Virtual/Augmented Reality: Commercial and industrial applications account for most deals

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CBInsights_VRAR-funding

CB Insights:

The number of VR/AR startups is increasing as venture capital dollars continue to flood in, with investment reaching an all time high in 2015 of $658M in equity funding across 126 deals, according to CB Insights data. Even as VR/AR startups launch, larger corporates are developing VR/AR-related businesses, products, and investing in the space…

VR/AR categories

Commercial and industrial applications

The companies in this category will advance productivity in an enterprise setting through enhanced visualization. Commercial and Industrial applications of VR/AR include marketing technology, sports training, labor training, retail, interior design, real estate, transactions, aerospace/defense, security, quality testing, manufacturing, logistics, healthcare, and data analytics.

Content 

Pure content studios and agencies that create VR/AR content such as bonus movie or TV show content and journalistic content. This category also includes gaming and education. There are a number of companies that resemble production houses, advertising agencies or VR “work-for-hire” shops that produce VR/AR experiences for their clients. Some of these companies have started off as pure content creators and have later also become distributors.

  • Education 

These companies provide learning and education for people whether it is for the classroom, corporate learning management, or certifications. The education software market will see innovation through immersive learning enabled by VR/AR.

  • Gaming

Gaming is of the more obvious and near-term use cases for VR/AR. Popular first person shooters such as Wolfenstein 3D, Halo, and massive multiplayer online role playing games (MMORPGs) such as Everquest and World of Warcraft were popular video games that immersed gamers in alternate visually appealing environments (for their time) and enabled interaction with bots and other players. New VR games coming out will advance that immersive experience, once confined by a screen.

Discovery & Distribution

These companies provide a destination to search and discover VR/AR content and apps. Some of them have created their own content to seed their platforms while some of the content companies have added discovery and distribution as part of their offering, as noted above.

Social

Companies in this category allow for social, collaboration and communication within the medium. I’ve seen companies here provide virtual meeting environments and chat rooms where the user is represented in a virtual environment with an avatar.

Hardware

Hardware includes head mounted displays (HMDs), mobile HMDs, other mixed reality displays, cameras and capture technology, accessories and input devices, and specialty lenses. After Facebook’s acquisition of Oculus, it is interesting to see other companies’ involvement with HMDs: Google’s investment in Magic Leap, HTC’s Vive,  Samsung’s collaboration with Oculus on the GearVR, Sony’s PlayStation VR, and Fox’s recent investment in Osterhout Design Group.

Infrastructure & Tools

This category captures a lot of different types of companies, but in essence these companies (aside from the headsets and mobile devices) provide the backbone, piping, delivery, building blocks, or creation software for VR/AR. I consider this category to encompass creation tools, dev tools, gaming engines, SDKs, gesture & motion tracking, haptic feedback technology, WebVR, encoding, and live-streaming tools. Companies in this space are solving the technology limitations for great VR/AR experiences (such as high quality delivery, VR/AR asset transfer, and the challenges of “presence”).

Funding Data

The top funded categories were hardware, followed by infrastructure and tools, commercial/industrial applications, and content. The least funded category is discovery and distribution.

 

 

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The Evolution of Digital Capacity by Country

Digital_Capacity_byCountry

The Fletcher School, Tufts:

The Digital Evolution Index (DEI) analyzes the key underlying drivers and barriers that govern a country’s evolution into a digital economy: Demand, Supply, Institutional Environment, and Innovation. A longitudinal analysis of these four drivers during the years 2008 to 2013 enables us to make sense of the evolving global digital landscape, reveal patterns and provide insights into both current consumers and those to come. The index and the corresponding analyses of the patterns reveal many broad conclusions – each of them has powerful managerial, investment and policy implications.

Digital_Capacity Explainer

See also Bhaskar Chakravorti and Ravi Shankar Chaturvedi Europe’s Other Crisis: A Digital Recession and Where the Digital Economy Is Moving the Fastest

Watch the HBR video
//players.brightcove.net/2071817190001/e17e6e1b-ffd1-4650-843d-76760bab288b_default/index.html?videoId=4443548302001

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IoT: Market Landscape, Companies, Funding, VCs, Maturity Level

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What has @Facebook Wrought: No More Six Degrees of Separation

Facebook_degreesOfSeparation

Facebook:

How connected is the world? Playwrights [1], poets [2], and scientists [3] have proposed that everyone on the planet is connected to everyone else by six other people. In honor of Friends Day, we’ve crunched the Facebook friend graph and determined that the number is 3.57. Each person in the world (at least among the 1.59 billion people active on Facebook) is connected to every other person by an average of three and a half other people. The average distance we observe is 4.57, corresponding to 3.57 intermediaries or “degrees of separation.” Within the US, people are connected to each other by an average of 3.46 degrees.

