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Cloud computing startups help admins manage containers, hybrid IT – TechTarget

A decade ago, not even the most enthusiastic cloud devotees anticipated the technology's rapid uptake, or the diversity...

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of IT services that would accompany its growth. Today, the beat goes on, with new cloud computing startups appearing from week to week.

Three analysts -- Dan Conde at Enterprise Strategy Group in Milford, Mass., Holger Mueller at Constellation Research in Cupertino, Calif. and William Fellows at 451 Research in Boston -- gave their takes on which cloud computing startups were especially worth watching in 2017. Each of the companies targets a different aspect of cloud deployment or management but, according to the analysts, seem to be making waves.

Here's a look at six cloud computing startups, and what their technologies could mean for enterprise admins.

Apcera is a container management platform for both cloud and legacy applications.

"What sets [Apcera] apart is the emphasis on policy control, since you need to put controls over apps when they are deployed in production," Conde said. The goal of the company is to bake policy controls into its basic container management system, as opposed to requiring those policies to be tacked on as an afterthought.

"Plus, they recognize that legacy apps won't evaporate overnight, so they support them, as well," Conde added. Apcera, based in San Francisco, is majority-owned by Ericsson.

More companies want the ability to mix and match multiple public and private clouds in a hybrid fashion, but networking challenges plague them. Today, some companies look to cloud computing startups for the answer.

Aviatrix, based in Santa Clara, Calif., creates a network that spans cloud platforms in a consistent way, avoiding problems like overlapping IP addresses. In addition to helping organizations extend their local area networks to the public cloud, the company offers Aviatrix Gateway, which features multicloud security and encryption capabilities.

"They provide a pragmatic solution to problems that people will eventually encounter," Conde said.

HashiCorp, based in San Francisco, creates open source tools that help bridge DevOps and cloud, according to Conde. Its tools enable admins to manage certain processes that are critical to create cloud infrastructure, such as provisioning, running containers and access control.

"It's a different approach -- almost UNIX-command-like in philosophy," Conde said.

HashiCorp's tools tend to do one thing well, as opposed to being an all-encompassing platform. For example, the company's Packer tool is used to create machine and container images, while its Vault tool helps admins manage access controls for tokens and APIs.

"The open source tools are individually well-known, but the company isn't," Conde said. "So it's the fact that there is an enterprise edition of many of these tools [that's] a well-kept secret."

Mueller also noted that HashiCorp is "quickly becoming the cross-platform provisioning standard."

Many developers are already familiar with operating system- and application-level frameworks and orchestrators aimed at containers like Google Kubernetes, but those tools aren't always enough, according to Conde. Mesosphere, a cloud startup in San Francisco, offers services that are critical for modern applications that support big data and containers. For example, the company offers services for aggregating data center resources into a single pool, container orchestration and network load balancing.

"If a platform provides these services, it relieves the IT organization from assembling them in a DIY manner," Conde said.

Mesosphere also sells a commercial version of the Apache Mesos open source software. "Think of it as a new definition of an operating system for modern applications," he added.

Platform9 offers a fully managed service that controls enterprise private clouds based on OpenStack or Kubernetes. "It's a way to run [these] systems on premises without the bother of DIY-based management," Conde said.

Platform9, based in Sunnyvale, Calif., originally started as a managed OpenStack provider, but has reached out to manage other platforms, such as Kubernetes. It is a "novel way to do [software as a service] for elements where you want to avoid doing it, and [to keep] control of components that cannot be placed in a public cloud," Conde said.

Weaveworks, based in San Francisco, helps reduce the complexity of working with containers through its Weave Cloud product, according to 451's Fellows. The company provides a way for microservices developers to interact with whatever assets they need to create applications, and quickly join them together.

Weaveworks competes with container services from Amazon Web Services, Azure and Google, as well as with numerous independent container technology providers. The company, which has attracted substantial funding from a Google-affiliated venture fund, claims it has a simple-to-use and developer-friendly approach that boosts productivity, helping a developer, for instance, deploy containers to Amazon EC2 Container Services with less effort.

