Making the Swytch to Sustainability 4 15310

You might think a US President installing solar panels on the White House would signal a sea of change in renewable energy, but with Jimmy Carter’s loss in the 1980 election, the panels came down and haven’t been up since. It’s puzzling that an industry that has the potential to save the planet isn’t thriving, even after decades of development. Especially when one considers how much the technology has improved, with renewables set to be cheaper than fossil fuels in a few scant years.

The reasons behind this are numerous. Many governments remain suspicious of the technology, no doubt thanks to strident lobbying by the fossil fuel industry. When governments have taken action, as with the US under President Obama, the results fell short of admittedly lofty expectations. And the country’s CO2 emissions are set to increase 1 percent in 2018 after a brief period of decline.

However, even the most effective government in the world would find it hard to push the planet into a greener tomorrow. Governments only hold sway over the land within their borders, and even if a major player like China enacted sweeping reforms, it would do little to change matters in the rest of the world. Blockchain technology is uniquely poised to organize global governmental efforts, thanks to its inherent data security and decentralization.

“The main purpose of blockchain in governance, at least in its current guise, is data integrity,” says Jon Martindale in Digital Trends’ “Blockchain Beyond Bitcoin” series released this week. “If more government entities can rely on the integrity of data from partner agencies, then sharing information should make many facets of government more efficient, while also improving security,” Martindale continues.

If we’re going to see a fundamental shift in world energy production, a system that transcends local governments by democratizing data and adding efficiencies offers a significant step forward.

“It turns out that much of the world agrees that we need a reduction of carbon – that’s what cities, countries, and corporations like Microsoft want to achieve. But it’s a very tough objective function for the world to solve for, because if you think of the incentive structure – it’s local – it can’t be traded across geography, so it’s inefficient and temporal,” says Evan Caron, Co-Founder and Managing Director at Swytch, a blockchain platform that verifies and rewards the production of sustainable and renewable energy.

How Green is Our Valley?

Swytch solves one of the most significant factors in lagging renewable energy adoption – the lack of a global and easily tradable incentive mechanism.

The solution is four-fold. First, Swytch collects data from renewable energy producers using existing smart meter technology. This data is ‘stamped’ onto Swytch’s blockchain, then verified and evaluated by a collection of open-source algorithms. Once the algorithms determine the amount of clean energy produced (and by extension the amount of carbon displaced) a corresponding amount of crypto-tokens are minted and delivered to the energy producer.

The tokens are ERC20 compliant and can be converted into fiat currency, other cryptocurrencies, or invested into other renewable projects. In a way, Swytch is the opposite of Bitcoin. Instead of using proof of work, which generates an obscene amount of CO2, Swytch uses proof of production, rewarding reductions in carbon emissions.

The incentive model is scalable, too – everyone from homeowners with solar panels on their roofs to heavy industry leaders able to take part. Entire cities are on board, including six in South Korea, as well as parts of Austria and Germany.

Data is Power

Another issue plaguing renewables is the lack of comprehensive, trustworthy data. It’s currently difficult to gauge where the most energy is being produced and what types of energy is most efficient.

Swytch is seeking to change that through its data collection feature. Every bit of information gathered from energy producers will be made publicly available in order to provide a shared, objective system that anyone can learn from.

As Evan notes, “Anyone in the power business realizes that the more good data there is, the better the whole system is. The data that’s out there is not that great – it comes in slow increments. What we’re betting on is that people want to share the data and if they’re getting compensated for it, they want to do it even more.”

While Swytch’s data aggregation techniques have the potential to revolutionize how information is gathered and shared in the renewable energy market, it’s the platform’s ground-up incentivizing structure that has the most disruptive potential. Through tokenization and the blockchain, Swytch can do what others have not – transcend borders, local politics, and the lingering power of oil and gas conglomerates to bring the world closer to 100 percent sustainable energy.

