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What Would Satoshi Do? The Religiosity in Bitcoin – The Merkle

January 3, 2009 sparked a new life into the world of payments, contracts, and finance. On that day, Satoshi Nakamoto released the open-source software Bitcoin. It promised revolution and freedom from third parties -such as banks and governments- as guarantors of capital. Suddenly, an individual was able to bargain, trade, and retain wealth completely by themselves. It was like using cash all the time, but without needing to have a bank and/or government call the cash legitimate.

Such a powerful liberation of individuals and the strongly libertarian, addictive qualities of this new and exciting currency are palpable on early and current forums. Loudtones of the new order of individuals pepper the threads about Bitcoin. It is no wonder why people feel so strongly about either the coin or the creator themselves, Satoshi Nakamoto. Nakamoto breathed life into Bitcoin and cryptocurrencies in general, and thus the communities which have been created since then are in some shape or form in Nakamotos name and/or image. Nakamoto is, for the coin and community, somewhat of a god. Its developers are high priests, its miners and hashrates are priests and prayers, and its users worship through the shared rituals of the Ledger.

While I recognize that the block size debate is an extremely complex issue with boundless technical aspects and considerations, I think that this potentially divine nature of Nakamoto plays into the emotionally charged conflict over this issue. What would Satoshi Do? is a real consideration for many who have a stake in this debate. Bitcoin Core was founded by Nakamoto, and maintained by Nakamoto until they relinquished control of that to Gavin Andresen. Does this mean that Core is closer to the truth that Nakamoto envisioned? Perhaps not.

Bitcoin Classic and Bitcoin Unlimited both cite to varying degrees their interpretation or others (mis)interpretation of the true vision and roadmap for the coin. Everyone seems to be vying to be closest to the truth set out by Nakamoto in some way or another, either by trying to emulate past ideals or break off and take control of the coin itself -potentially in defiance of what Nakamoto wants-. All of this feels incredibly close to splintering factions of the same religion to me. Is your Nakamoto and my Nakamoto the same one?

In similarly frustrating fashion of more conventional and well-known religion, Nakamoto plays the part now of the god that has left. The creator who has stepped aside from active roles -that we can see- in their creation and view it from the sidelines. Closure is unlikely to come from another divine revelation. Not unlike other communities in search of the true nature of themselves, I think it is easy for debates and disagreements to become heated rather quickly. Heathens and heretics are easy to denounce, to ignore, and to vilify.

In no way am I suggesting Bitcoin and its community is a full religion, but I do find some similarities and parallels interesting aspects to look at it. I will say, though, that as long as there are multiple answers to the question What would Satoshi Do? without any one group being able to give a definitive answer, it will share that aspect with religions: No one can really know, but everyone can believe themselves correct.

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My Experience as a Cryptocurrency Developer – The Merkle

Cryptography, its all around us, and its here to stay. My name is Carsen Klock, I am a developer, designer, and crypto entrepreneur. I want to share several things Ive learned about developing cryptocurrency with you.

Back in 2013 and 2014, I created a plethora of altcoins, aka. cryptocurrencies based off the Bitcoin Core source. Specifically at that point in time, version 0.8. Going into crypto I saw a lot of coins that were just blatant copies of Bitcoin, Litecoin, with no new innovation.

During this time, I saw a gap in the cryptocurrency industry. A very large gap between; innovation, and scams. I decided to create several coins that helped to change the industry for the better. I had invented the X13, X14, X15, and FRESH (NIST5) hashing algorithms and python mining modules. Unfortunately a lot of coins that I had implemented these features with, were more so small projects to test these new algorithms.

With the PoW consensus methods, most of my coins failed due to a lack of consistent development on my end and a huge amount of FUD within the Bitcoin community. I had also created the first working PoS transition hybrid coin where after a set amount of blocks the coin would transition from a Proof Of Work consensus to a Proof Of Stake. These consensus methods are still very controversial, PoW or PoS? We can see this now with the crypto called Ethereum. In my opinion the PoS consensus method is flawed, the rewards are low, miners are cancelled out, and the rich get richer.

