Tuesday, August 30, 2016

GUEST BLOG POST: Can You Teach People To Innovate? — Jeffrey Phillips

Image source: www.slideshare.net
Of course we can provide some training in any tool or technique, and try to enlarge the way people think when they encounter an innovation exercise. But the best way to make an innovator is to give them an intractable problem and remove the constraining barriers. Encourage them to think differently and come up with novel ideas. And, once they've done that, do it again.  We can make innovators, but not just by training, but also through engagement. Innovators are workers who get their hands dirty.

By Jeffrey Phillips

One of my recent pet peeves is the proliferation of education options for innovation. One of my alma maters offers a "certificate" for innovation management.  While I cannot comment on the course, it is taught by two professors with little private sector experience who haven't created a product. One of them is a psychology major, which I guess makes sense because innovation is often the product of new or unusual insights or perspectives.

You'll forgive me for a startling lack of enthusiasm about many of these "educational" offerings.  There are several reasons for my skepticism:

1.  Innovation is strange, unusual work, very different from what most people do day to day
2. It doesn't require great insight or difficult tools, but does require working against considerable resistance in existing cultures and customer expectations
3. You don't educate someone in "innovation", you educate them in a set of tools, expectations, perceptions and beliefs. The combination of these factors enables innovation to occur.
4. No matter how much you train people, they can only implement the tools and techniques if they are allowed to
5. There is no commonly agreed innovation standard. Perhaps the closest anyone has come is in Creative Problem Solving, which I would think is probably the best answer to innovation training.

We are what we do repeatedly
It is in our nature as corporate employees and those that serve them to follow well-trodden pathways. One of these well-trodden and expected pathways is to "train" people on new tools and methods when introducing a new project or capability. Most people in organizations are paid handsomely for their deep experience, and that's what they deliver every day.  When forced to confront new thinking and new tools, most will demand training to assist them to provide more expertise. However, since most innovation is "one and done", the vast majority of people don't regularly exercise their innovation skills and experiences. Thus, training is often ineffective because the tools that are learned aren't regularly engaged in consistent, repeated innovation activities.

The complete lack of standards
Imagine a world where every automobile had a different type of engine.  Your one goal in life is to become the best auto mechanic, yet every car that drives into your shop has a different engine. Some are four cylinder gasoline engines.  Some are eight cylinder diesel engines.  Some are hybrids, some are electric, some are powered by natural gas. In this world you'd respond by becoming a virtuoso in one type of engine, say compressed natural gas engines, or you'd hire a plethora of people who could reasonably address a wide array of engine options. Such is the nature of innovation activity today.

Without an agreed standard, and considering the wide array of potential outcomes for innovation (incremental to disruptive, products, services, business models, experiences and channels to name only a few), there is no one way to do innovation, and so many variations as to make training impossible, except in very narrow capabilities or tools. I suspect it's probably possible to become an expert in Voice of the Customer techniques, but this is simply one of several ways to get customer insight, which is just one of several phases of a complete innovation activity.

A completely new way of thinking
Innovators argue about the metaphor of "inside the box" thinking.  Some believe that using the concept of "inside the box" is helpful because innovation is always bounded by constraints. Others believe that the concept of a "box" is difficult, getting outside the box helps expand possibilities and introduce adjacencies. Innovation is enabled by specific tools (trend identification and analysis, scenario planning, customer insight generation, open innovation, idea generation, prototyping, etc) but give me a person with an open, curious and inquisitive mind and I can move the innovation world, even without any of the other tools.

A careful, cautious plodder who is deeply immersed in all of the innovation tools, who has every "certificate" known to man but cannot release the thinking bonds that constrain them is worthless on a true innovation exercise. They are people who know everything and can apply nothing because their horizons are too small. Good innovation requires the courage to conduct new thinking, explore new opportunities, question the status quo.  In fact that's what innovation really is, questioning why we do things the way we do, and seeking opportunities to radically reshape how and what we do, to the benefit of customers and ourselves.  If you can't think differently, all the training in the world is useless.