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T.J. Mulqueen (PMP, MBA, CCP) is a mechanical engineer by trade, working as a commissioning professional for the built environment. With a focus on optimizing building function and performance, and an interest in green energy initiatives, T.J. is also a science and technology communicator. His writing has been featured in Huffington Post and Thrive Global.

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Happy 10th Birthday, Bitcoin!!1 7 2266

On January 3rd, 2009, block number zero produced the first 50 bitcoins. They were mined by none other than the mysterious Satoshi Nakamoto. Thus was born the phenomenon of the decade. And on January 8th, ten years ago today, bitcoin became a public network when Nakamoto released bitcoin version 0.1.

Nakamoto announced the release via the Metzdowd cryptography mailing list, calling bitcoin “a new electronic cash system that uses a peer-to-peer network to prevent double-spending.”

Nakamoto’s description of the software that would revolutionize technology is sparing and to the point. “It’s completely decentralized with no server or central authority,” the succinct announcement goes on. “Windows only for now.  Open source C++ code is included.” It describes the proof of work as “ridiculously easy”.

It follows with a brief description of how transactions work, how many coins will be released and how they can expect to split every 4 years, along with the caveats that the software was still “alpha and experimental,” offering “no guarantees”. It’s signed with no letter closing, simply:

“Satoshi Nakamoto”

Bitcoin, This Is Your Life

My what a ten years it has been. Just to recap:

On January 12th, 2009, programmer Hal Finney, who had downloaded the new bitcoin software immediately, received ten bitcoins from Nakamoto. This was the first ever bitcoin transaction. Over a year later in May 2010, programmer Laszlo Hanyecz received 10,000 bitcoins in exchange for two Papa John’s pizzas, initiating the first real-world bitcoin purchase and thereby creating the pizza index.

Bitcoin simmered until 2017, when it’s value jolted from $900 to over $19,000, and bitcoin became a household name. Over the past year, the original crypto has settled to a more modest $4,000 valuation, and stirred up a lot of public din in its wake.

Where Were You on January 9th, 2009?

So where were you on the day of Nakamoto’s announcement? Probably on your couch watching DVDs of Pineapple Express and It’s Always Sunny in Philadelphia seasons 1 through 3, or laughing at Dr. Horrible’s Singalong Blog on your iPhone 2.

It was a simpler time. Wired was calling Google Earth the number one app on the fancy new iPhone app store. Competition was fierce with Windows 7 in beta. Facebook had recently dropped the “is” from status updates, and a fun app called Twitter (formerly “Twttr”) had just introduced a feature called Trending Topics.

Trending Topics

David Bowie was celebrating one of his eight final birthdays, while Michael Jackson and Patrick Swayze were enjoying their last few months among us mortals. Only days later, pilots Chesley Sullenberger and Jeffrey Skiles made aviation history by skillfully crash landing US Airways Flight 1549 in the Hudson River, saving everyone on board.

A burgeoning class of ennui soaked fashionistas, deemed “hipsters,” were described in Time Magazine as “smug, full of contradictions and, ultimately, the dead end of Western civilization,” a vermin who “manage to attract a loathing unique in its intensity.” They went on with this colorful character sketch:

“Hipsters are the friends who sneer when you cop to liking Coldplay. They’re the people who wear t-shirts silk-screened with quotes from movies you’ve never heard of and the only ones in America who still think Pabst Blue Ribbon is a good beer. They sport cowboy hats and berets and think Kanye West stole their sunglasses. Everything about them is exactingly constructed to give off the vibe that they just don’t care.”

Time Magazine, 2009

Is it time for any of that to come back into style yet? Maybe give it a few more years. We need a break.

Williamsburg was gentrifying and Portland was still America’s best kept secret. The streets were flooded with fixed gear bikes and the sounds of Grizzly Bear, Real Estate, Kings of Convenience, and TV on the Radio.

Animal Collective’s Merriweather Post Pavilion was just a few days old, and Fever Ray’s self titled was about to drop. The world was listening to Lady Gaga, whose single “Just Dance” hit number one on Billboard’s top 100, and Taylor Swift’s Fearless, which was the top selling album.

