Ohio

Nov. 28th, 2018 04:38 pm
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Ohio this week began accepting bitcoin as a form of tax payment from businesses, making it the first U.S. state to do so.

The Ohio Treasurer's office said it is working to help make the state a national leader in blockchain, the underlying platform for bitcoin. Blockchain can be used for many different types of business transactions – from supply chain tracking to the creation of a mesh network for IoT devices.

The state treasurer's office uses the Atlanta-based bitcoin payment service provider, BitPay, to process the bitcoin payments.

More details: https://bitpay.com

Payments move over BitPay's blockchain electronic ledger, which offers real-time tracking; the payments are processed on one to three days. A "minimal fee" is charged to confirm the transactions and anyone can view all transactions on the blockchain network.

Bitcoin is currently the only cryptocurrency that can be used for payment at OhioCrypto.com, but the Treasurer's office said it plans to add other cryptocurrencies in the future.

Ohio businesses can also use ACH credit and debit, checks or money orders to pay taxes. The cryptocurrency payment option, via OhioCrypto.com, is the newest option for businesses and includes 23 different taxes.

In order to use the bitcoin payment service, Ohio businesses register online, enter their tax payment information and use a cryptocurrency wallet to pay the invoice with bitcoin. The payments are then processed by BitPay, which immediately converts the bitcoins to U.S. dollars before depositing the payment into a state account.

The value of both bitcoin and Ether, Ethereum's cryptocurrency, have tanked over the past year. The price of bitcoin has plummeted from nearly $20,000 to about $3,660, while Ether has dropped from more than $1,400 to $106.

The Ohio Treasurer's Office said the state and taxpayers are protected against market volatility as BitPay sets the exchange rate for a 15-minute allotted time window for each transaction once a business taxpayer begins to make their payment at OhioCrypto.com. BitPay then assumes the risk of any market fluctuations during the allotted time window.

Lawmakers in Arizona, Georgia, and Illinois have filed legislative proposals to use bitcoin as a form of payment to their state governments, but those efforts either died without resolution or were vetoed. In 2016, New Hampshire lawmakers voted down a bill that would have enabled tax payments for residents. In 2015, the Utah Senate passed a similar billl; it ultimately died in the House.

Utah's bill included a mention of Overstock.com because the online retailer both accepts bitcoin for payment and has invested heavily in start-ups developing the underlying platform, blockchain.

Because Ohio's state treasurer is an elected official, he was able to roll out the bitcoin payment program without legislative approval.

"Ohio has become the first state in the United States, and one of the first governments in the world, to accept cryptocurrency," the Treasuret's Office said on an FAQ page. "From mom-and-pop coffee shops to Fortune 100 companies, businesses now have the ability to pay their taxes with OhioCrypto.com."

Trolls

Nov. 22nd, 2018 08:59 am
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Social sites such as Facebook, Twitter and YouTube have not been able to rein in the worst elements on their networks. Twitter, for example, is jam-packed with hate speech, pornography and violent content — not the kind of content mainstream brands want to be associated with.

As with the problem of reach, the problem of trolls on social networks is the responsibility of the social media companies, and they’re unable to handle the job.

One approach to dealing with the social media crisis — and probably the best approach for the long term — is for companies to turn their own websites into mini social networks focused on the company, its brands and its customers.

There’s just one problem: what to do about trolls?

A troll is someone who posts deliberately provocative statements online to evoke an emotional reaction in others, with the goal of disrupting conversation.

So if your customers are trying to engage in a substantive conversation with one another or with you about your brand, at some point trolls will inevitably intervene, disrupt the conversation and leave people feeling bad — and associating those bad feelings with your brand.

If left unchecked, trolls will proliferate on your site, and customers will be turned off and leave the message boards. At some point, the majority of posts become toxic trolling that serves nobody.

Trolling has evolved over the years from a mere annoyance to a phenomenon capable of exacting enormous costs on the companies that are trying to enable public engagement.

