Category Archives: Cloud Computing

Journey to the Savage Planet released in late January to strong critical acclaim. Nathan rated it 8 out of 10, praising it as a spiritual successor of sorts to the Metroid series.

At its best, Journey to the Savage Planet really captures that Metroid magic. That excitement of seeing a temping ledge, cave, or cracked wall just out of reach, and then, bit by bit, figuring out how to get there. Unraveling Savage Planets secrets almost always feels rewarding, as theres very little collecting for collectings sake. Everything you find has a purpose. Often, I would try to play the disciplined reviewer and set myself hard goals, only to lose hours just happily exploring AR-Y 26 with no specific mission in mind. Thats the measure of a good Metroidvania. As a nice bonus, Savage Planet also includes two-player online co-op. The games world isnt specifically designed around it, so you lose nothing by playing on your own, but its always fun to explore with friends.

Journey to the Savage Planet was made by Typhoon Studios, a Canadian developer created by Alex Hutchinson, Yassine Riahi and Reid Schneider. Hutchinson, a long-time industry veteran who has credits as Lead Designer for The Sims 2 and Spore and as Director for Army of Two: The 40th Day, Assassin's Creed III and Far Cry 4, recently spoke with GamingBolt to discuss the specifications of Microsoft's Xbox Series X and Sony's PlayStation 5 next-generation consoles. According to him, cloud computing will be more impactful.

Activision Is Planning to Reveal Several Remasters in 2020, According to CEO

Its more power, but I think the cloud and being able to have large scale simulations and persistence will be the big new things this generation, so not so much the boxes themselves but what they connect to when youre not looking!

As a reminder, Typhoon Studios just became a first-party studio for Google Stadia, which certainly puts the statement in perspective. However, the cloud's potential has been highlighted before by several developers and publishers. We'll see if Typhoon Studios will be among those capable of showcasing what Google Stadia can do.

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Journey to the Savage Planet Dev Says Cloud Computing Will Be More Impactful Than Next-Gen Specs - Wccftech

As Amazon Web Services continues its cloud computing domination into 2020, the new decade starts with anticipation of how much No. 2 Microsoft Azure can close the gap after better-than-anticipated quarterly results reports from both this month.

The battle between the two public cloud rivals also will play out in the courtroom, where AWS is challenging the U.S. Department of Defenses award of the $10 billion JEDI cloud computing contract to Microsoft amid allegations of political interference from President Donald Trump.

Industry observers will be tracking the progress of No. 3 Google Cloud under CEO Thomas Kurian, as it continues its enterprise push and hybrid multi-cloud strategy with its Anthos platform.

Cloud computing continues to be the top spending priority among the 2,000 largest U.S. enterprises, according to a Morgan Stanley survey of CIOs in December.

Wedbush Securities analyst Daniel Ives, meanwhile, sees this year as an inflection point year for cloud spending thats driven by enterprises multi-cloud strategies.

We estimate that $300 billion has been spent on the cloud globally over the last four years and, looking ahead, upwards of $700 billion-plus will be spent over the next three years, which speaks to the massive cloud opportunity for Amazon, Microsoft, Google, and others (IBM), he said.

Heres a look at six cloud providers everyone will have their eyes on in 2020.

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6 Cloud Providers Everyone Will Be Watching In 2020 - CRN: Technology news for channel partners and solution providers

The ARK Next Generation Internet ETF (ARKW) is an actively managed fund with a broad mandate to invest in companies that its managers have identified as benefiting from an infrastructure shift away from hardware and software toward cloud and mobile.

Next Generation Internets wide-ranging directive does not limit its investments by geography or by industry. Instead, the funds managers are tasked with identifying companies they view as engaged in the next generation of internet evolution.

Broadly speaking, the ARKWs managers appear focused on big, recognizable buzzwords such as internet of things, cloud computing, digital currencies and wearable technology. Stocks of companies that fit ARKWs investment profile are expected to benefit from shifting technology infrastructure to the cloud. That transition will enable mobile, local and new services, including those provided by companies that rely on or benefit from the increased use of shared technology, infrastructure and services, internet-based products and services, new payment methods, big data, the internet of things and social distribution and media.

These companies may develop, produce or enable cloud computing and cyber security, e-commerce, big data, artificial intelligence (AI), mobile technology, internet of things, social platforms, blockchain and peer-to-peer (P2P) computing.

