WordPress Founder: The Power of Open-Source in Spreading an Idea

Jared Kleinert shares tell-all stories from 75 top-performing Millennials who have built companies collectively worth billions of dollars, have millions of social media followers, and are achieving exponential success in record time. Matt Mullenweg (above), co-founder of open-source blogging platform, WordPress, the most popular publishing platform on the web, shared with Kleinert his journey to an open-source way of thinking.

I was in high school when I first started exploring things on the web. I began thinking about how to create websites and spoke with everyone I could because I had lots of time and no money. Everything on the web was free, which was nice, and soon I came across some blogging software called Movable Type. 

When you ran the full type, you could see the code and how it worked. But it didn’t belong to you — it belonged to the company that created it. There was transparency, but not ownership. They essentially rented me, and others, the use of their software. When Moveable Type became slow in its development, I went looking for other software to use for my blog and came across a link to b2, created by Michel Valdrighi in France. What was most interesting about it was that it was open-source. 

I had never heard of open-source before. I started to read up on it because b2 had transparent source code, meaning I could see how it worked. I decided to make some changes to it. When I told Michel about them, he said, “That’s awesome! You should submit a patch to SourceForge, and we’ll merge it.”

Patch? SourceForge? Merge? I didn’t know what any of those meant, so I began Googling around. It turns out that a patch is basically the difference between my code and his code. My patch would show us the changes I was proposing. SourceForge was the website that hosted all of the open-source code. It was a place for people to go online and collaborate on software projects. Merging was the process of Michel taking my code, combining it with his code, and then releasing the new version into the world. 

As he did this, I got a thrill knowing that the code I wrote was now running on dozens of websites around the world. It was a total high, and it was very much in line with how I was raised. My parents taught me to volunteer, whether through Boy Scouts, church, or anything like that. I was taught to help people and invest time in making the world a better place. When I began to research open-source even further, I came across a series of essays written by Eric Raymond and Richard Stallman explaining that open-source wasn’t just free code. It’s a whole philosophical system. 

Open-source isn’t free as in “there’s no charge for this beer.” It’s free as in freedom, meaning that freedom of speech is the implication. The license that WordPress now uses and that b2 used (and there are many open-source licenses on the web) is called the GPL (General Public License). A good way to think of the GPL is like a Bill of Rights for software. In the United States, we have a Bill of Rights that protects our freedom of speech, freedom of the press, right to bear arms, right to not self-incriminate, and things like that, which are the fundamental tenets of democracy and an open and free society. It has worked fairly well for the United States for the past couple hundred years. 

We had an Abundance of the Commons, where WordPress improved with each person that used our software and contributed to its updates and improvement. The sum total of thousands of sometimes-tiny contributions turns into something amazing like WordPress, which now powers about 26 percent of all websites on the Internet. 

If you want a good analogy for this Abundance of the Commons effect in daily life, think of Wikipedia. Most people said that it wouldn’t work. How could a bunch of amateurs on the Internet ever create something to rival the breadth, depth, and accuracy of professional editors and academics? As they gained more users, their product got better and better and better. Even if early Wikipedia users made small fixes like typos or checked references or reverted things that people edited that were incorrect, that cumulative bounty of millions of people interacting with the site created the greatest collective of human knowledge that we’ve ever had as a human species. 

The Internet connects us all. We have the ability to communicate like never before. We can use the collective intelligence, the collective passion, the collective talents of humanity — wherever it might be in any country in the world — to create things that can be so much better than what we could make if we only worked with people we knew or that happened to live in the same city as us. 

The uniqueness of our human experience when combined with others, which is what open-source essentially does over and over again, will create the greatest products of our generation. The things that will survive over decades, and not just years, will be created in this fashion because they’re not only products — they are movements. 

I don’t know what WordPress will look like 20 or 30 years from now, but I know that whatever the product looks like will have been shaped by people all over the world united by a common philosophy based on an open-source ideal. They will be passionate about creating something bigger than themselves, not just for a paycheck but for an impact.