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Cloud Adoption Is Growing But Forecasts Differ on How Much – Fortune

Photograph by Getty Images/Image Source

Overall demand for cloud computing in all its guises will grow 18% this year to $246.8 billion in total worldwide revenue from $209.2 billion, according to a new forecast from market research firm Gartner.

Of that total, demand for a subset of services called public cloud infrastructure is expected to grow a whopping 36.8% this year to $34.6 billion in revenue worldwide, according to Gartner ( it ) .

This part of overall cloud computing comprises basic computing, networking, and storage services running in data centers managed by the likes of Amazon Web Services, Microsoft , or Google . More companies large and small are switching to these facilities, rather than expanding their own data centers.

Growth for these infrastructure services will be stoked by the proliferation of data collected from devices in cars, appliances, fitness gadgets, and factory machines. Those "connected devices" are known collectively as the Internet of things. Their sensors collect or generate data that needs to be analyzed, and that spells a huge opportunity for public cloud infrastructure. In addition, the growing use of artificial intelligence in medical, consumer, and other business applications requires a lot of brute-force computing powerwhich will also feeds demand for public cloud infrastructure, according to Gartner.

Another key cloud market segment called Software-as-a-Service (SaaS), in which business applications are delivered to customers over the Internet, should grow about 20% to $46.3 billion, Gartner said. SaaS leaders include companies like Salesforce ( crm ) and Workday ( wday ) .

Almost every relatively new business software companynames like Box ( box ) , Dropbox, Okta, etc.relies on the SaaS model. Meanwhile, virtually every older software power including Microsoft, Oracle ( orcl ) , and SAP ( sap ) is moving to this delivery model as fast as possible both by reworking their existing applications and by buying newer companies born to this world. Customers have shown a strong preference to accessing their software this way.

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Salesforce blazed this SaaS trail starting in the late 1990s. Because that market is maturing, Gartner sees its growth rate slowing a bit, although SaaS will remain the second largest category of cloud, according to a statement by Gartner research director Sid Nag.

The fact that many SaaS companieswhich typically used to rely on their own data centers up till now are starting to use more public cloud resources from Amazon ( amzn ) , Microsoft ( msft ) , IBM ( ibm ) , and Google ( googl ) is an interesting wrinkle in the overall cloud landscape and could further fuel the growth of public cloud infrastructure providers.

Numbers on cloud computing tend to vary considerably depending on the source, partly because definitions of what defines public cloud or cloud in general differ.

For more on cloud, watch:

In its own predictions issued Monday, IDC, another market research firm, estimated that overall cloud services will grow 24.4% year over year to $122.5 billion. The Framingham, Mass.-based research firm said SaaS will remain the biggest piece of the pie, capturing 60% of total cloud spending through 2020.

For those interested in a leader board of how various cloud providers stack up on a leader board, Synergy Research put out its own take early this month

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Global Cloud Computing Market Analysis & Trends 2017-2025: $1250 Billion Growth Opportunities/Investment … – PR Newswire (press release)

Research and Markets has announced the addition of the "Global Cloud Computing Market Analysis & Trends - Industry Forecast to 2025" report to their offering.

The Global Cloud Computing Market is poised to grow at a CAGR of around 27.5% over the next decade to reach approximately $1,250 billion by 2025.

This industry report analyzes the market estimates and forecasts for all the given segments on global as well as regional levels presented in the research scope. The study provides historical market data for 2013, 2014 revenue estimations are presented for 2015 and forecasts from 2016 till 2025.

The study focuses on market trends, leading players, supply chain trends, technological innovations, key developments, and future strategies. With comprehensive market assessment across the major geographies such as North America, Europe, Asia Pacific, Middle East, Latin America and Rest of the world the report is a valuable asset for the existing players, new entrants and the future investors.

Some of the prominent trends that the market is witnessing include increasing applications of cloud computing solutions and expansion of global players into emerging regions.

Based on deployment the market is categorized into public cloud, community cloud, private cloud and hybrid cloud.

