Ways the Internet of Things is transforming businesses

Today, different facets of life involve the generation of data -- from smartphones that come with GPS and monitor schedules and buying decisions to smartwatches that track blood pressure and heartbeat. And in the middle of this quality-of-life change is the rise of the Internet of Things or IoT, says inventor Peter Zieve.

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IoT allows for modern-day devices, appliances, and gadgets to essentially communicate with one another. And while the benefits of the online network in everyday lives are now being enjoyed, the technology is not lost in the world of business. IoT devices are recording and transferring data for a wide range of functions, from offering management new insights and informed decisions to boosting work efficiency.

IoT likewise allows for employees to work remotely. Coupled with improved internet access and wireless technology, company workers can do their job just by accessing their devices from different areas of the office, including the factory floor. This leads to better productivity and time management.
IoT devices also lead to a more seamless, shorter transaction process, as consumers can better match products with what they’re looking for. Though the demand for faster deliveries increases, suppliers and logistics service providers can rely on their own IoT network to process orders faster. These ultimately equate to both downtime and cost reduction.

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Finally, an effective business model doesn’t rely solely on executing at great speeds, but in fostering efficiency, quality, and productivity, adds Peter Zieve. Connected equipment in various industries lead to more analytics potential and data streams for greater insights into business operations and how products and services are used by customers.

Peter Zieve is an inventor, innovator, educator, and founder and CEO of aerospace automation company Electroimpact, Inc. Visit this blog for related posts on innovative technologies.

A look at the timeline leading to today’s ubiquitous smartphone

To truly appreciate the charmed history of the smartphone, you need to go all the way back to 1992, when IBM came up with the Simon phone. The gadget was ahead of its time in many ways: it features a touchscreen, operable via a stylus, and allowed users to both send and receive fax messages. It might sound funny now, but the concept behind the phone was aligned with the technology of the time, explains innovation expert Peter Zieve.

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There’s no question that the Simon is the first smartphone is history. It also had an email client and a built-in notepad. Sadly, the phone didn’t do as well as the then tech giant expected, as the world wasn’t ready for it and its steep price. Ericsson continued what the Simon started and was the brand to actually coin the term “smartphone” with the release of its GS88 in 1997.

Nokia was still the king of the industry, though, and its Nokia 9500 Communicator in 2001 was the first smartphone to come with a color screen. The Communicator had been widely popular even in earlier iterations, and the company’s trademark Symbian OS remained the leading smartphone operating system until the late 2010s. Yet, even then, this was fast being rivaled by the Windows CE, Blackberry, and Palm OS.

Everything changed with the arrival of Apple’s iPhone in 2007, drastically altering the landscape of the smartphone industry and giving rise to loyal Apple users that continue today, despite Apple’s history of outrageous pricing. However, another industry giant in Google had been busy coming up with what is today the industry standard for any non-iPhone user: the Android OS. Korean company Samsung has since been the industry leader in this new market, but its reign is slowly being questioned by Chinese manufacturers like Vivo, Huawei, Xiaomi, and OnePlus, concludes Peter Zieve.

Peter Zieve is an inventor, innovator, educator, and the founder and CEO of aerospace automation company Electroimpact, Inc. He has 23 patents under his name. For related reads, visit this blog.

Why automation won’t really take your job

There’s no denying the impact of automation in various modern industries, especially with the rise of social media and the digital age. The apprehension that robots and automation in general will take away most jobs is therefore understandable. But we must remember that these new technologies are not meant to displace work, as they likewise create thousands of new businesses and job opportunities, explains innovator and inventor Peter Zieve.

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One good argument here is that automation ushers in complementary labor while allowing for reskilling. For instance, the rise of ATMs in the 1990s created a similar fear among bank tellers that these machines will take away their jobs. But the contrary happened; the task of dispensing money became automated, yes, but it actually increased hiring, freeing up tellers and other employees to focus and improve on other bank services, from accounting and sales to customer service.

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Technological disruptions will always occur, and it’s up to us to adapt, to rethink, and rebrand our creativity. Keep in mind that as machines become more powerful and more efficient, the need for human intervention also becomes more pressing. New technology is continuously being developed to support and integrate certain work, all with the goal of improving our digital fluency, something as important today as numeracy or literacy.

We’ve to invest more in our youth. Our children will grow up and take on new jobs, some of which don’t even exist today. These new job positions will be as specific as social media management and search engine optimization have been. These were not even career options just several decades ago, adds Peter Zieve. All in all, automation is not simply about learning coding, but acquiring new competencies which will allow for optimum skills mobility.

Peter Zieve is an inventor and innovator with 50 patents. He is the owner of Electroimpact Inc. Company, an innovative business organization focusing on assembly automation and robotics. More on Mr. Zieve and his work here.

Virtual reality and the changing landscape of modern business

Innovations in virtual reality is opening up new marketing dimensions for today’s businesses, says innovator and inventor Peter Zieve. The impact of virtual and augmented reality is so enormous that these technologies are expected to rise to a market value of over $160 billion by 2020 as they become the standard in many industries and enterprises, from gaming and personnel training to health care and real estate.

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Online shopping will be a key area for virtual reality to thrive in, effectively transforming how e-commerce is conducted. Seeing what you are buying before committing opens the so-called floodgates, especially for more complex services and products that can’t be completely appreciated solely via photos. For example, VR allows for furniture to be virtually placed in one’s living room to better see how they fit and match with other home décor.