This is an excerpt from 21-year-old Jared Kleinert’s book, 3 Billion Under 30: How Millennials Continue Redefining Success, Breaking Barriers.

Repair, Refurbish, Reuse: Call to Arms For Electronics Giants

People not only buy more devices, they abandon them quicker, increasing the mining of raw materials and landfill waste.

Armed with screwdrivers and a zeal for change, a growing global movement is urging electronics giants to make devices that last longer and are easier to fix to cut the environmental fallout of the tech boom.

From repair cafes to e-waste recyclers, social enterprises are leading a ‘right to repair’ campaign, exploring commercial models to reduce the human and environmental impact of the electronics supply chain and its ever-growing waste.

The consumer electronics industry is growing at a rapid pace, as technology advances and costs drops.

According to a forecast from Gartner, 2.3 billion PCs, tablets and smartphones will be shipped in 2019.

People not only buy more devices, they abandon them quicker, increasing the mining of raw materials and landfill waste.

“It is a huge issue, considering how many resources go into the manufacturing of these machines. Every smartphone, every TV monitor, comes with an enormous ecological footprint,” Ruediger Kuehr, director of the e-waste programme at the United Nations University (UNU) told the Thomson Reuters Foundation.

The UNU estimates 50 million tonnes of e-waste is produced annually. It expects this to hit 120 million tonnes by 2050.

“There needs to be substantially more done to tackle the e-waste issue. We have to seriously consider pushing repair, refurbishment and reuse, but this is so far unfortunately not on the political agenda,” said Kuehr.

GLUED TO A SCREEN

Devices are also becoming more complicated to repair. Spare parts are hard to source, repair instructions scant, and components are often glued together.

So it is often cheaper to buy anew, which boosts sales for a host of big manufacturers, be it Microsoft or Amazon.

“Once you buy a product or device, then you are the owner of it and that also should mean you decide when and where and how to repair it,” Eva Gouwens, chief executive of Fairphone, which bills itself as an ethical manufacturer, told the Thomson Reuters Foundation.

The Amsterdam-based social enterprise designed a smartphone that is easier to open, repair and upgrade without expert help.

“Currently the average lifetime of a mobile phone is 20 months, so if you can extend that to three years, imagine the impact on e-waste and CO2 emissions,” said Gouwens.

Eighteen U.S. states have proposed a ‘right to repair’ act, forcing manufacturers to make information and spare parts freely available to device owners and third-party repair shops.

The EU will introduce similar legislation in 2020.

Its proposals, however, only apply to lighting, white goods and televisions. They also only let accredited repairers, rather than independent repairers and individuals, fix such devices.

DAVID AND GOLIATH

Social enterprises active in the sector face a David and Goliath-style battle given the heft of giants such as Apple and Samsung, which market their devices as a high-tech dream.

In 2018, Apple sold about 218 million iPhones, according to statistics site, Statista. By contrast, Fairphone has sold 160,000 devices since 2013 and has not yet turned a profit.

Having just raised €7 million ($7.9 million) in investment, Fairphone plans to scale up the business this year.

“Some people will always go for the latest and greatest,” said Gouwens. “But we think we can convince people that a good quality, functioning phone, with the aim to change industry into a more sustainable industry, is a good deal for them.”

Airedale Computers – a social enterprise based in Yorkshire, in the north of England – refurbishes used computers.

Its chief executive, Neil Kennedy, is not convinced people will have the know how or desire to repair their own devices.

“The technology is beyond many people’s grasp to repair. People don’t have the interest. They want to open a box, press a button and make it work,” he told the Thomson Reuters Foundation.

Across Europe and beyond, social enterprises and charities have set up repair cafes, where locals bring in broken devices for free or affordable fixing to cut waste and boost recycling.

E-WASTE ENTREPRENEURS

While wealthy Europe and the United States are mulling laws that would push consumers to repair their electronics, ‘make do and mend’ is the norm in many poorer parts of the world.

Nairobi-based social enterprise AB3D makes 3D printers from broken electronic equipment.