Depending on the service the market is segmented by platform as a service (PaaS), infrastructure as service (IaaS) and software as a service (SaaS).

Report Highlights:

- The report provides a detailed analysis on current and future market trends to identify the investment opportunities - Market forecasts till 2025, using estimated market values as the base numbers - Key market trends across the business segments, Regions and Countries - Key developments and strategies observed in the market - Market Dynamics such as Drivers, Restraints, Opportunities and other trends - In-depth company profiles of key players and upcoming prominent players - Growth prospects among the emerging nations through 2025 - Market opportunities and recommendations for new investments

Key Topics Covered:

1 Market Outline

2 Executive Summary

3 Market Overview 3.1 Current Trends 3.1.1 Increasing applications of cloud computing solutions 3.1.2 Expansion of global players into emerging regions 3.1.3 Recent Technological Developments of Cloud Computing 3.1.4 Growth Opportunities/Investment Opportunities 3.2 Drivers 3.3 Constraints 3.4 Industry Attractiveness

4 Cloud Computing Market, By Deployment 4.1 Public Cloud 4.2 Community Cloud 4.3 Private Cloud 4.4 Hybrid Cloud

5 Cloud Computing Market, By Service 5.1 Platform as a Service (PaaS) 5.2 Infrastructure as Service (IaaS) 5.3 Software as a Service (SaaS)

6 Cloud Computing Market, By Geography

7 Key Player Activities 7.1 Mergers & Acquisitions 7.2 Partnerships, Joint Venture's, Collaborations and Agreements 7.3 Product Launch & Expansions 7.4 Other Activities

8 Leading Companies 8.1 CA Technologies 8.2 Cisco Systems 8.3 Google 8.4 HP 8.5 Amazon.Com 8.6 IBM 8.7 Microsoft 8.8 SAP AG 8.9 Yahoo! Inc 8.10 Oracle 8.11 Flexiant 8.12 Citrix Systems, Inc. 8.13 ENKI Consulting 8.14 Akamai Technologies, Inc. 8.15 Citrix Systems, Inc.

For more information about this report visit http://www.researchandmarkets.com/research/54tvtd/global_cloud

Media Contact:

Laura Wood, Senior Manager press@researchandmarkets.com

For E.S.T Office Hours Call 1-917-300-0470 For U.S./CAN Toll Free Call 1-800-526-8630 For GMT Office Hours Call +353-1-416-8900

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To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/global-cloud-computing-market-analysis--trends-2017-2025-1250-billion-growth-opportunitiesinvestment-opportunities---research-and-markets-300411412.html

SOURCE Research and Markets

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How Successful Companies Increase Efficiency – The Suit Magazine

Efficiency is one of the biggest benefits of moving to the cloud. Fifty-five percent of IT professionals say increased efficiency is one of the main benefits their company has experienced by moving to the cloud, along with increased employee ability, more ability to innovate and more freedom to shift IT staff to other projects, CDW reports. Here are three examples of successful companies that are increasing their efficiency by using the cloud.

Netflix

One company that has enjoyed explosive growth by moving to the cloud is Netflix. Originally offering physical DVD rentals by mail, in 2008 the company began moving to the cloud following a database problem that prevented DVD shipments for three days. To resolve this, the company decided to move away from an infrastructure with vertically scaled, single failure points in their local datacenter to horizontally distributed, scalable cloud systems. Netflix decided to go with Amazon Web Services (AWS) based on AWS' scalability and range of features and services.

By the time Netflix completed its cloud migration in 2016, the company was enjoying over 1,000 percent growth, with eight times as many members. This rapid growth was facilitated by the AWS cloud's efficiency, which enabled Netflix to scale up at will, adding thousands of virtual servers and storage petabytes within minutes when needed.

AWS' cloud servers are also distributed around the world, enabling Netflix to shift resources where needed in order to efficiently stream videos to users anywhere. This capability allowed Netflix to expand into 130 new countries this year.

Meanwhile, Amazon is also leveraging its success with companies such as Netflix, by launching a new cloud migration service. Amazon reported that more than 1,000 companies used the service during the preview.