The fund is most heavily weighted in the United States, 89.33%, then Hong Kong, 6.76%, and China, 3.91%. Its top sectors include Internet services, 30.46%, Software, 23.09%, and Auto & Truck Manufacturing, 10.50%. Its top holdings are in Elon Musk-led Tesla Inc., 12.43%, Suare, Inc. Class A, 8.57% and Roku, Inc. Class A, 4.22%.

Chart Courtesy of http://www.StockCharts.com

The fund has $454.72 million in assets under management, 44 holdings and a 0.08% average spread. Its expense ratio is 0.74%. According to Investopedia, a low expense ratio is around 0.5% to 0.75%. The funds shares trade around $66 and have paid a 9.46% distribution yield for the past 12 months.

While the funds focus may be appealing for investors who believe in the value of these new technologies, portfolio implementation is a more difficult task. Most of the companies that are developing these advancements are huge corporations whose nascent technologies make up only a small fraction of total revenues. As such, it is very difficult to get pure-play access to ARKWs targeted technologies. So, be sure to confirm that the funds holdings not just its thesis align with your view of the space.

As always, I am happy to answer any of your questions about ETFs, so do not hesitate to send me an email. You just may see your question answered in a future ETF Talk.

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Gain Exposure to Cloud Computing, IoT and Cyber Security - Stock Investor

Despite the increased connectivity we benefit from in otherareas of our life, IT managers still largely lack remotevisibility and management of their distributed equipment. (Photo: Courtesy of Vertiv)

A new report from Vertiv points out to readers right of the bat a modern reality: An outageat a remote IT site not only affects the people and devices at the location it supports, but it can also create a chain reaction that often ends with an IT manager trying to fix the issue himself. And according to Vertiv, this manager is often without the benefit oftrained personnel on-site or even visibility into the exactequipment at the location.

And when a service person gets to the facility, they often have no insight into the cause of the outage, so diagnosing the problem takes time. If the issue is components, they will need to be replaced, meaning a second visit, and a prolonged outage.

Despite the increased connectivity we benefit from in otherareas of our life, IT managers still largely lack remotevisibility and management of their distributed equipment, the Vertiv report states.

The problem? This creates more potential downtime in remote or off-the-beaten-path locations, as well as escalatedservice costs and increased demand on internalIT resources.

The new report contends that today, new technology exists to revolutionize the waydistributed IT sites are managed and maintained.

The role of distributed IT is shifting. This is true for retaillocations, branch offices,university campuses or manufacturing plants and has been for a while. But these days, withalmost everyorganization becoming more digitized, the number of thesesites is increasing, and their role is changing, said Vertiv.

Some, of course, call this edge computing, while others know the trend as fog computing, distributed IT or remote sites. Regardless, they all share the same challenges in regard to availability, the report points out, and service management.

The ITmanager stays in the loop through the desktop interface orapp, receiving notifications of services and relatedinformation, without being pulled away from theirother tasks. Vertiv, of IT service management infrastructure

But changing the way distributed IT sites are managed andmaintained requires focus on four core capabilities, Vertiv says. The report highlights how to build a better management platform by honing is on the following:

With a service management infrastructure in place,IT organizations can ramp up visibility and control to cut down ondowntime in remote sites and respond quickly to any issueswithout active involvement from IT management.

Download the white paper, Managing Small Spaces:How Connectivity, the Cloud, Big Data andMobility are Revolutionizing Distributed IT andEdge Management, courtesy of Vertiv, whichoutlines howconnectivity, cloud computing, big data andmobile applications can work together to enable a newservice paradigm for remote sites that increases visibility,reduces downtime and supports optimization of these vitalIT resources.

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New Technology Shifting the Distributed IT and Edge Management Landscape - Data Center Frontier

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Today Global Knowledge published the 15 Top-Paying IT Certifications for 2020 based on the results of their 2020 IT Skills & Salary Report research. Eight of the certifications included in this years list are also included in the 2019 top-paying certification list. Five certifications are in cloud computing, up one from last year. Three are in cybersecurity, down two from last year. Amazon Web Services (AWS), Microsoft and Citrix each have two certifications in the top 15.

The 15 Top Paying IT Certifications for 2020 is based on survey responses from the Global Knowledge 2020 IT Skills and Salary Survey (a report to be released in the spring of this year). The studys goals center on cybersecurity, cloud computing, enterprise IT, networking and clarifying what skills professionals need to earn higher salaries and excel in their careers. A certification had to have at least 70 survey responses to ensure that the data was statistically valid, and the certification exam has to be currently available.