Born, or Made?
Now, if you are still with me, you might be thinking that I am going to make the argument that innovators are born, not made. You'd be wrong on that point. There is no innate innovation gene, although clearly some people have more interest in exploration and discovery. Some people are more creative than others. Some people are really good at dreaming up new stuff.  That's all true as far as it goes, but neglects the fact that creativity and exploration must be linked to rationalization and implementation of the good ideas in order to solve a problem for a customer and to make money.  Innovators aren't born but they are shaped, more by experience than by training. Of course we can provide some training in any tool or technique, and try to enlarge the way people think when they encounter an innovation exercise. But the best way to make an innovator is to give them an intractable problem and remove the constraining barriers. Encourage them to think differently and come up with novel ideas. And, once they've done that, do it again.  We can make innovators, but not just by training, but also through engagement. Innovators are workers who get their hands dirty. Does your certificate come with some washing up powder and examples of the innovations you created?  If not, you are an observer of other people's innovation, and need to do some work of your own.

Can you teach people to innovate?
The answer to this question is:  no.  You cannot teach people to innovate.  You can teach them tools and techniques like TRIZ or trend spotting.  You can teach them process methodologies that lead them from customer needs to ideas to prototypes to customer validation tests.  You can teach them to think about innovation outcomes that are more disruptive or radical than incremental change.  You can show them Doblin's Ten Types model to help them think through the potential outcomes of an innovation activity. But until they understand that innovation is a holistic implementation of all of these factors, and requires them to release their fear, uncertainty and doubt, you are hammering jello to a wall.  It will not stick. The wall must be removed as the knowledge is applied.

People can innovate. What we can do is accelerate, simplify and make their innovation activities more productive and efficient through tools and techniques.  But what we cannot do is remove fear, uncertainty, corporate constraints and a lack of executive commitment.  We cannot force organizations to sustain innovation activities so the work is repeated until it becomes familiar and eventually second nature.  So the real question is: can we teach organizations and corporate cultures to innovate?  We know the answer to this is yes, but few companies have the time and patience to make the change that's necessary.

Jeffrey Phillips blogs on innovation at Innovation On Purpose

Saturday, August 27, 2016

NEWS POST: World's First Self-Driving Taxis Debut In Singapore

Image source: wsj.com
The world's first self-driving taxis are picking up passengers in Singapore.

Select members of the public began hailing free rides Thursday through their smartphones in taxis operated by nuTonomy, an autonomous vehicle software startup. While multiple companies, including Google and Volvo, have been testing self-driving cars on public roads for several years, nuTonomy says it is the first to offer rides to the public. It beat ride-hailing service Uber, which plans to offer rides in autonomous cars in Pittsburgh, by a few weeks.

The service is starting small — six cars now, growing to a dozen by the end of the year. The ultimate goal, say nuTonomy officials, is to have a fully self-driving taxi fleet in Singapore by 2018, which will help sharply cut the number of cars on Singapore's congested roads. Eventually, the model could be adopted in cities around the world, nuTonomy says.

For now, the taxis are only running in a 2.5-square-mile business and residential district called "one-north," and pick-ups and drop-offs are limited to specified locations. And riders must have an invitation from nuTonomy to use the service. The company says dozens have signed up for the launch, and it plans to expand that list to thousands of people within a few months.

The cars — modified Renault Zoe and Mitsubishi i-MiEV electrics — have a driver in front who is prepared to take back the wheel and a researcher in back who watches the car's computers. Each car is fitted with six sets of Lidar — a detection system that uses lasers to operate like radar — including one that constantly spins on the roof. There are also two cameras on the dashboard to scan for obstacles and detect changes in traffic lights.

The testing time-frame is open-ended, said nuTonomy CEO Karl Iagnemma. Eventually, riders may start paying for the service, and more pick-up and drop-off points will be added. NuTonomy also is working on testing similar taxi services in other Asian cities as well as in the U.S. and Europe, but he wouldn't say when.