Its chief executive and founder, Roy Mwangi Ombatti, told the Thomson Reuters Foundation that in Kenya, and other parts of Africa, there is a growing market for repair and resale.

“Those of us who are confident enough to take the machines apart and reuse are seeing opportunities and trying to capitalise and make money from them,” he said. “It has stemmed out of a culture we have of repurposing and reusing waste.”

According to the UNU, only 20 percent of e-waste is recycled properly. The remaining 80 percent ends up in homes, landfill or is shipped, often illegally, overseas and informally recycled.

E-waste contaminates the soil and groundwater supply and exposes people to hazardous chemicals.

Ombatti said big manufacturers – as the biggest benefactors – should take greater responsibility for global ewaste.

“What we are doing now is an opportunity that has stemmed out of a problem, but we shouldn’t have to be dealing with a situation like this,” said Ombatti. “If they care about the environment, they need people addressing the last mile.”

By Sarah Shearman @Shearmans. Editing by Lyndsay Griffiths. 

How to Win Like China. Are you Prepared for an Intelligent World?

What China can teach us about artificial intelligence and how humans can get a grip.

Artificial intelligence is poised to fundamentally change how we live and work. Whether it will be salvation or curse will depend on the extent to which we get to grips with it now. It is the dawn of a new age, when everything from climate change and the state of our cities to our personal health and wellbeing will experience dramatic improvements at a speed and scale beyond anything achieved to date. It’s a looming apocalypse, morphing beyond all human control, that could wipe out civilization as we know it within our lifetimes. It’s humanity’s redundancy notice, poised to wipe out vast numbers of jobs. It will generate vast numbers of new jobs and business opportunities, while freeing people from the drudgery of hazardous or boring work. Depending who you talk to, “it” could be all of these things, or at least toned down versions of them. 

We are talking, of course, about artificial intelligence: the rapidly growing ability of computers to imitate, and improve upon, many of the core functions of the human brain. To paraphrase Apple: “This changes everything.” Luckily, we’re at the stage of the journey where we can still, to a large extent, choose the route we take, and shape its destination. Here’s what some business leaders think about the looming AI revolution. 

In 2017, China’s government put out its plan to lead the world in AI by 2030. As Eric Schmidt has explained, “it’s pretty simple. By 2020, they will have caught up. By 2025, they will be better than us. By 2030, they will dominate the industries of AI.” And the figures don’t lie.

With a $14 trillion GDP, China is predicted to account for over 35% of global economic growth from 2017 to 2019 – nearly double the U.S. GDP’s predicted 18%. And AI is responsible for a big chunk of that. PricewaterhouseCoopers recently projected AI’s deployment will add $15.7 trillion to the global GDP by 2030, with China taking home $7 trillion of that total, dwarfing North America’s $3.7 trillion in gains.

In 2017, China accounted for 48% of the world’s total AI startup funding, compared to America’s 38%. Already, Chinese investments in AI, chips and electric vehicles have reached an estimated $300 billion. Meanwhile, AI giant Alibaba has unveiled plans to invest $15 billion in international research labs from the U.S. to Israel, with others following suit. Beijing has now mobilized local government officials around AI entrepreneurship and research, led by billions in guiding funds and VC investments. And behind the scenes, a growing force of driven AI entrepreneurs trains cutting-edge algorithms on some of the largest datasets available to date.

Once disregarded as a market of ‘copycats’ looking to Silicon Valley for inspiration and know-how, China’s AI ecosystem has long departed this stage. Propelled by an abundance of government funds, smart infrastructure overhauls, leading AI research, and some of the world’s most driven entrepreneurs, China’s AI ecosystem is unstoppable.  

HOW TO WIN LIKE CHINA. THE FOUR MAIN DRIVERS TIPPING THE AI BALANCE IN CHINA’S FAVOR:

1. ABUNDANT DATA
Perhaps China’s biggest advantage is the sheer quantity of its data. Tencent’s WeChat platform alone has over 889 million daily active users. That’s more than the entire population of Europe. American users’ payment and transportation data are fragmented across various platforms, Chinese AI giants like Tencent have created unified online ecosystems that concentrate all your data in one place. Platforms like WeChat Wallet and Alipay have data on everything from your dumplings purchase from a street vendor to your recent 100 RMB donation to an earthquake relief fund. This allows them to generate complex maps charting hundreds of millions of users’ every move.