Key insights on the 15 top paying IT certifications in 2020 include the following:

The following table provides a breakout of the top 15 IT certifications in 2020 according to Global Knowledges latest survey published today.

Global Knowledge 15 Top-Paying IT Certifications for 2020

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15 Top Paying IT Certifications In 2020 - Forbes

The professional networking site, LinkedIn is a premier place for technology companies to gather information, connect with industry contemporaries, share ideas and develop a network. Moreover, even a cloud professional, be it a cloud engineer or IT professional with specialization in operating cloud solutions, can have access to additional insights into what the smartest in the industry are talking about. For them, various cloud computing LinkedIn professional groups are a proficient space, to begin with. Through this, cloud professionals will be able to stay aware and ahead in such a wide market space. Therefore, we have compiled a list of top 10 cloud computing groups on LinkedIn in 2020 where numerous similar expertise comes together to discover new insights, best practices and learn about software or tools their contemporaries are using in their daily operations.

About: A group for Cloud Computing, Cyber Security & Virtualization professionals to expand their network of contacts, share ideas and discuss industry-related topics.

The group covers VMware, SaaS, PaaS, Cloud Security, Cloud Computing & Server Virtualization technologies, Enterprise 2.0 Applications, technologies and architectures, CRM, cloud services, data center, Software as a Service, and on-demand applications.

Members Count: 494,628 professionals

About: This is a group for people involved in Current Big Thing Cloud Computing.

Members Count: 436,745 professionals

About: An exclusive group for Virtualization & Cloud Computing professionals to network and discuss industry-related topics such as Virtualization, VMware, Microsoft Hyper-V, Citrix Xen, Security, Enterprise, Mobile, Storage, VCP, VCDX, Cloud Power, SaaS, PaaS, Data Storage, Security. Technical Q&A and news are all supported and encouraged.

Members Count: 97,520 professionals

About: Amazon Web Services a global cloud solution provider. So far the main vendor to offer real tools for business to either move their applications to the cloud or build new solutions. Here you are welcome to link up with other users of AWS or you may want to learn from others. News of developers putting up new solutions into the AWS Cloud.

Members Count: 40,910 professionals

About: The IBM Cloud LinkedIn Group is for Cloud experts, customers, Business Partners, analysts, and other stakeholders to discuss, share, and collaborate on Cloud Computing. This network will help better understand the potential of Cloud Computing, the attributes of Cloud Computing, and what it means as an evolving model for IT infrastructures building on concepts such as virtualization, utility and grid computing, and SaaS and driving expectations for access, consistency, and quality in the user computing experience.

Members Count: 28,149 professionals

About: The Telecom IT Updates group facilitates relationships, education, and new opportunities for professionals in the IT and Telecom industries. This group is sponsored by Telarus, Inc.

Members Count: 70,627 professionals

About: The Cloud Storage group was formed in order to provide a common ground for the introduction and advancement of cloud storage and computing technology

Members Count: 45,664 professionals

About: The Cloud Networking group was formed in order to provide a common ground for the introduction and advancement of cloud networking and distributed network computing technology

Members Count: 12,711 professionals

About: The Cloud Computing and SaaS Best Practices Group is an open forum for Directors, VPs, and C-level executives working in Product Management, Operations and Information Technology. Join in to interact with peers and discuss best practices in Cloud Computing, cloud hosting, and SaaS.

Members Count: 2,829 professionals

About: Two of the most vibrant information technology trends are open source software and cloud computing. In combination, they are multiplying value at a near Moores Law rate. This group is for discussion and exchange of information about open source cloud computing (OSCC).

Members Count: 2,325 professionals

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Top 10 Cloud Computing Groups on LinkedIn in 2020 - Analytics Insight

More and more businesses are migrating their systems to the cloud than ever before, in order to free up staff time and increase efficiencies. However, before undertaking such a project, its important to understand any implications for the organisations people, processes, systems and infrastructure. So how can businesses steer clear of common pitfalls and ensure their cloud migration project is a success?

Adoption of cloud computing has taken off in recent years and this trend is set to continue in 2020, with the proportion of global business processes in the cloud expected to rise to 83%. Given the range of business benefits that stand to be realised from cloud-based systems, this projection comes as no surprise.