"I don't expect there to be a time where we say, 'We've learned enough,'" Iagnemma said.
Doug Parker, nuTonomy's chief operating officer, said autonomous taxis could ultimately reduce the number of cars on Singapore's roads from 900,000 to 300,000.

"When you are able to take that many cars off the road, it creates a lot of possibilities. You can create smaller roads, you can create much smaller car parks," Parker said. "I think it will change how people interact with the city going forward."

NuTonomy, a 50-person company with offices in Massachusetts and Singapore, was formed in 2013 by Iagnemma and Emilio Frazzoli, Massachusetts Institute of Technology researchers who were studying robotics and developing autonomous vehicles for the Defense Department. Earlier this year, the company was the first to win approval from Singapore's government to test self-driving cars in one-north. NuTonomy announced a research partnership with Singapore's Land Transport Authority earlier this month.

Singapore is ideal because it has good weather, great infrastructure and drivers who tend to obey traffic rules, Iagnemma says. As a land-locked island, Singapore is looking for non-traditional ways to grow its economy, so it's been supportive of autonomous vehicle research.

Auto supplier Delphi Corp., which is also working on autonomous vehicle software, was recently selected to test autonomous vehicles on the island and plans to start next year.

"We face constraints in land and manpower. We want to take advantage of self-driving technology to overcome such constraints, and in particular to introduce new mobility concepts which could bring about transformational improvements to public transport in Singapore," said Pang Kin Keong, Singapore's Permanent Secretary for Transport and the chairman of its committee on autonomous driving.

Olivia Seow, 25, who does work in startup partnerships in one-north and is one of the riders nuTonomy selected, took a test ride of just less than a mile on Monday. She acknowledged she was nervous when she got into the car, and then surprised as she watched the steering wheel turn by itself.

"It felt like there was a ghost or something," she said.

But she quickly grew more comfortable. The ride was smooth and controlled, she said, and she was relieved to see that the car recognized even small obstacles like birds and motorcycles parked in the distance.

"I couldn't see them with my human eye, but the car could, so I knew that I could trust the car," she said. She said she is excited because the technology could free up her time during commutes or help her father by driving him around as he grows older.

An Associated Press reporter taking a ride Wednesday observed that the safety driver had to step on the brakes once, when a car was obstructing the test car's lane and another vehicle, which appeared to be parked, suddenly began moving in the oncoming lane.

Iagnemma said the company is confident that its software can make good decisions. The company hopes its leadership in autonomous driving will eventually lead to partnerships with automakers, tech companies, logistics companies and others.

"What we're finding is the number of interested parties is really overwhelming," he said.

First Driverless Taxi Hits The Streets Of Singapore
Reuters reports that the first driverless taxi began work on Thursday in a limited public trial on the streets of Singapore.

Developer nuTonomy invited a select group of people to download their app and ride for free in its "robo-taxi" in a western Singapore hi-tech business district, hoping to get feedback ahead of a planned full launch of the service in 2018.

"This is really a moment in history that's going to change how cities are built, how we really look at our surroundings," nuTonomy executive Doug Parker told Reuters.

The trial rides took place in a Mitsubishi i-MiEv electric vehicle, with an engineer sitting behind the steering wheel to monitor the system and take control if necessary.

The trial is on an on-going basis, nuTonomy said, and follows private testing that began in April.

Parker, whose company has partnered with the Singapore government on the project, said he hoped to have 100 taxis working commercially in the Southeast Asian citystate by 2018.
Nutonomy is one of several companies racing to launch self-driving vehicles, with automakers and technology firms striking new alliances.

Swedish automaker Volvo AB said last week it had agreed to a US$300 million alliance with ride-hailing service Uber [UBER.UL] to develop a driverless vehicle.