Trolling exists because anonymity means a banned user can simply create a second account and keep on trolling. Or a troll or even a state-sponsored disinformation campaign can create fake troll accounts at scale. Unscrupulous competitors can use trolling to harm you and your company’s reputation.

A large number of businesses and publications have essentially been defeated by trolls. Defeat happens when any company shuts down comments or messages because dealing with trolls has become overwhelming.

Other publications have come up with novel solutions beyond just shutting down public comments.

A media and technology subsidiary of Norway’s NRK called NRKbeta invented a concept whereby people commenting on a posted article would be “required” to read the article before posting.

It verifies this by giving prospective commenters a three-question quiz about the article and requiring a perfect score before the comment is allowed.

But this doesn’t stop trolling. Instead, it stops uninformed comments by the skimmers. That’s different.

And it does nothing for non-publications, which engage with the public not based on news articles, but on other topics or even user-generated topics.

A company in Iceland called Authenteq (Details: https://authenteq.com/trollteq-getting-rid-of-online-trolling) is now offering a blockchain-based anti-troll system called Trollteq. And it just might work.

The company claims it’s a “fully automated” way of creating an online ID, and that user authentication can happen in 90 seconds.

The Trollteq system uses the NFC feature of a user’s smartphone to scan the machine readable zone (MRZ) of the user’s passport and gain access to the name and photo. The user then takes a selfie, and this photo is compared to the passport data.

All users or commenters on a website would use the Trollteq system. After being banned, a troll wouldn’t be able to post anymore or establish a second profile.

Companies also have the option to “cool” trolls — essentially giving them a time-out so they can reconsider their approach to engagement.

Authenteq CEO and co-founder Kári Thor Runarsson told that Trollteq enables pseudonymity. While Trollteq verifies the unique identity of persons, users can still sign up or log in using any name they want. The public might see fake names, but anyone banned for trolling can’t create a new account under a new fake name. The idea is not to enforce real names, but to establish unique identity.

Authenteq already offers an ID product called Authenteq ID. The Trollteq product is similar but has task-specific setup and administration features, among which is the ability for web admins to directly ban users.

Both Authenteq ID and Trollteq are “automatic,” which means there are no humans involved, and therefore no waiting.

Some social networks, such as Instagram, require users who want to be verified to upload a photo of their ID. This system is both trivially easy to fake and not applicable to the vast majority of users, because most don’t qualify for verification.

Runarsson told, “We can handle thousands of onboardings each minute,” so the system could scale even to social networking levels of usage.

But by using the protected and electronic portion of a passport, plus the blockchain idea, to authenticate users, it’s possible to genuinely verify users, and thereby end trolling on public comments.

The only problem with this idea is that some people don’t have passports.
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New York University professor and global economist Nouriel Roubini testified before the U.S. Senate Committee on Banking last week, saying cryptocurrencies such as bitcoin are the mother of all scams and bubbles. He followed that assertion up by calling blockchain, the technology unpinning bitcoin, "the most over-hyped — and least useful — technology in human history."

Yesterday, Roubini doubled down on his claims in a column published on CNBC.com in which he said blockchain has promised to cure the world's ills through decentralization but is "just a ruse to separate retail investors from their hard-earned real money."

Blockchain, which can be used to create a decentralized, permissioned electronic ledger for all kinds of business transactions, "has not even improved upon the standard electronic spreadsheet, which was invented in 1979," Roubini wrote in the op-ed column.

"There is no institution under the sun – bank, corporation, non-governmental organization, or government agency – that would put its balance sheet or register of transactions, trades, and interactions with clients and suppliers on public decentralized peer-to-peer permissionless ledgers," Roubini wrote. "There is no good reason why such proprietary and highly valuable information should be recorded publicly."

Roubini is known for having been one of the few economists who predicted the 2008 financial crisis. Yet, after witnessing bitcoin's fall in value over the past year, Roubini said it and other cryptocurrencies represent the mother of all market bubbles, enticing investors, "especially folks with zero financial literacy – individuals who could not tell the difference between stocks and bonds" – into a frenzy of bitcoin and crypto buying.