Helping to enhance efficiencies and speed up routine business processes, cloud migration projects can help to free-up staff time for investment invaluable business improvement activities. By enabling remote working, cloud-based systems can also help organisations to improve workforce wellbeing, while faster customer response times can help in strengthening the business market position. Another key business benefit includes the ability to scale cloud-based processes up or down as requirements change, helping companies to react to evolving market conditions.

Despite the many advantages of switching systems to the cloud, some common myths may still be preventing businesses from realising their full value. For example, there is often a misunderstanding that cloud-based systems are more expensive than having local, on-premises systems. In reality, the ongoing costs involved in cloud computing are often lower, allowing businesses to pay only for what they use.

Another factor driving cost-efficiency is the ability to migrate small areas of business systems at a time, depending on demand. While early adopters of the cloud may have had initial concerns about data security, its also important to bear in mind that modern cloud platforms are now highly secure and often come with tech support, reducing the business reliance on in-house IT support.

Before embarking on a migration project, a crucial first step is to ensure the activity is driven by the organisations wider business strategy. To optimise results from projects, leaders should also invest time in ensuring that the workforce is in the know about the projects objectives and are fully engaged in making it a success.

One common pitfall during migration initiatives is the temptation to migrate a large number of business areas, without testing applications first. For example, rather than attempting to move large amounts of sensitive data early on, it may be wise to begin by migrating a smaller area, such as the business email system. By ensuring that the cloud system is performing properly, the company can then move onto more business-critical areas. Another mistake is attempting to shoehorn on-site applications for use on the cloud, which may ultimately prevent them from performing at full capacity. Instead, it may make sense to carefully consider how an application functions, and how the cloud may be able to support this.

Developing a detailed plan can help businesses to drive maximum value from cloud migration initiatives and avoid running into problems after project delivery. As well as addressing which applications or systems to migrate, and which to focus on first, the plan should consider how day-to-day business disruption can be kept to a minimum. An important part of this is deciding whether the business has the necessary IT expertise to support project delivery in-house. If not, it may be necessary to seek external support, with experience of helping businesses to ensure that the migration project is a success.

To avoid any domino effects on the wider areas of the business, its also worth assessing any impacts on the organisations people, processes, systems and infrastructure. In particular, leaders should remember that cloud-based IT is likely to require new ways of working, so staff should be upskilled at an early phase to mitigate any impact on their individual roles.

By planning ahead and considering how cloud computing fits into their long-term strategy, businesses can unlock significant value from migration projects. However, given the rapid pace of technological change, simply delivering projects and moving on is unlikely to prove effective. By engaging expert support and adopting an approach of continuous improvement when investing in cloud migration projects, organisations can realise results from digital transformation for many years to come.

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Cloud computing and data: The dos and don'ts of cloud migration - Open Access Government

In todays digital age, more and more organizations are migrating their systems to cloud to increase efficiencies at a lower cost. Migrating to the cloud can scale up to support larger workloads and greater numbers of users more easily than on-premises infrastructure that requires businesses to acquire and set up additional physical servers, networking equipment, or software licenses. In recent years, the adoption of cloud computing has climbed up and is continue to upsurge as almost 83 percent of enterprise workloads predicted to be in the cloud by 2020.

However, cloud migration is not as simple as it offers a wide array of advantages to users. When it comes to undertaking such projects, it is significant to understand business needs and plan migration accordingly.

Lets have a look at some top dos and donts that can help migrate to the cloud efficiently.

Define Goals

Before migrating systems to a cloud environment, businesses must determine what they want to accomplish with cloud migration. Whether they are looking for a certain performance or to save costs. Having a clear understanding and definite goals can assist to design smooth landing zone on the cloud. Moreover, to thwart any domino effects on the wider areas of the business, it is also worth analyzing any impacts on the organizations people, processes, systems and infrastructure.

Applications Assessment

Assessing applications and leveraging cloud-native features can increase availability and resiliency, while lessening management overhead. Companies must reconsider their operating model and the services management layer when migrating to the cloud. Instead of shifting existing on-prem applications to a cloud infrastructure, businesses are better served to adapt applications for the new, more agile environment. By ensuring the cloud system is performing appropriately, organizations can then move onto more business-critical areas.