2. HUNGRY ENTREPRENEURS
While China’s ‘copycat’ era saw a massive wave of mediocre-quality products and unoriginal mimicry, it also forged some of the most competitive, rapidly iterating entrepreneurs in the world. Refined by fire, Chinese tech entrepreneurs have stopped at nothing to beat the competition, pulling every trick and tactic to smear, outpace and outsmart parallel startups. Former founder-director of Google Brain, Andrew Ng, noted the hunger raving among Chinese entrepreneurs: “The velocity of work is much faster in China than in most of Silicon Valley. When you spot a business opportunity in China, the window of time you have to respond is very short.”

3. GROWING EXPERTISE
It’s important to note that China is still new to the game. But in a few short years, China’s AI community has caught up fast. While the world’s most elite AI researchers still largely cluster in the U.S., favoring companies like Google, Chinese tech giants are quickly closing the gap. Already in academia, Chinese AI researchers stand shoulder-to-shoulder with their American contemporaries. We’ve also seen increased collaboration between China’s top tech firms and emerging student talent. Voice recognition software company iFlyTek has not only outcompeted teams from Alphabet’s DeepMind, Facebook and IBM Watson in natural-language processing, but has done so in its “second language” of English.

4. GOVERNMENT FUNDING
Perhaps the greatest unifying force behind China’s skyrocketing AI industry is the country’s very own central government. In 2017, China’s government issued its plan to make China the global center of AI innovation, aiming for a one trillion RMB (about $150 billion) AI industry by 2030. Within a year, Chinese VC investors were pouring record sums into AI startups, surpassing the U.S. to make up 48% of AI venture funding globally. Mayors across the country have built out innovation zones, incubators and government-backed VC funds, even covering rent and clearing out avenues for AI startups and accelerators. Beijing plans to invest $2 billion in an AI development park to drive R&D, patents and societal innovation.

3 Ways to Combat Poverty with Transformational Technology

According to the World Bank, the global poverty rate is lower than it has ever been in recorded history. More than 1 billion people have been lifted out of extreme poverty (defined as living on less than $1.90 per day) over the past 25 years.

This is surely one of the greatest achievements of our time, but there is so much more to be done. There are still billions of people living in poverty around the world. In some regions, the gains we have made are reversing. And with the world’s population on track to grow by 82 million people per year, there will be additional strain on our global resources.

To reach the goal outlined by the United Nations’ 2030 Agenda for Sustainable Development to end poverty and hunger by the year 2030, many policy, economic, social and organizational actions must be taken. Fortunately, emerging technologies – such as the Internet of Things (IoT), 5G wireless technology, blockchain and other tools – can help us achieve this goal. Let’s take a look at a few examples:

 

1. IoT-based Smart Agriculture Lifting Smallholder Farmers out of Poverty

According to the World Bank, up to 78 percent of the world’s poor live in rural areas and rely on farming to put food on their tables and make a living. Improving the efficiency of agricultural practices is one of the most effective ways to raise incomes of the impoverished. Innovative, new IoT technologies and the data they generate can help rural farmers optimize their operations, from increasing crop yields to reducing the use of fertilizer and water.

For example, Zenvus, a Nigerian startup, is equipping farmers across sub-Saharan Africa with smart soil sensors that collect data such as humidity, temperature, pH, moisture and nutrient levels, and automatically upload it to the cloud for analysis. A mobile app provides tailored advice to the farmers on what, when and how to plant, and connects them to electronic marketplaces to sell their crops.

By providing real-time data and analysis that helps improve farmers’ decision making, IoT technologies reduce the risk of crop failure, decrease production costs, increase yields and provide market access – all of which lead to higher profits and more secure livelihoods.