The point of cryptocurrency to me is for decentralization and wealth transfer. I do still believe the PoW consensus method is the best, as long as ASIC miners arent able to mine that particular hashing algorithm. To this day the FRESH algo I had created, does not support ASIC mining, however the X series of hashing algos can be mined with an ASIC.

A couple of tips. Invest small first, Diversify your crypto holdings, and invest in innovation. It is a rough industry and very hard to tell what is what. So these are the top coins that I think currently have a great chance of going to the moon: DASH, Monero, Ethereum, and Shadowcash.

I am starting to come back into crypto industry, you can find my old coin projects and my recently created Ethereum Block Explorer at my GitHub at http://github.com/carsenk

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Cryptocurrency BitConnect Breaks Records in Value and Market Cap – Yahoo Finance

ASHFORD, United Kingdom, March 27, 2017 /PRNewswire/ --BitConnect Coin (BCC)has announced a new record high, in terms of value and market capitalization. The cryptocurrency's record growth, in a matter of few months, come as the development takes off with the introduction of a range of new apps and a bright outlook towards the future innovations in 2017.

BitConnect Coin (BCC)is an open source, peer-to-peer, community driven decentralized cryptocurrency that allows people to store, invest their wealth and even earn a substantial interest on the balance stored in the wallets. BitConnect Coin has only been a market currency since the 11th of January, 2017, but has already gained a significant global following. Starting from its conceptualization in the fourth quarter of 2016, BCC has just this week set a new record for value per coin and market capitalization.

According to the leading cryptocurrency market websiteCoinMarketCap, BCC breached the top 20 chart for alternative coins in total capitalization value. BCC's total market capitalization has surpassed the $10 million (USD) mark, to make it the fastest growing altcoin. This sharp increase in market cap has resulted in a matching growth in the coin's value, which passed the $2.00 mark at around the same time. BCC developers see the impressive growth rate as a very positive early sign. By comparison, even the most dominant and valuable cryptocurrency Bitcoin, took over two years to reach the same price.

BitConnect's Head of Development, Satao Nakamoto while describing the cryptocurrency's mission said,

"BitConnect's mission is to provide crypto-education and multiple investment opportunities to empower people financially. There are many features and functions to come in 2017. BitConnect's mission is to become the leading crypto-community in the world when it comes to functionality and user base by the year 2020."

The official beta launch of BitConnect's application for Android and iOS mobile platforms will have a positive effect on BitConnect Coin, leading to a further increase in demand and price of the cryptocurrency. In the coming months, BCC will see more innovation, along with the addition of convenience features.

The awaited developments in BCC ecosystem includes the launch of BCC Mining and Staking Pool that provides a way for the community to earn; BCC mining and minting rewards; brand new mobile and paper wallets; and BCC Smart Card to allow people use the cryptocurrency for daily use.

BitConnect Coin is designed to offer financial freedom to the masses by reducing if not eliminating the dependency on centralized banking and financial institutions. In addition, the cryptocurrency is also more secure than conventional financial instruments, eliminating the chances of identity theft and other issues that currently plague fiat based electronic payments infrastructure. BitConnect Coin offers a new level of empowerment to its community members. Members can connect socially and financially to a secure, protected community of investors and lenders. By connecting with the community, BCC users can increase the value of their coins in the wallets as the cryptocurrency's price increases.

In less than one year, the BitConnect online community has gained over 50,000 members around the world. It has also added a news department, engaged with online leaders like Kim Dotcom, successfully launched its own digital currency, added a proprietary Bitcoin wallet, launched an innovative global Bitcoin lending program, and surged from zero traffic to a top 100k Alexa ranking. BitConnect has become simply the world's fastest growing online Bitcoin community.