Roubini's testimony before the Senate Banking Committee was "certainly entertaining and will get lot of media attention," said Vipul Goyal, an associate professor in the Computer Science Department at Carnegie Mellon University (CMU). "However, it's unclear to me if he is really a technology expert and understands the world of crypto," he added.

Goyal pointed to leading tech vendors such as Amazon, IBM, Microsoft and Oracle who are investing heavily in blockchain and have rolled out blockchain-as-a-service offerings (BaaS) that let businesses use the cloud to create permissioned blockchains for business partners to use.

Prior to becoming a professor at CMU, Goyal worked as a Microsoft researcher for seven years. He noted that while he was employed there, Microsoft's CEO, Satya Nadella, spoke multiple times about his vision for blockchain.

"Surely, these are not naive gullible people which Roubini talked about," Goyal said.

Created in 2009, a single bitcoin's value as a universal digital currency skyrocketed in 2017 and early 2018, reaching $19,666 at its apex last year. Over the past nine months, however, bitcoin's value has tumbled more than 65% to about $6,500 today. Roubini called the collapse the "crypto-apocalypse."

At the same time bitcoin's value was plummeting, the technology underpinning it was growing in popularity as a business transaction tool, enabling a "permissioned" or private electronic ledger that is both immutable and transparent to anyone authorized to view it in a group.

Blockchain has been piloted and rolled out for cross-border financial transactions, as a platform for supply chain management and as the basis for a new "trust economy." Even healthcare facilities are investigating the technology as a way to securely exchange patient healthcare information.

In some ways, blockchain is a victim of its own success, Goyal said, noting that blockchain was taken "public" too soon.

"Wall Street and financial investors started tracking it on a daily basis and that became the measure of success rather than how the underlying technology was developing," Goyal said.

Any disruptive technology takes several years to play out, become mature and find its place in the world, he said. The internet, Goyal noted, needed a decade to gain traction, and AI took even more time. Even cloud computing took several years to catch on, he said.

"I think one should be patient and give [blockchain] time to mature rather than pass a sweeping judgement without any technical understanding just based on the price of cryptocurrencies," Goyal said.

Martha Bennett, a principal analyst at Forrester Research, said that while blockchain is not unique in its ability to securely exchange data among disparate parties, other technologies lack key blockchain attributes.

For example, blockchain-based architectures provide the basis for exchanging data and automating processes in a shared infrastructure, without any single party being in charge, Bennett noted.

"This, combined with the innovation opportunities inherent in the tokenization of digital and physical assets, means that we can build new business and trust models," Bennett said via email. "However, we need to design these first; evidence to date suggests that this is going to be the hardest part."

Roubini was adamant, however, arguing that the real revolution in financial services is FinTech – and it has nothing to do with Blockchain or crypto.

"It is a revolution built on artificial intelligence, big data, and the Internet of Things," he said.

Thousands of businesses such as PayPal, Venmo and Square use FinTech to disrupt every aspect of financial intermediation involving hundreds of millions of daily users in the US. Around the globe, billions more use similar low-cost, efficient digital payment systems such as Alypay and WeChat Pay in China; UPI-based systems in India; and M-Pesa in Kenya and Africa, according to Roubini.

"And financial institutions are making precise lending decisions in seconds rather than weeks, thanks to a wealth of online data on individuals and firms," Roubini said. "With time, such data-driven improvements in credit allocation could even eliminate cyclical credit driven booms and busts."

James Wester, IDC's research director Worldwide Blockchain Strategies, said he read all 37 pages of Roubini's Senate testimony and while some of his criticisms are "slightly overstated," they're not off-base – especially the ones concerning bitcoin, blockchain and financial services.

Blockchain and other cryptocurrencies are currently less efficient than existing solutions for clearing and settling a high volume of transactions, Wester noted.

For example, Roubini accurately pointed out that because its proof of work (PoW) consensus mechanism requires nodes (servers) to complete a complicated mathematical problem as a way of authenticating new data entries, bitcoin only allows for five to seven transactions a second.