Develop Plan

Migrating business projects with a detailed plan can assist companies to garner maximum value from the cloud. They must interpret which applications or systems they want to migrate, and which to focus on first. By determining how much data are you migrating and what is the bandwidth you are running to Azure, for instance, can provide an idea of how long time it will take. Most importantly, deciding whether a business has the necessary IT expertise to support project delivery in-house.

Myths of Costs

As migrating to a cloud environment offers several advantages, some common myths about its cost-efficiency may still be foiling businesses from realizing their value. There is often a mix-up that cloud-enabled systems are more expensive than having local, on-premises systems. But in reality, the ongoing costs of cloud computing are often lower, offering a pay-as-you-go model. This means it allows businesses to pay only for what they are using.

Overlooking Security

Security is one of the most significant aspects while planning to switch to the cloud. As most early adopters of the cloud may have had initial concerns over data security, it is essential to ensure all the security measures that organizations already have in place. For instance, Azure offers secure underlying infrastructure and services, but also business leaders will need to be diligent in safeguarding what they put out there.

Missing a Tipping Point

Organizations must make effective decisions while their cloud migration doesnt offer them cost savings, faster time to market for application development, enhanced business collaboration, and some other intangible benefits. Cloud computing can serve a horde of purposes, but it is up to businesses to find out those purposes according to their operation. Most significantly, companies must make sure that their cloud migration must be aligned with the overall business strategy for it to be successful.

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Interpreting Top Dos and Don'ts While Migrating to the Cloud - Analytics Insight

The research report Cloud computing IaaS in Life Science Market Analysis 2020 provides an estimate of the market size from 2020 to 2026 in terms of value and volume. It also includes a full assessment of key market segments and Cloud computing IaaS in Life Science Market shares with the latest Trends and technologies used in the energy industry, as well as an instructive overview of the vendor landscape and geographic expansion of the market. The research study examines the Cloud computing IaaS in Life Science Market based on a number of criteria such as Product Type, Application and geographic extent. The market shares of these segments are formulated in such a way that they offer readers of the Cloud computing IaaS in Life Science Market an opportunistic Roadmap.

Global Cloud computing IaaS in Life Science market was valued at USD 946.1 million in 2017 and is projected to reach USD 5,245.31 million by 2025, growing at a CAGR of 32.7% from 2018 to 2025.

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The Cloud computing IaaS in Life Science Market report is an important research document for target groups such as manufacturers, raw material suppliers and buyers, industry experts and other companies. First, the report talks about the Cloud computing IaaS in Life Science Market Overview, which helps in the Definition, classification and statistical Details of the market gives information about the current market status and the future forecast. In the next part in a row, the report describes the drivers and constraints that influence the market, as well as various market trends that shape the supply and distribution chains of the market. The Cloud computing IaaS in Life Science Market report also looks at market dynamics covering emerging markets and growing markets, although new opportunities and business challenges for emerging market participants along with key industry news and business policy by region.

The top manufacturer with company profile, sales volume, and product specifications, revenue (Million USD) and market share

Global Cloud computing IaaS in Life Science Market Competitive Insights

The competitive analysis serves as a bridge between manufacturers and other participants that are available on the Cloud computing IaaS in Life Science Market. The report includes a comparative study of Top market players with company profiles of competitive companies, Cloud computing IaaS in Life Science Market product innovations and cost structure, production sites and processes, sales details of past years and technologies used by them. The Cloud computing IaaS in Life Science Market report also explains the main strategies of competitors, their SWOT analysis and how the competition will react to changes in marketing techniques. In this report, the best market research techniques were used to provide the latest knowledge about Cloud computing IaaS in Life Science Market to competitors in the market.

Global Cloud computing IaaS in Life Science Market Segmentation information

The report provides important insights into the various market segments presented to simplify the assessment of the global Cloud computing IaaS in Life Science Market. These market segments are based on several relevant factors, including Cloud computing IaaS in Life Science Market product type or services, end users or applications and regions. The report also includes a detailed analysis of the regional potential of the Cloud computing IaaS in Life Science Market, which includes the difference between production values and demand volumes, as well as the presence of market participants and the growth of each Region over the given forecast period

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Cloud computing IaaS in Life Science Market: Regional Analysis :

As part of regional analysis, important regions such as North America, Europe, the MEA, Latin America, and Asia Pacific have been studied. The regional Cloud computing IaaS in Life Science markets are analyzed based on share, growth rate, size, production, consumption, revenue, sales, and other crucial factors. The report also provides country-level analysis of the Cloud computing IaaS in Life Science industry.