Coin Tech Specifications/Details

BitConnect Coin is a Scrypt (PoW/PoS) consensus algorithm based cryptocurrency with a finite number of tokens. The total number of BCCs are limited to 28 million. The limited number tokens ensure constant appreciation of value in the light of ever increasing demand. The algorithms used on BCC protects the decentralized nature of the platform.

BitConnect Coin facilitates quick transactions between wallets allowing people to make instant transactions between each other or to pay for goods or services. Unlike Bitcoin, the block generation time on BCC platform is 2 minutes. These features prevent transaction backlogs and at the same time also proves to be more rewarding during the PoW phase, where miners stand to receive a block reward of 10 BCCs.

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The BitConnect team has created acomprehensive guideto facilitate the cryptocurrency adoption among everyone, irrespective of whether they are familiar with it or not. The step-by-step instructions in the BCC guide walk users through the whole process of setting up a wallet on different systems to mining and trading the cryptocurrency.

BitConnect Coin has already exhibited its potential through the rapidly growing trade numbers, volumes, and total market capitalization. As more people adopt the cryptocurrency, it is only going to get stronger to become one of the top altcoins in the market.

About BitConnect Coin

BitConnect is an open source platform for Bitcoin and other cryptocurrency users to earn, learn, buy and sell bitcoins to other trusted community members directly.

Learn more about BitConnect Coin at http://bitconnect.co/ Access BitConnect Coin Guide at https://bitconnectcoin.co/guide/10/How-To-Set-Up-BitConnect-Coin-Wallet-on-Windows-Operating-System Buy BitConnect Coin here https://bitconnect.co/user/trade?Market=BCC Trade BitConnect Coin on Nova Exchange https://novaexchange.com/ BitConnect on YouTube https://www.youtube.com/watch?v=wqzI9NPlUlA&feature=youtu.be

Media Contact

Contact Name:Vindee Contact Email:bitconnect@tutanota.com Contact Phone:+16415696739 Location:Ashford, England

BitConnect is the source of this content. Virtual currency is not legal tender, is not backed by the government, and accounts and value balances are not subject to consumer protections. This press release is for informational purposes only. The information does not constitute investment advice or an offer to invest.

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6 Cryptocurrency Blockchains For Smart Contracts’ Design and Applications – Live Bitcoin News

Smart contracts are forms of computer programs that can be executed by a network of trustless nodes, without having to rely on any third partys arbitration process. Due to their resistance to tampering, smart contracts are attractive solutions throughout many scenarios, especially those that rely on transferring a given amount of money to respect a group of pre-agreed rules. Throughout the past few years, several platforms for creating and executing smart contracts have been designed, and many of these have been actually deployed and used. Throughout this article, I will discuss the cryptocurrency blockchains that permit the usage of smart contracts.

Bitcoin:

Even though the main goal for innovating bitcoin was to create a decentralized currency, the immutability and transparency of its blockchain protocol have inspired the creation of protocols that deploy, a rather limited form of, smart contracts. Bitcoin offers a non-Turing programming language, which permits redeeming of a transaction, under specific predefined conditions. The programming language is of rather limited capabilities, as it only features a group of basic logical, arithmetic and crypto operations (e.g. hashing and validation of digital signatures).

Ethereum:

Ethereum is the second biggest cryptocurrency by market capitalization. Just like bitcoin, ethereums blockchain is immutable, with a consensus procedure that resembles that of bitcoin. Ethereums blockchain features its own cryptocurrency, ether (ETH). Smart contracts are coded using a stack based bytecode programming language, which is a Turing-complete programming language, apart from bitcoins. There are several high level programming languages, the most popular of which is Solidity, which can be compiled into the bytecode language. Users create smart contracts and customize their functions via sending cryptocurrency transactions to the blockchain, whose effects are then verified by the nodes across the network. Both users and smart contracts can store coins and send and/or receive ETH to other users or smart contracts.