"It is secure – so far – but at the cost of no scalability," Roubini told legislators. "And since its mining is now massively centralized – as an oligopoly of miners now control its mining – its security is at risk."

Industry groups, including the Ethereum Foundation, have taken on the challenge of increasing the scalability and performance of blockchains.

"But, he [Roubini] insists on using a very narrow definition of 'blockchain' that discounts implementations and use cases that are already seeing some traction and success," Wester said via email. "For instance, he says private permissioned blockchains are 'not truly a 'blockchain.'"

Wester took the biggest exception to Roubini's implication that everyone involved in blockchain is a charlatan.

"There are certainly people who are selling blockchain as a panacea for just about everything that plagues humanity, but even within the community of technology providers, programmers and more who are involved in blockchain projects – those people are not taken seriously," Wester said.

"There are also plenty of thoughtful, smart people involved in blockchain across multiple industries who are looking to apply the technology – even as Professor Roubini defines it – to solve some interesting problems," he continued. "It might be more fruitful to engage them in good faith."

More details: https://www.banking.senate.gov/imo/media/doc/Roubini%20Testimony%2010-11-18.pdf

and

https://www.project-syndicate.org/commentary/blockchain-big-lie-by-nouriel-roubini-2018-10

Blockchain

Oct. 5th, 2018 11:34 am
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Companies such as Amazon, Microsoft and Oracle will reap a financial windfall by offering blockchain as a service (BaaS), a market that’s quickly growing as companies look for ways to use the distributed ledger technology without spending a lot of money.

If just 2% of servers act as blockchain nodes some day, the BaaS market would reach $7 billion, according to Bank of America research analyst Kash Rangan. In a note to investors on October 2, Rangan named nine companies best positioned to take advantage of the BaaS movement. Along with BaaS providers Amazon, Microsoft and Oracle, Rangan named IBM, Salesforce.com, and VMware as leaders in the space. He also said real-estate/mortgage companies with blockchain-based online services, such as like Redfin, Zillow, and LendingTree, will also benefit. Those services digitize the transfer of property.

As enterprises look to deploy distributed ledgers, the industry's largest IT providers have launched BaaS efforts as a way to test the technology without the cost or risk of deploying it in-house and without needing to find in-house developers, which are in hot demand.

In 2015, Microsoft became one of the first software vendors to offer BaaS on its Azure cloud platform. The Azure service is open to a variety of blockchain protocols, supporting simple Unspent Transaction Output-based protocols (UTXO) like Hyperledger; more sophisticated Smart Contract-based protocols like Ethereum; and others as they are developed, Microsoft said. Azure supports distributed ledgers such as Ethereum, Hyperledger Fabric, R3 Corda, Quorum, Chain Core and BlockApps.

In 2017, IBM launched its blockchain service, and has since garnered some of the largest enterprise supply chain tracking deployments of the technology, including Maersk and Walmart. (In late September, Walmart asked its suppliers to enter their produce data into the IBM Food Trust blockchain, which the retailer is already using to track 25 food products from 10 suppliers.)

Walmart's pilots have shown that the amount of time it takes for the company to trace a food item from store to farm was reduced from seven days to just 2.2 seconds.

In the past year or so:

* The Hyperledger Project released Fabric 1.0, a collaboration tool for building out blockchain-based business networks.

* SAP launched its BaaS offering on its Leonardo digital software platform.

* Hewlett-Packard Enterprise (HPE) joined tech vendors offering BaaS. HPE plans to offer a flexible charging model, similar to other BaaS offerings, with prices based on the server node, CPU or core.

HPE's offering is based on Corda, a blockchain platform developed by New-York-based banking consortium R3. R3's Corda is the biggest commercial consortium among banks, insurers and others in a blockchain environment, according to Martha Bennet, a principal analyst with Forrester Research (FinTech firms have been among the first to embrace blockchain). Corda became an open-source distributed ledger when R3 gave the code over to the Linux Foundation's Hyperledger development project.