Apple

Not all companies migrating to the cloud are necessarily going with Amazon. Apple is reportedly shifting its cloud use away from AWS toward its own private cloud. Since 2011, Apple has reportedly been using AWS and Microsoft Azure to run some of its cloud services, a rumor confirmed in 2014 by a white paper acknowledging that Apple stored encrypted portions of iOS files on AWS and Azure. Morgan Stanley estimates that Apple spends $1 billion annually on AWS.

But earlier this year, Apple began spending $400 to $600 million on Google Cloud Platform services, reducing its dependence on Amazon and Microsoft. Following the disclosure, additional sources came forth to reveal that the move is part of an Apple effort to develop its own in-house cloud infrastructure, an endeavor dubbed Project McQueen.

Project McQueen was prompted by the fact that Apple's growth was running ahead of even Azure's capacity, sources say. The project is intended to bring Apple's massive database of iTunes and iCloud files under one infrastructure in order to more efficiently deliver services to Apple customers.

Findley Davies Other companies are increasing the efficiency of their customer service by moving their contact center infrastructure to a cloud contact center. Human resources consulting firm Findley Davies uses cloud technology at its contact center to answer client questions about benefits packages for health and wellness programs, pensions and 401(k) plans. Using the cloud gives Findley Davies employees the flexibility to log in from anywhere, giving the company an expanded national presence. Meanwhile, the cloud enables efficient information exchange between the company's locations around the country, resulting in faster service to clients.

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Vapor IO Launches Vapor Edge for Telecom – Business Wire (press release)

AUSTIN, Texas--(BUSINESS WIRE)--Vapor IO, the next generation platform for hybrid and edge clouds, today announced Vapor Edge for Telecom, an end-to-end platform for edge computing, now 5G-ready and designed to operate as a self-contained microdatacenter at the base of cell-enabled radio towers.

Mobile operators and landowners are in an ideal position to capitalize on the emerging need for low-latency edge-computing, said Cole Crawford, CEO and founder of Vapor IO. They own the key infrastructure, including tens of thousands of remote tower and base station locations with power and high bandwidth backhaul. These locations are ideal for Vapor Edge technology, and Vapor Edge can help carriers upgrade their infrastructure and business models as they move to a fully virtualized infrastructure with edge computing and 5G capabilities.

Vapor Edge is an end-to-end platform for edge computing that provides wireless telecom companies with a simple way to deploy and manage cloud servers that are co-located with their base station equipment. This makes it easy for carriers and wireless base-station landowners to offer cloud compute capabilities in close proximity to the Radio Access Network (RAN), enabling new low-latency applications and creating new business models for these players as they forge partnerships with public cloud providers, web-scale companies and other OTT providers to deliver edge capabilities.

Vapor Edge for Telecom can also help carriers upgrade and virtualize their networks by providing a way to house and manage their standard rack-mountable equipment, including rack-mountable cloud servers as well as C-RAN, NFV, MEC and other specialized telecom equipment.

Vapor Edge for Telecom offers the following key benefits to wireless operators:

Vapor Edge for Telecom components

Vapor Edge for Telecom consists of patented hardware designs optimized for edge environments and specialized software for remote operation and workload management. Included are:

Product Information and Availability

Vapor Edge for Telecom is available today for deployments in 2017. For more product information, as well as to learn more about how Vapor IO is providing the next generation platform for hybrid and edge clouds, please visit http://www.vapor.io or email info@vapor.io.

Supporting Resources

About Vapor IO

Vapor IO is building the cloud of the future. Working with cloud operators, telcos, real estate holding companies and the worlds most innovative enterprises, Vapor is enabling the next generation hybrid and edge cloud. For additional information, please visit http://www.vapor.io.

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Could Snapchat Have Saved Money By Building Its Own Cloud Infrastructure Instead Of Paying Google? – Forbes


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Telco Data Centers Get a New Look at MWC – SDxCentral

Data center gear has become increasingly important to telcos and mobile operators as they adapt to a more fluid world of virtualization and software. For some of the large equipment vendors, the trend has spurred a new angle of conversation at Mobile World Congress (MWC).