Counterparty:

Counterparty is a platform without a special blockchain. Instead, it embeds its data in transactions across bitcoins blockchain. Even though nodes across bitcoin network ignore data embedded in such way, Counterpartys network nodes identify and interpret them. Smart contracts can be coded using the same language used when coding smart contracts for ethereums network. Nevertheless, oppositely to ethereum, the results of computation processes are not validated by a consensus protocol. Counterparty has its own cryptocurrency, that can be transacted between users, and spent when smart contracts are executed.

Stellar:

Stellar has a public blockchain with its own cryptocoin, which is governed by a consensus algorithm that relies on federated Byzantine agreements. Oppositely to ethereum, there is no specific language for scripting smart contracts, yet it is possible to collectively gather some transactions and then store them atomically in the blockchain. This can be utilized to deploy some basic forms of smart contracts.

Lisk:

Lisk is a cryptocurrency that has its own blockchain that relies on a delegated proof-of-stake consensus protocol. To be more precise, 101 active delegates, so each one elected via the stakeholders has the authority to create blocks. Stakeholders can participate in the electoral process. Lisk is compatible with the execution of Turing-complete smart contracts which are either scripted Node.js or JavaScript. Unlike ethereum, determination of the pattern of execution of contracts is not ensured by the programming language; the programmers must handle it.

Monax:

Monax supports the execution of Ethereums smart contracts, without having a special cryptocurrency. Monax allows users to build private blockchains and to define specific authorization policies for accessing these blockchains.

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Storj to Migrate Cloud Storage Service to Ethereum Blockchain from Counterparty over Bitcoin – CryptoCoinsNews

Storj Labs has announced that it is planning on moving its blockchain-based cloud storage network from its current Counterparty protocol over to the Ethereum blockchain.

The Atlanta-based company announced in a blog post that one of the reasons for the planned move is due to current issues with the bitcoins blockchain transaction backlog and long transaction times. The Counterparty smart token platform runs on top of the bitcoin blockchain. Additionally, the fees that Storj have to pay are no longer sustainable.

In the blog post, Shawn Wilkinson, CEO and CTO of Storj Labs, said:

Counterparty transactions create small inputs and are heavier than normal BTC transactions, [so] users have experienced extremely high fees for transactions. For the February farmer output we paid over $1,600 in transaction fees, or about 10 percent of total payouts. This is not sustainable or scalable.

Wilkinson cited the lack of Counterparty growth as a concern with no major updates in more than two years while its interface was confusing for new users. However, its believed that the Ethereum platform will provide the answer.

Wilkinson commented on Ethereums ERC20 token, suggesting that Storjs SJCX token could be migrated over to Ethereums standard token. While the progress of its future layer two solutions such as Raiden are promising and support ERC20 tokens.

He added:

ERC20 tokens have been issued by a number of prominent projects including Augur and Golem, and have wide support in the Ethereum development community.

After the news that Storj Labs would be moving its platform to the Ethereum blockchain, the SJCX/BTC exchange rate increased to a four-month high.

According to a report from Razor Forex, Storj tokens were priced at around 0.000206 bitcoins; however, that price has since dropped to about 0.00019013, according to CoinMarketCap.

However, it indicates a sign that those in support of Storj Labs are in favor of such a move to the Ethereum blockchain, which in turn will further help the community to grow than it is doing at present.

For now, initial steps have been taken to migrate Storj Labs away from the Counterparty protocol, but a date as to when this will happen is yet to be released from Wilkinson.

In February, Storj Labs announced that it had raised $3 million in seed funding with early backers including those of Google Ventures, Ionic Security, Cockroach Labs, and Qualcomm Ventures and Techstars.

Featured image from Shutterstock.

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ZeroStack and Nimble get close to offering a converged infrastructure solution – Computerworld

By Ben Kepes, star Thought Leader, Computerworld | Mar 27, 2017 12:01 PM PT

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Maybe I havent attended many legacy vendors conferences lately, but I haven't seemed to have heard many converged infrastructure mentions recently.