In July, Oracle announced its BaaS deployment, as did Amazon (as part of its AWS offering). Oracle's BaaS is based on the Hyperledger Project, as is IBM's, which aimed its BaaS offering at enabling cross-border money exchanges.

As for Amazon, it "will benefit from incremental cloud services demand from blockchain implementation, while improved supply chain tracking should make Amazon's retail operations more efficient," Rangan said.

While Amazon's offering may seem like just another tool in the AWS box, the adoption of BaaS isn't going to look or function anything like the adoption of other cloud services, according to Michael Fauscette, chief research officer of G2 Crowd, a business-to-business software review site.

As secure as blockchain is thought to be, it is not without its problems. That's because it's built atop software that serves specific purposes, meaning it must depend on outside application software and cryptography. But hundreds of start-ups developing blockchain technology that don't necessarily use tried-and-tested algorithms. Last November, for example, hundreds of millions of dollars in Ethereum cryptocurrency, called Ether, was frozen through a coding vulnerability that allowed one user to lockdown up to $300 million in other people's money.

"The thing to be thinking about is that we're still in the early innings of this blockchain wave," said Bill Fearnley Jr., IDC's research director for Worldwide Blockchain Strategies. "There are very few people with multiple years of deep, hands-on experience and as recent headlines would suggest, this makes testing especially important to try to see what happens when you put real data and real connections together," Fearnley said.

For most enterprises, blockchain will not likely be a do-it-yourself enterprise," Fearnley said. While there are some "interesting and powerful innovations" that come with the distributed ledger, "the challenge will be developing a staff to build out and maintain the network."

More details: https://sg.finance.yahoo.com/news/blockchain-could-7-billion-market-163400267.html
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Nuclear scientists working at the All-Russian Research Institute of Experimental Physics (RFNC-VNIIEF) have been arrested for using lab supercomputing resources to mine crypto-currency. Located at the Federal Nuclear Center in the Russian city of Sarov, the site is home to a 1 petaflops (peak) supercomputer, installed in 2011. Due to the organization’s high secrecy level the supercomputer is not publicly ranked, although it’s purported to have a Linpack score of 780 teraflops. The scientists’ plans were foiled when they attempted to connect the classified nuclear resource to the internet. The facility’s security team was alerted of the breach and the involved parties were turned over to the FSB, Russia’s principal security agency.

The closed city of Sarov is where USSR’s first nuclear bomb was produced leading to the testing of “First Lightning” on August 29, 1949. The city is overseen by Rosatom, Russia’s nuclear energy corporation, which its website attests, “produces supercomputers and software as well as different nuclear and non-nuclear innovative products” and is the largest electricity generating company in Russia.

Here’s response from the staff of Livermore Computing (LC) at the Lawrence Livermore National Laboratory (LLNL): "In general, though, it’s fun to think about how you could use lots of supercomputing power for Bitcoin mining, but even our machines aren’t big enough to break the system. The number of machines mining bitcoin worldwide has been estimated to have a hash rate many thousands of times faster than all the Top 500 machines combined, so we wouldn’t be able to decide to break the blockchain by ourselves. Also, mining bitcoins requires a lot of power, and it’s been estimated that even if you used our Sequoia system to mine bitcoin, you’d only make $40/day. The amount we pay every day to power the machine is a lot more than that. So even if it were legal to mine bitcoins with DOE supercomputers, there’d be no point. The most successful machines for mining bitcoins use low-power custom ASICs built specifically for hashing, and they’ll be more cost-effective than a general purpose CPU or GPU system any day."

Privately-networked government supercomputers are a hard target, but government websites this week proved vulnerable to cryptomining attacks. As reported, hackers exploited a number of government websites, including the U.K. Information Commissioner’s Office (ICO), using malware called Coinhive to turn visitors’ compute cycles into cryto-cash. According to British security research, more than 4,000 websites around the world were infected with the malicious program that mines for the anonymous cryptocurrency Monero by hijacking vistors’ computers.

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