Ericsson, in particular, has used the last couple of MWCs to show off its HDS 8000 rack-scalesystem. Plenty of products get showcased at MWC, but this one stands out for being an IT play, a big box of servers and storage.

The HDS 8000, in turn, is based on Intels Rack-Scale Design (RSD, formerly called Rack-Scale Architecture), a new way of building outthe data center. RSD, meant to provide flexible pools of compute and storage forapplications to consume, is sold in rack form. Rather than buy more servers to beef up compute, or more disk drives to amp up storage, the customer buys the stuff one rack at a time, with the option to vary the ration of compute to storagein each rack.

The point isnt raw capacity. This is a different way to build a data center. Compute and storage are disaggregated from one another and can be scaled independently. Top-of-rack, aggregation, and core switches arent necessary; everything is absorbed into RSDsconfigurable network fabric, which handles connectivity within the rack and outward to other RSD racks. Silicon photonics connect all the storage and compute elements, with networking connections configured as necessary.

Ericssons was the first commercial instantiation of RSD. Dell followed last year by launching the RSD-based DSS 9000, a key product offering of the companys Extreme Scale Infrastructure group.

It all comes down to telcos trying to become more cloud-like, as exemplified by the Telecom Infra Project and the open source Central Office Reimagined as a Data Center (CORD) project.

Network functions virtualization (NFV) provides incentive, as it means controlling lots of servers to run these virtualized network functions running a data center, in essence. But theres another angle that is growing thanks tothe Internet of Things (IoT). As IoT threatens to drown out the other noise at MWC (no small feat), it opens the potential need for mobile edge computing, providing another motivation for carriers to get familiar with cutting-edge data center designs.

The HDS 8000 stands out because Ericsson began showing it at MWC long before the product was commercially available. Early versions appearedas early as 2013, when Ericsson showed a prototype at its MWC stand and described the productas a bunch of cloud servers crammed into one box. The formal launch of the HDS 8000 came in 2015.

Some carriers have taken notice. The HDS 8000 scored a customer win with Telefnica at last years MWC. Then,in June, Ericsson and SK Telecom used the rack-scale system at the heart of a new technology initiative called Software-Defined Telecommunications Infrastructure (SDTI), aimed at creating hardware that can adapt quickly to network performance requirements. The companies developed SDTI with 5G deployments in mind.

Ericsson isnt going in alone with the HDS 8000. Quanta is the manufacturer for the system and will also act as a channel partner to offer it to webscale customers.

Pluribus controls the HDS 8000s switching fabric, and Ericsson also acquired NodePrime for $7 million in April, hoping to apply the companys data center management capabilities to the HDS 8000.

One interesting note is that Ericsson uses customized silicon photonics rather than Intels. Ericsson officials say this is because the precise card it wanted wasnt commercially available when the HDS 8000 launched.

As for Dell, its ESI group will likely show the DSS 9000 at MWC but will also be discussingdata-center architectures at other levels of scale. The company offers a design called the modular data center (MDC), which focuses on an entire data center, and last October, Dell introduced the micro MDC, a smaller data center installation that comes in one to five racks worth of gear. Look for Dell to expand on that idea at MWC.

Photo: Jorge Franganillo on Flickr. CC2.0 license. Photo has been cropped.

Craig Matsumoto is managing editor at SDxCentral.com, responsible for the site's content and for covering news. He is a "veteran" of the SDN scene, having started covering it way back in 2010, and his background in technology journalism goes back to 1994. Craig is based in Silicon Valley. He can be reached at craig@sdxcentral.com.

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Abacus Group Awarded Best Cloud Hosting Service By HFM Technology; Best Cyber Security Solution By CTA … – Exchange News Direct

Abacus Group,a leading provider of hosted cloud IT solutions for alternative investment funds, has been recognized as the Best Cloud Hosting Service in the HFM Technologys 2017 US Hedge Fund Technology Awards as well as Best Cyber Security Solution by CTA Intelligence US Services. Both awards were announced in February.