Go back a year or two and every legacy vendor under the sun (and every younger vendor wanting to partner or be acquired by a legacy vendor) was dropping the converged infrastructure moniker all the time. Converged infrastructure (CI from now on) is a pretty simple concept, one which users of personal computing devices will see as normal. Essentially CI is all about offering storage, compute and the infrastructure to run it all within one unit. Instead of having a standalone storage device, some compute infrastructure elsewhere, and some software to tie it all together, CI packs it all up nicely with a bow on it.

Of course for those people who suggest that the public cloud is the future of everything, and that on-premises infrastructure no longer has any part to play in the world, the very idea of CI is anathema -- it harks to all of those comments a decade or so ago about the fake cloud.

But hang on a minute and look at this within the context of real organizations running existing workloads and the situation isnt so clear. These organizations dont live in some abstract world of greenfield opportunities and uber agility -- they have existing workloads that they need to keep running, and legacy platforms that, for better or worse, they need to think about. For these organizations, while the public cloud certainly has a part to play, their moves have to be more measured.

Which is where traditional infrastructure in general, and converged infrastructure in particular, comes in. The promise of CI is to offer a cloud in a box. While many would say that is a contradiction, the idea of having a solution that is pre-tested and configured, completely automated and supported, makes sense. While there is certainly an argument to be had as to whether this really delivers cloud, its fair to say that it delivers many of the benefits that the cloud does -- and for this reason it has its place.

So to add to the list of CI offerings out there, ZeroStack and Nimble Storage are partnering to offer a joint solution. Take Nimbles storage systems and apply ZeroStacks intelligent cloud platform and you have an automated, high performance infrastructure offering.

And while it may not be a true cloud, according to the companies, the combined ZeroStack/Nimble Storage solution offers several distinct benefits:

Both Nimble Storage and ZeroStack will market the solution to their customers and resellers. In a clearly articulated carrot offered up to their sales channel, the companies state that with this combined solution -- their resellers can offer their customers strategic advice on cloud and storage options while retaining customers who might otherwise have no choice but move to a public cloud provider.

While Im not 100% comfortable with the cloud moniker, there is no denying that a converged approach towards infrastructure makes sense. It will be interesting to see the traction that these two can create here.

This article is published as part of the IDG Contributor Network. Want to Join?

Ben Kepes covers how technology helps business compete.

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Google and pals plough $27m into tiery-eyed storage startup Avere – The Register

Avere, the filer and public cloud storage accelerator supplier, has scored a $27m E-round of funding, with Google proper providing some of the funds.

Avere, founded in 2008, accelerates access to files in NAS arrays by using a multi-tiered media approach and treating different IO types, such as read and write, sequential and random, differently so as to optimise the system for faster accesses.

There was participation from existing investors - Menlo Ventures, Norwest Venture Partners, Lightspeed Venture Partners, Tenaya Capital and Western Digital Technologies - as well as its new investor, Google Inc, which notably did not invest through its funding arm, GV (Google Ventures).

Initially the amount was reported as $14m but, after the initial funding announcement was made, there was an additional amount added to the round by the investors, bringing it up to $27m.

The company says it wants to use the new funds to drive product innovation and help expand its hybrid cloud product offerings.

CEO, president and co-founder Ron Bianchini said: In 2016 alone, Avere has grown its cloud business by 97 per cent, nearly doubling growth from the previous year, and closed the year with cloud offerings driving close to half of our annual bookings.

The 11-year-old firm developed its technology to run in remote and branch offices, also to front-end public cloud storage, and then extended its software to run in the public cloud.

The company sees its customers using a mix of on-premises (private) and public cloud storage and compute facilities; its a hybrid world as far as it is concerned.

It received a $15m A-round in 2009, a $17m B-round in 2010, a $20m C-round in 2012, and another $20m in a 2014 D-round. With the latest E-round, total funding is now $97m.