Israeli driving assistant software maker Mobileye NV said its vehicle, developed with Delphi Automotive Plc, would be ready for production by 2019, while Ford Motor Co said its self-driving car was slated for 2021.



Originally published (STORY 1) by AFP and (STORY 2) by Reuters

GUEST BLOG POST: Inventors And Inventions — Chris Woodford

EDITOR’S NOTE: At a workshop organized in London, England, United Kingdom in November 2003, co-sponsored by the Lemelson-Massachusetts Institute of Technology (MIT) Programme and LEAD International, one of the key speakers, Merton Flemings, director of the Lemelson-MIT Programme at the time opined in a presentation, “Invention stimulates entrepreneurship and overall economic activity. Invention is defined as a focused application of the human mind to the world that yields an original creation with practical use. Inventions are typically patentable, but patents aren’t necessary to make it an invention. Innovation is defined here as the practice of bringing inventions into widespread usage, through creative thinking, investment, and marketing. That’s why basic invention is typically needed to spur innovative activity. Invention is that spark where it all begins.”

NAIJAGRAPHITTI BLOG now brings you posts which would guide you into all about inventions!

Chris Woodford is a British science writer and the author of many popular science books for adults and children, including Atoms Under the Floorboards: The Surprising Science Hidden in Your Home.

Image source - inventivekids
By Chris Woordford

Have you ever dreamed of becoming a great inventor—of having a fantastically clever idea that changes society for the better and makes you rich in the process? The history of technology is, in many ways, a story of great inventors and their brilliant inventions. Think of Thomas Edison and the light bulb, Henry Ford and the mass-produced car, or, more recently, Tim Berners-Lee and the World Wide Web. Inventing isn't just about coming up with a great idea; that's the easy part! There's also the matter of turning an idea into a product that sells enough to recoup the cost of putting it on the market. And there's the ever-present problem of stopping other people from copying and profiting from your ideas. Inventing is a difficult and often exhausting life; many inventors have died penniless and disappointed after struggling for decades with ideas they couldn't make work. Today, many lone inventors find they can no longer compete and most inventions are now developed by giant, powerful corporations. So, are inventors in danger of going extinct? Or will society always have a place for brave new ideas and stunning new inventions? Let's take a closer look and find out!

Photo: The wheel is probably the greatest invention of all time, used in everything from cars and planes to wind turbines and computer hard drives. Even so, no-one knows who invented it or when.

CONTINUE READING HERE

Friday, August 26, 2016

NEWS POST: Activist Discovers iPhone Spyware, Sparking Security Update

Human rights activist Ahmed Mansoor speaks to Associated Press journalists in Ajman, United Arab Emirates, on Thursday, Aug. 25, 2016. Mansoor was recently targeted by spyware that can hack into Apple's iPhone handset. The company said Thursday it has updated its security. (AP Photo/Jon Gambrell)
The suspicious text message that appeared on Ahmed Mansoor's iPhone promised to reveal details about torture in the United Arab Emirates' prisons. All Mansoor had to do was click the link.

Mansoor, a human rights activist, didn't take the bait. Instead, he reported it to Citizen Lab, an internet watchdog, setting off a chain reaction that in two weeks exposed a secretive Israeli cyberespionage firm, defanged a powerful new piece of eavesdropping software and gave millions of iPhone users across the world an extra boost to their digital security.

"It feels really good," Mansoor said in an interview from his sand-colored apartment block in downtown Ajman, a small city-state in the United Arab Emirates. Cradling his iPhone to show The Associated Press screenshots of the rogue text, Mansoor said he hoped the developments "could save hundreds of people from being targets."

Hidden behind the link in the text message was a highly targeted form of spyware crafted to take advantage of three previously undisclosed weaknesses in Apple's mobile operating system.

Two reports issued Thursday, one by Lookout, a San Francisco mobile security company, and another by Citizen Lab, based at the University of Toronto's Munk School of Global Affairs, outlined how the program could completely compromise a device at the tap of a finger. If Mansoor had touched the link, he would have given his hackers free reign to eavesdrop on calls, harvest messages, activate his camera and drain the phone's trove of personal data.