In addition, Abacus has been ranked in the Elite 150 category of CRNs 2017 Managed Service Provider (MSP) 500 list for the second consecutive year.

Abacus Group is honored to have been recognized for its cloud services and MSP offerings by these prestigious industry groups, said Chris Grandi, Founder, CEO and Chairman of Abacus Group. As our business continues to expand globally in the alternative asset management sector, this kind of industry recognition proves the value and effectiveness of our products and services.

TheHedge Fund Technology Awards, announced Feb. 13, recognize and reward IT and software providers serving the hedge fund sector that have demonstrated exceptional customer service and innovative product development over the past 12 months.

TheCTA Intelligence US Services Awardsrecognition and reward for those CTAs (Commodity Trading Advisors) and managed futures service providers that have demonstrated exceptional customer service and innovative product development over the past 12 months.

TheMSP500is CRNs annual list recognizing the top managed service providers in North America and the Elite 150 are enterprise-focused resellers that have a significant managed service offering. CRN is a brand of The Channel Company.

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Bitcoin prices touch fresh 3-year high – MarketWatch

The price of a single bitcoin leapt to its highest level in more than three years on Tuesday, as traders bought up coins in anticipation of the Securities and Exchange Commissions ruling on a proposed bitcoin exchange-traded fund.

One bitcoin US:BTCUSD went for as much as $1,105.48 on Tuesday, its highest level since December 2013, according to data from Coin Market Cap.

Both Amith B. Nirgunarthy, director of marketing & HNW Partnerships at Bitcoin IRA, and Chris Dannen, a founding partner at Iterative Instinct, a small New York-based private-equity fund that trades crypto-assets, said investors are attempting to so-called front-run the SECs decision on the Winklevoss Bitcoin Trust ETF. Front-running refers to buying an asset with the expectation of a larger buyer, or group of buyers, expected to come to push prices higher.

In this case, the SEC is expected to deliver its final decision on the trust by March 11. Tyler and Cameron Winklevoss, who were famously portrayed by actor Armie Hammer in the hit movie The Social Network, first filed for creation of the ETF back in 2013. If approved, it will trade on the BATS exchange and could support prices of bitcoin.

This is probably front-running for a potential Winklevoss ETF, Nirgunarthy said.

To be sure, even if the Winklevoss ETF isnt approved, a Japanese law that introduces a regulatory framework for bitcoin is set to take effect in April, potentially leading to an influx of institutional money from that country, Dannen said.

There will be a lot of fresh fish out there next month, either way the [SEC] decision goes, Dannen said.

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Competition to launch what would be the first exchange-traded bitcoin fund has intensified in recent months. Back in January, Grayscale, the creator of the Grayscale Bitcoin Trust GBTC, +2.78% filed to list shares of the trust on the New York Stock Exchange. It presently trades over the counter, with a large premium over its relative net-asset value in bitcoin. In January, the SEC delayed its decision on a third fund, the SolidX Bitcoin Trust, which would also trade on the NYSE.

Resurgent trading volume in China, which was, until recently, bitcoins largest market, has also helped to support the price, Nirgunarthy said.

Since the beginning of the year, Chinas largest bitcoin exchanges have imposed new transaction fees and halted customer withdrawals while they upgrade their antimoney laundering systems. These decisions, undertaken in response to stepped-up scrutiny from the Peoples Bank of China, initially caused trading volume in the country to plummet.

The bitcoin price more than doubled in 2016 as Chinese investors sought ways to protect their wealth from a depreciating yuan. Crackdowns on cash in India and Venezuela also helped support the digital currencys ascent, Dannen said.

Spencer Bogart, a bitcoin analyst at Needham & Co., doubts the SEC will approve a bitcoin ETF. However, if it does, it could lead to as much as $300 million in institutional money entering the bitcoin market during the first week alone.

This would likely have an outsize impact on the price of a single coin, he said.

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If You Traded Bitcoin, You Should Report Capital Gains To The IRS – Forbes


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