We asked Bianchini some questions around the new funding.

El Reg: How far away is profitability?

Ron Bianchini: Our current forecast show us reaching profitability in 2018.

El Reg: What are the features of the hybrid cloud (in more detail than the release) that you will be using the E-round funding for?

Ron Bianchini: We're not ready to discuss new cloud products at this time; however, big areas of continued focus for us are ease of deployment within the public cloud and further in-cloud performance and scalability enhancements.

El Reg: Will you aim to take advantage of 3D Xpoint and possibly other storage-class memory media in your products? Where would such media fit in your existing media tiers in your hardware?

Ron Bianchini: It is not on the roadmap at this time, but we like to think of our architecture as storage media agnostic. When one type of media has outlived its usefulness, there is no technical reason why it can't or shouldn't be replaced with something better.

El Reg: What public clouds do you support, which are on the roadmap? What protocols will be used to access them?

Ron Bianchini: We support Google, AWS and Azure (bursting only). No others are currently on the roadmap - these three representing more than 90 per cent market share of public cloud spend. We use S3 to access the storage portion of the cloud and NAS protocols for cloudbursting.

El Reg: Do you have a multi-cloud strategy, with your customers able to use two or more public clouds simultaneously?

Ron Bianchini: Yes, this is one of the strengths of an Avere solution, to provide customers the ability to mirror storage between clouds with our FlashMirror product. This is a popular feature for customers who want to avoid lock-in to a single cloud provider.

El Reg: Any Internet of Things edge device interest from Avere?

Ron Bianchini: We are interested in supporting any devices that speak the same protocol language as we do.

Fishing for new product info in Averes pool is a pretty unrewarding pastime. Our thinking is that $27m is a healthy dose of cash and that some of it will fund software development to enhance the in-cloud products performance and scalability.

We also think that on-premises FXT kit will get easier interaction with the public cloud, but it doesn't take a genius to work that out.

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Teresa Martin: Cloud computing gets new image – Nantucket Island Inquirer

International atlas updated in digital form.

"I wandered lonely as a cloud

"That floats on high o'er vales and hills "

Some people love Wordsworths "Daffodils," but I always connected to the opening lines, to that image of the lonely floating cloud. But then, of course, I love clouds.

Im not talking clouds as in cloud computing, as in banks of servers accessed from any location. Nope, Im talking fluffy bits of cotton candy water skipping across the sky. Deep, roiling, rolling gray banks portending rain. Thin stretches of cobwebby filmy filaments against the red-orange-pink of a setting sun.

All these clouds have a proper name and category about 100 in all most of which I seem unable to remember. Cirrus, nimbus, cumulus Luckily for me and for other cloud and weather aficionados this kind of cloud computing just got a new image. Literally.

World Meteorological Day 2017 featured the theme Understanding Clouds, and the World Meteorological Organization celebrated that theme by launching the new International Cloud Atlas, available for the first time in digital form. Hard as it may be to believe, during the atlass last update in 1987 the web and all things digital werent.

It turns out that clouds create more than a backdrop for pictures or an inspiration for dreamers. Clouds drive the Earths water cycle and climate system. They help us forecast weather and serve as a warning signal to dangerous weather.

Consistent cloud observations support climate and hydrology studies and build a long-term record of weather, but getting to that consistency needed a common set of definitions and language. After all, clouds can be a bit challenging to describe: I see an elephant, you see a mushroom. My elephant or your mushroom might look like someone elses llama or carrot. Obviously thats no way to track the weather.

By the early 1800s work was underway to create a repeatable method for describing clouds and cloudlike objects. Eventually, the atlas emerged, providing a framework for global standard cloud observation. A weather scientist sees a cumulus humilis and when he or she says that, every other weather scientist around the world knows what type of cloud was spotted. As poetic as a mushroom sitting next to a carrot might be, that type of description does not create a consistent database entry.