Apple Inc. issued a fix for the vulnerabilities Thursday, just ahead of the reports' release, working at a blistering pace for which the Cupertino, California-based company was widely praised.

Arie van Deursen, a professor of software engineering at Delft University of Technology in the Netherlands, said the reports were disturbing. Forensics expert Jonathan Zdziarski described the malicious program targeting Mansoor as a "serious piece of spyware."

A soft-spoken man who dresses in traditional white robes, Mansoor has repeatedly drawn the ire of authorities in the United Arab Emirates, calling for a free press and democratic freedoms. He is one of the country's few human rights defenders with an international profile, close links to foreign media and a network of sources. Mansoor's work has, at various times, cost him his job, his passport and even his liberty.

Online, Mansoor repeatedly found himself in the cross-hairs of electronic eavesdropping operations. Even before the first rogue text message pinged across his phone on Aug. 10, Mansoor already had weathered attacks from two separate brands of commercial spyware.
When he shared the suspicious text with Citizen Lab researcher Bill Marczak, they realized he'd been targeted by a third.

Human rights activist Ahmed Mansoor shows Associated Press journalists a screenshot of a spoof text message he received in Ajman, United Arab Emirates, on Thursday, Aug. 25, 2016. Mansoor was recently targeted by spyware that can hack into Apple's iPhone handset. The company said Thursday it was updated its security. The text message reads: "New secrets on the torture of Emirati citizens in jail." (AP Photo/Jon Gambrell)
Citizen Lab and Lookout both fingered a secretive Israeli firm, NSO Group, as the author of the spyware. Citizen Lab said that past targeting of Mansoor by the United Arab Emirates' government suggested that it was likely behind the latest hacking attempt as well.

Executives at the company declined to comment, and a visit to NSO's address in Herzliya showed that the firm had recently vacated its old headquarters — a move recent enough that the building still bore its logo.

In a statement released Thursday which stopped short of acknowledging that the spyware was its own, the NSO Group said its mission was to provide "authorized governments with technology that helps them combat terror and crime."

The company said it couldn't comment on specific cases.

Marczak said he and fellow-researcher John Scott-Railton turned to Lookout for help to pick apart the malicious program, a process which Murray compared to "defusing a bomb."

"It is amazing the level they've gone through to avoid detection," Murray said of the software's makers. "They have a hair-trigger self-destruct."

Working over a two-week period, the researchers found that Mansoor had been targeted by an unusually sophisticated piece of software which some have valued at US$1 million. He told AP he was amused by the idea that so much money was being poured into watching him.

"If you would give me probably 10 percent of that I would write the report about myself for you!"

The apparent discovery of Israeli-made spyware being used to target a dissident in the United Arab Emirates raises awkward questions for both countries. The use of Israeli technology to police its own citizens is an uncomfortable strategy for an Arab country with no formal diplomatic ties to the Jewish state. And Israeli complicity in a cyberattack on an Arab dissident would seem to run counter to the country's self-description as a bastion of democracy in the Middle East.

There are awkward questions, too, for Francisco Partners, the private equity firm which owns the NSO Group. Francisco is only an hour's drive from the headquarters of Apple, whose products the cybersecurity firm is accused of hacking.

Messages left with Francisco partners' offices in London and San Francisco went unreturned. Israeli and Emirati authorities did not return calls seeking comment.

Attorney Eitay Mack, who advocates for more transparency in Israeli arms exports, said his country's sales of surveillance software are not closely policed.

He also noted that Israeli Prime Minister Benjamin Netanyahu has cultivated warmer ties with Arab Gulf states.

"Israel is looking for allies," Mack said. "And when Israel finds allies, it does not ask too many questions."