Table of Contents

Introduction: The report starts off with an executive summary, including top highlights of the research study on the Cloud computing IaaS in Life Science industry.

Market Segmentation: This section provides detailed analysis of type and application segments of the Cloud computing IaaS in Life Science industry and shows the progress of each segment with the help of easy-to-understand statistics and graphical presentations.

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Competition: Here, the report provides company profiling of leading players competing in the Cloud computing IaaS in Life Science industry.

Forecasts: This section is filled with global and regional forecasts, CAGR and size estimations for the Cloud computing IaaS in Life Science industry and its segments, and production, revenue, consumption, sales, and other forecasts.

Recommendations: The authors of the report have provided practical suggestions and reliable recommendations to help players to achieve a position of strength in the Cloud computing IaaS in Life Science industry.

Research Methodology: The report provides clear information on the research approach, tools, and methodology and data sources used for the research study on the Cloud computing IaaS in Life Science industry.

What will you find out from the global Cloud computing IaaS in Life Science Market Report?

The report contains statistical analyses of the current and future Status of the global Cloud computing IaaS in Life Science Market with a forecast to 2026.The report contains detailed information on manufacturers, Cloud computing IaaS in Life Science Market raw material suppliers and buyers with their trade outlook for 2020-2026.The report informs you about the most important drivers, technologies and Trends that will shape the global Cloud computing IaaS in Life Science Market in the near future.The report added an exclusive market segmentation, broken down by Product Type, Cloud computing IaaS in Life Science Market end user and Region.The strategic perspectives on Cloud computing IaaS in Life Science Market Dynamics, current production process and applications.

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Trending 2020 : Cloud computing IaaS in Life Science Market Report Examines Analysis by Latest Trends, Growth Factors, Key Players and Forecast to...

For investors looking for a multitude of disruptive themes under the umbrella of a single ETF, the ALPS Disruptive Technologies ETF (CBOE: DTEC) is a fund that makes a lot of sense.

DTEC tracks the Indxx Disruptive Technologies Index, which identifies companies using disruptive technologies across ten thematic areas, including Healthcare Innovation, Internet of Things, Clean Energy and Smart Grid, Cloud Computing, Data and Analytics, FinTech, Robotics, and Artificial Intelligence, Cybersecurity, 3D Printing, and Mobile Payments.

That benchmark only features companies that derive a minimum of 50% of revenue from a single disruptive technology thematic area and the index provider will review the themes every three years for inclusion.

Companies using disruptive technologies are defined as those entering traditional markets with new digital forms of production and distribution, seek to disrupt an existing market and value network, displace established market-leading firms, products, and alliances and increasingly gain market share.

Fintech is one area DTEC has exposure and it could be impactful for the fund this year. Fintech allows financial firms to leverage cutting edge technology to reduce costs, improve decision making and risk controls, remove middlemen and enhance customer experiences. A thematic approach includes investments that stand to benefit from structural change driven by demographic and technological changes.

The payment processing space is seeing a growing number of big bets placed by venture capitalists, which could give financial technology ETFs a boost. Its a $1.9 trillion industry that the largest tech firms are trying to tap into.

DTECs cloud exposure is also worth highlighting. Declining costs in cloud adoption and increasing ease of use are among the factors driving the cloud computing boom. Several of DTECs components have first-mover advantages in various cloud niches and are building attractive competitive moats in the space.

Related:Robots Could Soon Be Drawing Your Blood

The cloud computing industry that was estimated to be worth $188 billion in 2018 is expected to be worth over $300 billion by 2022, a nearly 15% annualized growth rate.

Artificial intelligence (AI) is another prominent DTEC theme.

As technology continues to advance, it gives cybercriminals more tools to defraud consumers and in turn, companies are fighting back with artificial intelligence (AI). This gives disruptive-focused ETFs more prominence as AI sets out to fight the good fight.

DTEC charges 0.50% per year, or $50 on a $10,000 investment.

For more on disruptive technologies, visit our Disruptive Technology Channel.

The opinions and forecasts expressed herein are solely those of Tom Lydon, and may not actually come to pass. Information on this site should not be used or construed as an offer to sell, a solicitation of an offer to buy, or a recommendation for any product.

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A Lot of Disruption in One Technology ETF - ETF Trends