That same month, box offices favored the cuddly Marley & Me, while The Dark Knight swept the people’s choice awards. Audiences were still getting wowed by Avatar, paying a lot to be disappointed by Mall Cop, and getting hyped about the upcoming Watchmen movie.

Meanwhile in Washington DC, a president with a multisyllabic vocabulary was about to be inaugurated (a rarity in the 21st century, we would find out), and his kids were playing with a Wii they got for Christmas.

Here’s To Another Decade Ahead

What a time it was, the dawn of 2009. And most of us, at least for a few more years, had never heard about blockchain, cryptocurrencies, or bitcoin.

And now here we are.

So, dear reader, here’s to ten more years of crashes, booms, bubble scares, hype, derision, libertarian fanboys, pizza and moon lambos. Happy tenth birthday, bitcoin!!1

South Korea to Launch K-Voting: Elections by Blockchain 4 2199

South Korean officials are developing a blockchain based voting system, scheduled for completion by the end of the year. Naturally, it’s called K-Voting.

An election watchdog called the National Election Commission, along with the Ministry of Science and ICT, started developing the system in June in pursuit of a more reliable and secure online voting system. The ministry hopes the transparency of the blockchain will prevent any tampering with election results, because anyone, including the candidates, can see the data and vet the results themselves.

The launch will begin by testing the system with lower-stakes trial runs, like surveys. After assessing the results of the trial runs, the ministry and the NEC will launch the full version of K-voting, which will use the blockchain throughout the entire voting process, from voter authentication all the way through tallying election results.

“We expect the blockchain-based voting system to enhance reliability of voting,” said ministry official Kim Jeong-won. “The ministry will continue to support the application of blockchain technology to actively utilize it in areas that require reliability.”

It’s Not Korea’s First Dance With Blockchain Voting

This isn’t the first time South Korea has used blockchain for voting. Last March, citizens used a voting platform developed by Blocko to decide how to prioritize community projects in the local budget. The blockchain election took place in Gyeonggi-do, South Korea’s most populous province, which surrounds Seoul and is home to many federally administrative buildings including the Ministry of Science and ICT headquarters. With 9,000 participants, the vote was smaller in scale than what the ministry hopes to implement now. But the success of the project boosted confidence in the potential of the distributed ledger for regulating and securing online elections.

“Blockchains will change the world within a few years just as smart-phones did,” Gyeonggi-do Governor Nam Kyung-Pil said at the time. “We can complement the limits of representative democracy with some direct democracy systems by using blockchains, the technology of the Fourth Industrial Revolution.”

“Numerous institutions have contacted us to adopt a blockchain-based voting system after the voting in Gyeonggi-do,” said Blocko CEO Won-Beom Kim following the success of the project. “By using a blockchain technology in online voting, we can save expenses required to maintain a central management agency and time to collect vote results.”

Blockchain Voting in West Virginia

For this year’s midterm elections in the US, West Virginia introduced a blockchain-based app to replace absentee ballots. The app was specifically geared towards West Virginia residents serving overseas in the military.

Around 144 West Virginians in 30 different countries apped in their votes on the platform, which was developed by Boston-based startup Voatz. West Virginia reported the experiment as a success. “This is a first-in-the-nation project that allowed uniformed services members and overseas citizens to use a mobile application to cast a ballot secured by blockchain technology,” West Virginia Secretary of State Andrew “Mac” Warner said following the midterms.

Despite the professed success, Warner’s Deputy Chief of Staff Michael Queen told the Washington Post they have no plans to expand the project, and “will never advocate that this is a solution for mainstream voting.”

The Precedents Are Set for ‘Direct Democracy’

But West Virginia has set a precedent, and now blockchain voting has a foot in the door Stateside. A bolder election-by-blockchain enterprise like South Korea’s K-Voting could inspire change in the States where election reform is desperately needed. If K-Voting takes hold, it could change the face of democracy worldwide.

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