Logo of the Israeli NSO Group company is displayed on a building where they had offices until few months ago is seen in Herzliya, Israel, Thursday, Aug. 25, 2016. A botched attempt to break into the iPhone of an Arab activist using hitherto unknown espionage software has trigged a global upgrade of Apple's mobile operating system, researchers said Thursday. The spyware took advantage of three previously undisclosed weaknesses in Apple's mobile operating system to take complete control of iPhone devices, according to reports published Thursday by the San Francisco-based Lookout smartphone security company and internet watchdog group Citizen Lab. Both reports fingered the NSO Group, an Israeli company with a reputation for flying under the radar, as the author of the spyware. (AP Photo/Daniella Cheslow)
Originally published by Associated Press

Wednesday, August 24, 2016

NEWS POST: Regulator Laments Low Impact Of Broadband Infrastructure

Nigerian Communications Commission Complex, Abuja
Despite the deployment of over 40,000km inter-city fibre optic infrastructure and the landing of about four submarine cable systems on the shores of Nigeria, end users are still not able to access broadband speeds, while prices are still high.

This was the lamentation of the Nigerian Communications Commission (NCC), which decried the growing challenges confronting the spread of Information and Communications Technology (ICT) services across the country.

Speaking in Lagos, at this year’s BICSI Nigeria 2016 conference and exhibition, with the theme: ‘New Frontier: Nigerian ICT Infrastructure, Standards, Growth and Development,’ NCC Executive Vice Chairman, Prof. Umar Danbatta, noted that the development of telecommunications infrastructure around the world was one key factor in the process of globalization and creation of information economy.

According to him, reliable telecommunications network can improve the productivity and efficiency of other sectors of the economy and enhance the quality of life generally, adding that it provides great opportunities.

Danbatta, represented by NCC Director, Technical Standard and Network Integrity, Fidelis Onah, said telecommunications infrastructure constitutes of all the structures that will make the end-users or access networks (last mile) interconnect and access services seamlessly, stressing that this is a complex system, an aggregation of interwoven, interrelated and interconnected systems, equipment and activities.

He disclosed that telecommunications infrastructure comprises core network switching; backbone/transmission; access network; gateways, both domestic and international; interconnect clearing house/Internet Exchange Point; human capital; indirect substructure and support services and ancillary services.

According to him, the country has grew its active subscriber base from 400,000 with teledensity of 0.04 per cent 13 years ago to 149.8 million and a teledensity of 107.01 per cent, with 3G technology entrenched in the country’s mobile tech ecosystem, 4G is making steady progress with services already been offered by some operators.

While mobile broadband is thriving fast in the country, Danbatta revealed that fixed broadband performance has been very paltry. He disclosed that for Nigeria to rank high in ICT among other countries, the country needed a developed fixed line infrastructure.

He explained that all traffics generated by wireless networks are quickly deposited into fixed line infrastructure (Fibre), which transports the data to their routed destinations, thereby guaranteeing good quality of service, stressing that so far, no material known to man accommodates and transports huge data faster than fibre.

The NCC chief observed that the growing demands for and popularity of broadband applications, has seen to the increase in the number of terrestrial and sub-marine fibre optic cable systems, satellite systems and microwave radio links.

He revealed that broadband services are only attainable in a country when there is robust fixed infrastructure in the international, backbone, metro and access layers within that country.

According to him, Nigeria is connected to the world through the landing of some international submarine cables system such as SAT 3, MainOne, Glo 1 and West Africa Cable System (WACS). “To some extent, Nigeria can be said to be robust in this segment. The landing of these sub-marine cables at our shores however, does not provide much usefulness, as there is need to deploy the right infrastructure to distribute the capacities to the desiring/target population do not live at the shore where the cables landed.

“As a result of this, consumers are yet to feel the impact of the abundant bandwidth at our shores. Put differently, end users are not able to access broadband speeds and the price reduction anticipated by the landing of these cables,” he stated.