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One industry that has seen immediate benefits from virtual reality is real estate. Buying a property is not something one can typically do just by looking at pictures and videos, and that sometimes physically visiting houses and estates is very difficult to fit into one’s schedule. VR allows buyers to tour properties in real-time, in the comforts of their homes, increasing turnover for agents in terms of lowering site visits. VR may, in fact, be the future of real estate investing.

It shouldn’t take long before virtual reality completely transforms how different industries operate, even as companies are incorporating VR systems into their day-to-day activities, adds Peter Zieve. From providing better personnel and customer interaction to allowing for reduced maintenance costs, virtual reality is leading businesses toward a brighter, easy-to-simulate (and anticipate) future.

Peter Zieve is an inventor and innovator with 50 patents. He is also the CEO of Electroimpact, Inc., a world leader in design and manufacturing of aerospace tooling and automation. For more reads on modern business trends, go to this blog.

How artificial intelligence is changing our lives

There’s no questioning how artificial intelligence is altering our lives, stemming from its dominance in various industries, from businesses and finance institutions to education systems and healthcare. Peter Zieve, a robotics and automation expert, breaks down how AI is spearheading these changes and, in effect, spelling our future.

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In the business setting, AI technology is leading to huge changes in the creation and processing of products, as well as in how they look for target or niche markets. Machine learning, for example, is lowering the risk of human error in the manufacturing industry. AI is now being used in drilling for oil, especially in accurately calculating drilling distance and depth. This is complemented by the rise of Big Data, allowing companies to go through huge amounts of data for pattern-finding and data interpretation.

In the healthcare industry, robots have been present for over a decade, used in highly sensitive and precision tasks like surgery. Nowadays, remote operations are made possible by AI, and chatbots are deployed for better patient engagement. Expect advanced diagnoses to be performed by automated devices in the near future, even as we are finding better ways to ensure online data privacy.

The same impact of artificial intelligence can be felt in education. It has led to modern rubrics like blended learning and online-based pedagogies. This is evident now in teaching students basic writing and math skills. But soon, higher and more personalized learning experiences will also be possible with AI’s aid, says Peter Zieve.

Inventor and innovator Peter Zieve is also the founder and CEO of aerospace automation company Electroimpact, Inc., which builds robotic tools for the aerospace industry. For more on the benefits of automation, visit this blog.

Aerospace, aerospace engineering, and defense

While we’ve focused a lot on aerospace, and aerospace engineering, we’ve found it prudent to now look at how it all fits in with defense in the context of the American government. This is a familiar topic to many Americans, mainly because of the news.

Here are some fascinating facts that tie aerospace engineering and defense.

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· The U.S. aerospace and defense industry is a merger of industries—aerospace and defense. The aerospace industry is responsible for the building, distribution, and sale of aircraft. The defense industry’s main focus is the assembly and distribution of systems and weapons for various military operations.

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· The aerospace industry, though mainly focused on producing aircraft, is also responsible for creating missiles and spacecraft, along with subsystems for propulsion, support systems mainly for monitoring, and everything needed for flight simulators.

· Because of the chunk it takes from the economy, only a few countries can afford their own aerospace and defense industry.

· The U.S. military is the largest market in the world when it comes to defense systems, not just in procuring aerospace and defense systems, but also in providing defensive capabilities to its allies.
· The aerospace industry will never run out of projects. From commercial airliners to national defense, aerospace engineers will always find long-term projects to be a part of. One such project is the mission to Mars.

Peter Zieve is an inventor with 23 patents under his name. He is also the CEO of Electroimpact, Inc., a highly-experienced aerospace automation company with an exceptional concentration of engineers. For similar reads, visit this blog.

Great inventions that sparked the industrial revolution

The industrial revolution was one of mankind’s greatest achievements. It ushered us into the future thanks to innovations in the manufacture of goods that changed world economies. A handful of inventions made it all possible. Here are some of the greatest inventions that gave way to the industrial revolution.

 Steam engine
The steam engine was originally built in the 1600s but was utilized fully in 1775 in its application to locomotive engines. This also ushered in the railway system, which allowed people to travel long distances in a very efficient manner. Steam engines were also used in the production of textile.

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Spinning Jenny
Developed by James Hargreaves in 1764, this invention allowed for spinning multiple wool simultaneously. This boosted the time it takes to produce textile products, and reduced the needed manpower along with the time of production.

Telegraph
Communication also played a major part in the industrial revolution. Before the invention of the telephone, people relied on the telegraph. This gave people the ability to communicate from far reaches of both coasts almost simultaneously.

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Airplane
Before the invention of the airplane by the Wright brothers, the only forms of fast transportation were trains and ships. The invention of the airplane allowed man to travel further at greater speeds than previous modes of transportation.

Sewing machine
Creating clothes before the sewing machine was a tedious manual process. The sewing machine allowed households to make clothes on their own. This was also instrumental in the mass production of clothes that became the basis of the fashion industry.

Peter Zieve is an inventor with 50 patents and the owner of an innovative business. He is the founder and CEO of Electroimpact Inc., a world leader in design and manufacturing of aerospace tooling and automation. For more insightful reads, visit this website.