 

2. 5G Wireless + IoT Connects the Rural Poor to Education

While IoT technologies can provide tremendous benefits to farmers, they can only do so with reliable connectivity to high-speed Internet. Yet today, approximately 4 billion people, many of whom live in rural areas, still do not have access to the Internet. But this, too, is beginning to change. As low earth orbiting (LEO) satellite constellations are enveloping the globe and 5G wireless networks are rolled out, they will provide high speed Internet access to more than half a billion farms in even the most remote corners of the world.

With its promise of ultra-high bandwidth and super-low latency, 5G will open up new educational opportunities for people in rural communities. Live streams of online classrooms will help educate their youth while adults will get access to online education and gain professional skills, such as computer networking. Much research has shown that access to education is one of the most effective tools for lifting people out of poverty. 

 

3. Blockchain Helping Secure Land Registry and Economic Access for the Poor

In many developing countries, poor recordkeeping practices make it nearly impossible for people to prove they own the land they live on. Without the ability to verify a title or deed, people cannot buy or sell their property, establish creditworthiness, or access loans or other financial tools necessary to improve their economic standing. In India, lack of legal land ownership is a bigger cause of poverty than the caste system or illiteracy.

Distributed ledger, or blockchain, technologies are being piloted in novel new ways to address this problem. In Ghana, for example, the non-profit Bitland introduced a blockchain-based digital registry of land ownership that combines transactions with GPS data and satellite photos to help guarantee property rights. Because blockchain records are virtually impossible to alter, they can also be used to establish credit, allowing land owners to open bank accounts and conduct financial transactions, thus enabling greater financial inclusion and paving the way to sound economic futures.

Although these examples barely scratch the surface of what’s possible today, I hope they underscore this important point: The life and work conditions of billions of people are improving, in part, because of advances in technology. Technologies such as the IoT, 5G and blockchain, combined with sound economic and social policies, are helping break the cycle of poverty around the globe by connecting infrastructure, communications and people, thus paving the way for us to achieve the UN 2030 goal.

 

Maldives Introduces Most Innovative ID Card

The Maldives are known for their nice beaches and wonderful holiday resorts on the many islands. Now the Maldives have also become a place of innovation. Maldives Immigration has just introduced a new, very innovative type of ID card: It can be used for payments, but also serves as a national ID card, as a drivers license as well as a health card and insurance card.

Last, but not least, it’s also used as a passport for easy travelling. This is why the new card is called “Passport Card.” The innovative card and system was developed by Maldives Immigration, together with Dermalog from Germany as the technology provider. 

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Citizens of the Maldives don’t need to carry so many cards around anymore. The famous islands are becoming a country where one single card serves for everything which matters, starting from payment up do driving, health, insurance, travelling and many more different applications. The new card is a so called “multi-purpose-card” which is very special in many ways:

Today most bank cards have a durability of maximum three years. The new card of the Maldives is the world’s first bank card which is made of Polycarbonate material that can last up to 10 years. Furthermore it contains a unique combination of a called dual-interface chip for contactless and contact card reading. The new card is certified by the Bank of Maldives as well as by MasterCard, allowing the card to be used internationally like any other MasterCard.

What makes the cards more secure than any other payment card are the additional passport security features, which no bank card provides. This additional features allow the Maldives “Passport Card” to be used like a regular passport and works already at all borders of the Maldives, including the new electronic gates. The “Passport Card” is fully confirming to all international standards of a modern passport. The cards also contain 10 fingerprints for secure verification.

But the innovative Maldives card can also be used as a driver’s license, health card or insurance card. The Controller General of Maldives Immigration, Mohamed Anwar says: “The door is open for many other government departments and private companies to use our new Passport Card in future.”

In future the Maldives might not only be known for of it’s wonderful beaches, but also as a place where the future already starts today.

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Six Great Sustainable Building Ideas

Young architects from around the world have created some amazing sustainable structures that are helping to solve everyday problems, while also decreasing carbon emissions and utilizing natural materials. Below are six innovative and sustainable architectural solutions that are contributing to a better world.

 

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