The World Meteorological Organization, an agency of the United Nations, serves as a sort of global ground zero of information interchange about all things weather, climate and water cycle in other words, it coordinates data about those physical world attributes that dont pay much attention to puny human boundaries. As part of this effort, it oversees the International Cloud Atlas. The atlas, in turn, serves as the authoritative and comprehensive cloud reference; its first edition appeared in 1896 and weve been talking about the nimbus and cumulus ever since.

The Earth has changed since that first edition and so have the tools weve used to see and record those changes. Not only did the 2017 atlas go digital, it also nodded to technology by adding 11 new types of clouds. Some of these cloud types were brought to the fold by a global citizens science effort whose spotting and documentation efforts are enabled by technology, while other newly admitted clouds are literally the byproduct of technology.

The work and supporting photography of the 43,000-member Cloud Appreciation Society showed again that science no longer belongs to a small priesthood of practitioners. These global cloud-spotters have been documenting observations and championing them to the World Meteorological Organization since 2006. And yes, there is an app for that so glad you asked. It is called, logically enough, the cloud-spotter app (https://cloudspotterapp.com), and in January it hit the 250,000th submitted cloud milestone.

So join me in extending a warm welcome to the asperitas cloud, a sort of rougher, more chaotic undulatus formation, which cloud-spotters say began appearing often enough that it needed its own designation. Enter, too, the flammagenitus, a type of cloud generated by fire or combustion, and the homogenitus, a cloud created by human activity, like one you might see above a cooling tower at a power plant or trailing behind an airplane.

And, of course, welcome to the fully digital International Cloud Atlas (https://www.wmocloudatlas.org/home.html), where we can all learn to be cloud-spotters too. Or, at the very least, try out the Find a Cloud feature. May I suggest that theres nothing like a nice puffy, white cumulus to put a smile on even the grayest of days.

Teresa Martin lives, breathes and writes about the intersection of technology, business and humanity. Read more of her recent columns at http://www.capecodtimes.com/teresamartin.

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OpenSDS at CloudNativeCon + KubeCon: Moving Forward with SDS and Cloud Computing – Linux.com (blog)

OpenSDS at CloudNativeCon + KubeCon: Moving Forward with SDS and Cloud Computing
Linux.com (blog)
CloudNativeCon + KubeCon Europe 2017 has begun and is bringing together the world's top experts in open source cloud computing. Their goal is to maintain and promote the development of integrated open source technologies to better deploy and ...

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Two-thirds of British business now use public cloud – Computing Research – www.v3.co.uk

Just under two-thirds of British business (62 per cent) now use public cloud to store data, according to Computer Research.

Revealed at today's Computing's IT Leaders' Forum, 'Data, insight, action - the new imperative', in association with IBM, the research suggests that 15 per cent of UK organisations are storing all their data in the public cloud, while 34 per cent are using both public and private.

A further 13 per cent have moved to the hybrid cloud - an integrated form of public and private clouds.

The research shows that balanced workloads across the public and private divide is "fast moving up the corporate agenda".

It comes only weeks after investment bank Morgan Stanley produced a report suggesting that public cloud services should become "analogous to electricity" - just like the utility computing idea of 15 or more years ago.

It compared cloud computing to the industrial revolution, which "drove innovative new use cases and new technologies, which transformed business and consumer processes", according to the report.

"As a foundational technology for a broadening set of work, Public Cloud is driving much broader implementation of existing application workloads and is enabling the creation of new types of applications," concluded Morgan Stanley analyst Katy Huberty.

Unfortunately, Computing's research also found that the majority of management tools being used today are generally technology-specific, and thus keyed only to their own vendor, which can lead to only partial visibility of other platforms when using open interfaces and APIs.

"While these may be effective in their own right, they don't sit well alongside others in the kind of infrastructure mix to be found in most organisations," reads Computing's research.

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