Luckily, the spread between the bid and the ask price is very low, most of the time ranging between 1 and 2 dollars. At a current bitcoin rate of $819, this amounts to an added cost of 0.1 to 0.25%. You only pay the spread if you want to enter a trade right away with a market order. If you placed a limit order to buy and you’re willing to wait until someone wants to sell, you can purchase your bitcoins at a small discount at the bid and later sell them at the ask, pocketing the spread in the process.
The picture above shows some of the recent large transactions recorded in the block chain. The first transaction is for 205 BTC, the equivalent of $187,165 at today’s prices. The long lines of letters and numbers you see in the pic are bitcoin addresses. A bitcoin address consists of 27-34 alphanumeric characters, beginning with the number 1 or 3. You can have as many addresses as you want, they’re free and easy to generate.
While the end product for most of these ICOs has been fraudulent at best, with the vast majority failing to meet milestones promised to investors or even develop workable products months out from launch, the ERC-20 framework provided a strong investment opportunity for Ether accumulators. In addition, to have a promising future as a cryptocurrency, Dapp platform, and smart contract executor, the price of Ether was artificially inflated to meet the needs of ICO buys in, keeping the price high in conjunction with the rising ICO tide. Now that the market has seen pullback throughout 2018, with more developers turning to alternatives such as stablecoins, the price of ETH has slowly eroded to reflect the decline in ICO projects.
No one was more surprised than the miners themselves. By the end of 2017, even with the rapidly rising difficulty, the per-bitcoin cost for basin miners was around $2,000, producing profit margins similar to those of the early years, only on a vastly larger scale. Marc Bevand, a French-born computer scientist who briefly mined in the basin and is now a tech investor, estimates that, by December, a hypothetical investor who had built a 5-megawatt mine in the basin just four months earlier would’ve recovered the $7 million investment and would now be clearing $140,000 in profit every 24 hours. “Nowadays,” he told me back in December, miners “are literally swimming in cash.”
In 2016, as a result of the exploitation of a flaw in The DAO project's smart contract software, and subsequent theft of $50 million worth of Ether,[8] Ethereum was split into two separate blockchains – the new separate version became Ethereum (ETH) with the theft reversed,[9] and the original continued as Ethereum Classic (ETC).[10][11][12] The value of the Ethereum currency grew over 13,000 percent in 2017, to over $1400.[13] By September 2018, it had fallen back to $200.[14]
According to PricewaterhouseCoopers, four of the 10 biggest proposed initial coin offerings have used Switzerland as a base, where they are frequently registered as non-profit foundations. The Swiss regulatory agency FINMA stated that it would take a “balanced approach“ to ICO projects and would allow “legitimate innovators to navigate the regulatory landscape and so launch their projects in a way consistent with national laws protecting investors and the integrity of the financial system.” In response to numerous requests by industry representatives, a legislative ICO working group began to issue legal guidelines in 2018, which are intended to remove uncertainty from cryptocurrency offerings and to establish sustainable business practices.[50]
For years, few residents really grasped how appealing their region was to miners, who mainly did their esoteric calculations quietly tucked away in warehouses and basements. But those days are gone. Over the past two years, and especially during 2017, when the price of a single bitcoin jumped from $1,000 to more than $19,000, the region has taken on the vibe of a boomtown. Across the three rural counties of the Mid-Columbia Basin—Chelan, Douglas and Grant—orchards and farm fields now share the rolling landscape with mines of every size, from industrial-scale facilities to repurposed warehouses to cargo containers and even backyard sheds. Outsiders are so eager to turn the basin’s power into cryptocurrency that this winter, several would-be miners from Asia flew their private jet into the local airport, took a rental car to one of the local dams, and, according to a utility official, politely informed staff at the dam visitors center, “We want to see the dam master because we want to buy some electricity.”
Once the limit order is set, be patient. Give the price time to fluctuate—testing highs and lows—and see if your limit order catches a buyer (or seller). There is no hurry to cancel you limit orders, so resist the urge to rapidly change your limit order prices. Many experienced investors will set multiple limit orders at consecutively lower prices to take advantage of a big selloff or take some profits when the price tests a new high. Limit orders are your best friend, use them.