In addition to the deployment made by service providers, Danbatta said NCC through projects like the Wire Nigeria (WIN) and the State Accelerated Broadband Initiative (SABI), has facilitated the deployment of fibre infrastructures in some part of the country.

According to him, all these deployments do not fulfill the requirement of a fully built-out, resilient national backbone infrastructure that transverse every state and local government area, “this is exactly what the NCC plans to address, and we need your partnership, support and investment to make this happen.”

He listed challenges limiting broadband development in Nigeria to include duplication of backhaul intercity infrastructure along major towns and cities; slow pace of development of fibre infrastructure to the broader regions; inability to drive data into the hinterlands at affordable prices; lack of metropolitan fibre mesh networks in cities in Nigeria; high cost of leasing fibre backbone infrastructure.

Others are multiple taxation/multiple regulatory agencies; high Right of Way (RoW) charges; security challenges; lack of indigenous technology and funding facilities.

According to him, it takes effective distribution infrastructure to have services permeate all nooks and corners of the nation, stressing that the lack of this, has compelled service providers to choose between developing their own infrastructure, or lease access from the existing last mile providers at non-economic rates.

For service providers to make impact, the Chairman, of the Association of Licensed Telecommunications Companies of Nigeria (ALTON), Gbenga Adebayo, believed that all the aforementioned challenges must be overcome swiftly.

Originally published in The Guardian Nigeria

Tuesday, August 23, 2016

GUEST BLOG POST: Fiction Addiction: 5 Invention Myths Of Americans—And Why We Cling To Them — Reid Creager

Inventor Antonio Meucci
By Reid Creager
These are our stories, and we’re sticking to them. Many Americans’ love affair with our country’s colorful history is so intense, so entrenched, that sometimes we don’t want facts to get in the way. This is especially true as it pertains to inventions and their origins.

We embrace these myths because they often sound more interesting than reality, or because we’re wary of information that conflicts with long-held theories, biases or teachings. English plumber Thomas Crapper didn’t invent the toilet, even if some may find it more amusing to think that he did. He invented the ballcock, the floating device with the long arm in some toilets. In fact, the name Crapper has nothing to do with the origin of the word used to describe the matter in toilets. According to Time magazine, that word first appeared in the Oxford English Dictionary in 1846, when Crapper was 10 years old and obviously not a plumber yet.

But let the British sort out that one. Here are five common invention myths by Americans, starting with the sport that many say best personifies our love for the red, white and blue:

Abner Doubleday invented baseball.
For nearly a quarter-century, Major League Baseball’s all-time hits leader Pete Rose and longtime commissioner Bud Selig had starring roles as adversaries in one of our national pastime’s most passionately debated controversies: Should Rose be on the Hall of Fame ballot despite the fact that he bet on baseball?

Ironically, Rose and Selig agree on a different debate—even though history says both are wrong. “Abner Doubleday got it right when he invented the game of baseball,” Rose has said. Selig wrote, not so eloquently, in 2010: “From all of the historians which (sic) I have spoken with, I really believe that Abner Doubleday is the ‘Father of Baseball.’”

Many fans know there is precious little evidence to support either statement; Biography.com goes so far as to say that Doubleday was disproved to be the inventor of baseball because the game evolved from English games such as rounders and cricket.  Doubleday served in the Mexican War and Civil War, advancing to major general. His only connection to baseball came when he wrote a letter to superiors in 1871 requesting baseball implements for entertaining soldiers he commanded, according to baseball historian John Thorn.

Even the sport’s hall of fame concedes this invention fantasy is borne of a stubborn obsession with traditional beliefs, evidenced by an article it published in 2010: “The Doubleday Myth Is Cooperstown’s Gain.” There’s no crying in baseball and no known inventor of it, either.

Thomas Edison invented the light bulb.
This myth has been so widely held that it’s connected to an axiom—an Edison moment, referring to the light-bulb-over-the-head imagery of conceiving an idea. We think of Edison as a tireless tinkerer and plotter, which is true. Yet although he secured more than 1,000 patents in the United States, the first light bulb was not one of them. Rather, his light bulb was one of them.

