after year, computer manufacturers introduce new models with upgraded processors that boast increased speed over their predecessors. While this may be an impressive technical feat from an engineering standpoint, it’s hardly an innovation if all you’re doing is making something faster than before.

2) A bigger hard drive: As our data storage needs increase over time due to various reasons such as high-resolution videos or gaming needs; larger hard drives have now become more of a standard feature for most computers rather than being revolutionary innovations driving new peripheral support accessories ahead alongside them.

3) Changes in screen size/resolution: Improvements made towards screens resolution would never be tantamount to creating entirely novel technological vistas given its functionality which remains relatively fixed hence lacking accompanying newer metrics fitting true innovational marks!

4) Adding more peripherals/ports/inputs : Incremental addition of ports or redesigned input hardware will prove helpful regarding accessibility reduction but lacks any groundbreaking potential

5) Surface level redesigns : While surface-level changes might impact customer familiarity with design elements- This also limits newfound functional diversification change requires moments where adherence towards creative breakthroughs entirely alters entire usage implications!

Admittedly such incremental enhancements still do add value when considering product usability and marketing strategies; however true autonomous inventiveness invokes far-reaching concepts & feats previously unheard-of altogether leading us closer to the future framework now at hand!

Instead [True] innovation means there is development beyond what currently exists. It involves creating brand-new technologies or modifying current ones in a way that provokes new ways of interacting with technology and leads us towards previously unimagined potential.

One great example could be machine learning and AI integrated into existing technologies to make them more interactive, intelligent, and intuitive regarding user requirements – allowing for functionalities akin to human responses under certain scenarios! Similarly creative ideas incorporating iterative changes encouraging different approaches towards computing showcase the kind of true innovation we need as seen with the emergence of quantum computing!

Another excellent instance where innovation is seen comes from cryptocurrencies which have brought about dynamic blockchain-based solutions transforming traditional industry formats utilizing such possibilities for non-traditional industries entirely- completely changing how we interact with currencies digital or otherwise remaining a powerful force driving innovation forward into uncharted territories!