The reward for doing so -- a miner's fee if you will -- is payment in that block's coin. The payment is based on how much their hardware contributed to solving that puzzle. Where do the coins come from? By design, that's exactly how the coins are created. The block is solved and coins and distributed fairly to miners. This increases the coin's supply.
All of which leaves the basin’s utilities caught between a skeptical public and a voracious, energy-intense new sector that, as Bolz puts it, is “looking at us in a predatory sense.” Indeed, every utility executive knows that to reject an application for a load, even one load so large as to require new transmission lines or out-of-area imports, is to invite a major legal fight. “If you can afford 100 megawatts,” Bolz says, “you can afford a lot of attorneys.”
Carlson has become the face of the Mid-Columbia Basin crypto boom. Articulate, infectiously optimistic, with graying hair and a trim beard, the Microsoft software developer-turned-serial entrepreneur has built a series of mines, made (and lost) several bitcoin fortunes and endured countless setbacks to become one of the region’s largest players. Other local miners credit Carlson for launching the basin’s boom, back in 2012, when he showed up in a battered Honda in the middle of a snowstorm and set up his servers in an old furniture store. Carlson wouldn’t go that far, but the 47-year-old was one of the first people to understand, back when bitcoin was still mainly something video gamers mined in their basements, that you might make serious money mining bitcoin at scale—but only if you could find a place with cheap electricity.
Indeed, for a time, everything seemed to come together for the miners. By mid-2013, Carlson’s first mine, though only 250 kilowatts in size, was mining hundreds of bitcoins a day—enough for him to pay all his power bills and other expenses while “stacking” the rest as a speculative asset that had started to appreciate. By then, bitcoin was shedding its reputation as the currency of drug dealers and data-breach blackmailers. A few legitimate companies, like Microsoft, and even some banks were accepting it. Competing cryptocurrencies were proliferating, and trading sites were emerging. Bitcoin was the hot new thing, and its price surged past $1,100 before settling in the mid-hundreds.
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An initial coin offering (ICO) is a controversial means of raising funds for a new cryptocurrency venture. An ICO may be used by startups with the intention of avoiding regulation. However, securities regulators in many jurisdictions, including in the U.S., and Canada have indicated that if a coin or token is an "investment contract" (e.g., under the Howey test, i.e., an investment of money with a reasonable expectation of profit based significantly on the entrepreneurial or managerial efforts of others), it is a security and is subject to securities regulation. In an ICO campaign, a percentage of the cryptocurrency (usually in the form of "tokens") is sold to early backers of the project in exchange for legal tender or other cryptocurrencies, often bitcoin or ether.[47][48][49]
Hello everyone. I thought I'd start a new idea ... as this could be the final drop ... I do hate saying "final", but things are setting up for a bottom retest. Let me explain. For over 2 months we've been stuck below 6.8k ... aside from one crazy wick due to tether devaluation on 15 Oct, which I am ignoring. Although this in itself is not really a big deal, ...

On paper, the Mid-Columbia Basin really did look like El Dorado for Carlson and the other miners who began to trickle in during the first years of the boom. The region’s five huge hydroelectric dams, all owned by public utility districts, generate nearly six times as much power as the region’s residents and businesses can use. Most of the surplus is exported, at high prices, to markets like Seattle or Los Angeles, which allows the utilities to sell power locally at well below its cost of production. Power is so cheap here that people heat their homes with electricity, despite bitterly cold winters, and farmers have been able to irrigate the semi-arid region into one of the world’s most productive agricultural areas. (The local newspaper proudly claims to be published in “the Apple Capital of the World and the Buckle on the Power Belt of the Great Northwest.”) And, importantly, it had already attracted several power-hungry industries, notably aluminum smelting and, starting in the mid-2000s, data centers for tech giants like Microsoft and Intuit.
The place was relatively easy to find. Less than three hours east of Seattle, on the other side of the Cascade Mountains, you could buy electricity for around 2.5 cents per kilowatt, which was a quarter of Seattle’s rate and around a fifth of the national average. Carlson’s dream began to fall into place. He found an engineer in Poland who had just developed a much faster, more energy-efficient server, and whom he persuaded to back Carlson’s new venture, then called Mega-BigPower. In late 2012, Carlson found some empty retail space in the city of Wenatchee, just a few blocks from the Columbia River, and began to experiment with configurations of servers and cooling systems until he found something he could scale up into the biggest bitcoin mine in the world. The boom here had officially begun.

Meanwhile, the miners in the basin have embarked on some image polishing. Carlson and Salcido, in particular, have worked hard to placate utility officialdom. Miners have agreed to pay heavy hook-up fees and to finance some of the needed infrastructure upgrades. They’ve also labored to build a case for the sector’s broader economic benefits—like sales tax revenues. They say mining could help offset some of the hundreds of jobs lost when the region’s other big power user—the huge Alcoa aluminum smelter just south of Wenatchee—was idled a few years ago.


The best mining sites were the old fruit warehouses—the basin is as famous for its apples as for its megawatts—but those got snapped up early. So Miehe, a tall, gregarious 38-year-old who would go on to set up a string of mines here, learned to look for less obvious solutions. He would roam the side streets and back roads, scanning for defunct businesses that might have once used a lot of power. An old machine shop, say. A closed-down convenience store. Or this: Miehe slows the Land Rover and points to a shuttered carwash sitting forlornly next to a Taco Bell. It has the space, he says. And with the water pumps and heaters, “there’s probably a ton of power distributed not very far from here,” Miehe tells me. “That could be a bitcoin mine.”