Thomasedison.org says: “Contrary to popular belief, Edison did not invent the light bulb; it had been around for a number of years.”

According to Time magazine, “electric lights already existed on a streetlight scale when …Edison tested the one he’s famous for.” His bulb was the first to provide dependable and affordable illumination in people’s homes. He filed a patent for an electric lamp with a carbon filament in 1879.

Twenty-five years earlier, according to many reports, German watchmaker Heinrich Göbel invented the first true light bulb by using a carbonized bamboo filament inside a glass bulb.

Al Gore claimed to have invented the internet.
Everyone knows the former vice president didn’t invent the internet. But the perception that he claims to have done so lingers among many, especially detractors and political opponents.

When Gore was preparing for his run as the 2000 Democratic presidential candidate, he said in a 1999 CNN interview: “During my service in the United States Congress, I took the initiative in creating the internet. I took the initiative in moving forward a whole range of initiatives that have proven to be important to our country’s economic growth and environmental protection, improvements in our educational system.”

Creating means to bring into existence; inventing means to be the first to conceive or implement an idea. Yes, Gore could have phrased this better (and obviously likes the word “initiative”). But he simply meant that by pushing certain legislation, he furthered the development of technology that became the internet—similar to how President Dwight D. Eisenhower pushed for America’s interstate highway system in the 1950s before signing the Federal-Aid Highway Act of 1956.

Internet working protocols date to the late 1960s with the launching of the Advanced Research Projects Agency Network (ARPANET). There is no known single inventor of the internet, although Sir Tim Berners-Lee invented the World Wide Web in 1989. Before the web, the internet basically only provided full screens of text.

Alexander Graham Bell invented the telephone.
This one arguably leaves room for doubt on both sides of the issue. If no one called and told you, maybe you read or heard that 14 years ago the U.S. House of Representatives issued a resolution linked to this.

The debate involves an alleged miscarriage of justice. According to theguardian.com, Bell filed a patent for the telephone in 1876, two years after actual inventor Antonio Meucci sent a model and technical specifications to Western Union in hopes of getting a meeting with the company. Rejected, Meucci asked for the materials to be sent back to him but was told they had been lost. Not soon after, Bell—who shared a laboratory with Meucci—struck a big-money deal with Western Union.

The Florentine sued and was reportedly near victory after the Supreme Court agreed to hear the case. But Meucci died in 1889.

There’s more confusion (and misreporting) about what Congress said. The resolution read: “Resolved, That it is the sense of the House of Representatives that the life and achievements of Antonio Meucci should be recognized, and his work in the invention of the telephone should be acknowledged.” That falls short of declaring Meucci the first and/or sole inventor of the telephone.

Apple invented the iPod.
Apple is synonymous with high-tech innovation, so when the iPod was unveiled in 2001 it was logical to assume the company had invented that technology. A 2008 court case indicated otherwise.

British furniture salesman Kane Kramer says he was on a ladder and painting at home when he got a call from Apple asking him to fly to America to help defend the company in charges of patent infringement for its iPod digital audio player. By using Kramer’s notes and sketches as evidence in the case, the Cupertino, Calif., company all but admitted he was responsible for the initial invention of the digital music player in 1979 as a 23-year-old. Apple has never disputed this.

Kramer had secured a worldwide patent for his machine (the IXL could store only 3½ minutes of music on a built-in chip, though quite a feat back then). But he ran into complications in renewing the patent—most significantly, coming up with the required US$120,000. The patent expired in 1998, leaving it open for adoption.

The father of three closed his struggling furniture design business several years ago and had to sell his house. He was compensated by Apple for his court appearance and consultancy work, but there’s no indication he received any money beyond that.

Kramer told the London Daily Mail that Apple gave him an iPod, “but it broke down after eight months.”

Originally published in Inventors Digest