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When you pay someone in bitcoin, you set in motion a process of escalating, energy-intensive complexity. Your payment is basically an electronic message, which contains the complete lineage of your bitcoin, along with data about who you’re sending it to (and, if you choose, a small processing fee). That message gets converted by encryption software into a long string of letters and numbers, which is then broadcast to every miner on the bitcoin network (there are tens of thousands of them, all over the world). Each miner then gathers your encrypted payment message, along with any other payment messages on the network at the time (usually in batches of around 2,000), into what’s called a block. The miner then uses special software to authenticate each payment in the block—verifying, for example, that you owned the bitcoin you’re sending, and that you haven’t already sent that same bitcoin to someone else.
AVA Trade is a forex broker that offers bitcoin trading through a CFD. Two bitcoin CFDs are available, Bitcoin Mini and Bitcoin Weekly. The Bitcoin Weekly CFD has a 20 to 1 leverage and expires every Friday at 21:00 GMT. The Bitcoin Mini only has a 2 to 1 leverage but doesn’t expire. Both contracts are using data from BTC-E and AVA Trade adds around 10$ premium on top of the exchange spread. You can find more about the bitcoin trading conditions here. Here’s a snapshot of AvaTrade’s MT4.
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Still, even supporters acknowledge that that glorious future is going to use a lot of electricity. It’s true that many of the more alarming claims—for example, that by 2020, bitcoin mining will consume “as much electricity as the entire world does today,” as the environmental website Grist recently suggested—are ridiculous: Even if the current bitcoin load grew a hundredfold, it would still represent less than 2 percent of total global power consumption. (And for comparison, even the high-end estimates of bitcoin’s total current power consumption are still less than 6 percent of the power consumed by the world’s banking sector.) But the fact remains that bitcoin takes an astonishing amount of power. By one estimate, the power now needed to mine a single coin would run the average household for 10 days.
The attraction then, as now, was the Columbia River, which we can glimpse a few blocks to our left. Bitcoin mining—the complex process in which computers solve a complicated math puzzle to win a stack of virtual currency—uses an inordinate amount of electricity, and thanks to five hydroelectric dams that straddle this stretch of the river, about three hours east of Seattle, miners could buy that power more cheaply here than anywhere else in the nation. Long before locals had even heard the words “cryptocurrency” or “blockchain,” Miehe and his peers realized that this semi-arid agricultural region known as the Mid-Columbia Basin was the best place to mine bitcoin in America—and maybe the world.
Jump up ^ "Bitcoin: The Cryptoanarchists' Answer to Cash". IEEE Spectrum. Archived from the original on 4 June 2012. Around the same time, Nick Szabo, a computer scientist who now blogs about law and the history of money, was one of the first to imagine a new digital currency from the ground up. Although many consider his scheme, which he calls “bit gold,” to be a precursor to Bitcoin
Although the process of mining cryptocurrencies is actually pretty simple, it is difficult to mine the coins for a profit. This is because you will require specialist equipment as it is not advisable to use your own computer, as many are not compatible and capable of mining crypto coins. Not only that, but you will added electricity costs on top of it, which is why many people turn exchange sites, which allow you to buy cryptocurrencies easily, saving you time.

In the meantime, the basin’s miners are at full steam ahead. Salcido says he’ll have 42 megawatts running by the end of the year and 150 megawatts by 2020. Carlson says his next step after his current build-out of 60 megawatts will be “in the hundreds” of megawatts. Over the next five years, his company plans to raise $5 billion in capital to build 2,000 megawatts—two gigawatts—of additional mining capacity. But that won’t all be in the basin, he says. Carlson says he and others will soon be scaling up so rapidly that, for farsighted miners, the Mid-Columbia Basin effectively is already maxed out, in part because the counties simply can’t build out power lines and infrastructure fast enough. “So we have to go site hunting across the US & Canada,” Carlson told me in a text. “I’m on my way to Quebec on Monday.” As in oil or gold, prospectors never stop—they just move on.

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Coinbase is probably the easiest and safest way to purchase bitcoins in the U.S. Unlike BitStamp, Coinbase is not an exchange. They act as a counter-party to all customer trades, you buy or sell your bitcoins directly to Coinbase. The buy/sell fee is 1% on top of the buy/sell spread. The bid/ask is usually close to BitStamp where the firm gets its liquidity from. For example, the current bid is at $635.48 and the current ask is $638.07. In addition to this, the firm has daily limits on the amount of bitcoins bought/sold. These limits are not applied on the individual level. Basically Coinbase has a set amount of bitcoins that it is willing to buy or sell every day. During times or high volatility, users may not be able to buy/sell bitcoins until Coinbase decides to ‘’refill’’ their stock. Here’s a good explanation on this issue from their Customer Support:

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The cool thing is that blockchain technology can be used for much more than financial transactions. It was designed to not have a single point of failure, and to be fully transparent. That's why you see it rapidly emerging in the gaming space, too. It can be utilized for secure cloud storage distributed across thousands of computers. Physical objects could conceivably be given unique digital ownership or identities. Anything of value can be integrated with blockchain technology. The possibilities at this point are endless and reliant on the imaginations of developers.
Despite the fallout from The DAO hack, Ethereum is moving forward and looking to a bright future. By providing a user-friendly platform that enables people to harness the power of blockchain technology, Ethereum is speeding up the decentralization of the world economy. Decentralized applications have the potential to profoundly disrupt hundreds of industries including finance, real estate, academia, insurance, healthcare and the public sector amongst many others.
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