Our collective “degrees of separation” have shrunk over the past five years. In 2011, researchers at Cornell, the Università degli Studi di Milano, and Facebook computed the average across the 721 million people using the site then, and found that it was 3.74 [4,5]. Now, with twice as many people using the site, we’ve grown more interconnected, thus shortening the distance between any two people in the world.

Note that the original research project concluded that people in the United States, not “the planet,” were separated by about six people on average. See Wikipedia for a summary of Milgram’s small-world experiment and Milgram’s 1967 Psychology Today article (PDF).

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5.5 billion mobile users in 2020

Cisco_VNI_2016

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102 Startups Digitally Disrupting Banking

CBinsights_digital-banking-market-map

 

CB Insights:

Digital banking startups have secured more than $10.3B in funding since 2010, as they disrupt the banking value chain, providing consumers with new alternatives for services traditionally dominated by consumer banks, including lending, bill pay, personal finance, and investment management.

The breakdown of the categories is as follows:

  • Marketplace Lending: Tech startups primarily providing platforms for consumer borrowers to connect with willing lenders. These are often referred to as peer-to-peer (P2P) lenders, though institutions also provide capital on many of these marketplaces.
  • Direct Lending & Underwriting: Companies primarily lending directly online and/or facilitating consumer access to credit scoring, often using machine learning technologies and other nontraditional methods to assess creditworthiness.
  • Online/Mobile Banking: Startups providing digital-native banking deposit and account solutions, either online or through various mobile platforms.
  • Personal Finance: Tech startups offering tools and advice to manage personal accounts, expenses, budgeting, and personal financial planning.
  • Bill Pay / Money Transfer: Startups enabling individuals to transfer money to peers and pay bills, often across international borders.
  • Investment Management: A broad category encompassing companies serving retail investors with automated, social, or other novel investment vehicles and advice. These startups may also offer retail investors alternative ways to access securities beyond large traditional brokerages. Some, like Personal Capital, pair algorithmically-driven advice and portfolio management with human advice.
  • Robo-advisor: Investment management startups that focus exclusively on providing fully automated, algorithm-driven investments.
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The Myths of Disruptive Innovation and Accelerating Speed

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The Economist:

More creative destruction would seem to imply that firms are being created and destroyed at a greater rate. But the odds of a company dropping out of the S&P 500 index of big firms in any given year are about one in 20—as they have been, on average, for 50 years. About half of these exits are through takeovers. For the economy as a whole the rates at which new firms are born are near their lowest since records began, with about 8% of firms less than a year old, compared with 13% three decades ago. Youngish firms, aged five years or less, are less important measured by their number and share of employment.

Some studies suggest that the period over which firms could sustain a competitive advantage shortened in the 1970s and 1980s, perhaps owing to deregulation. But for today’s incumbents life looks sweet and stable. In 2000 about half the S&P 500 had been making a pre-tax return on capital of at least 12% every year for five years. The share is the same today. The rate at which listed firms depreciate their plant and software has held fairly steady, too.

Many bosses complain that capital markets amplify a wired-up society’s hyperactive impulses. But on some measures they are becoming less short-term. The average maturity of a newly issued corporate bond has risen to 17 years from ten years in the 1990s, reflecting the attractions of borrowing for longer maturities when interest rates are low. The average holding period for a share of an S&P 500 firm is still a pitifully low 200 days, but that has doubled since 2008 and is comparable with levels a decade ago. The big fall was in the 1990s.

Intra-day churn by high-frequency trading programs accounts for about half of stockmarket turnover, according to Ana Avramovic of Credit Suisse. But that masks the rise of more stable investors. Large “passive” fund managers such as BlackRock and Vanguard have got much bigger in the past decade and their holding periods are indefinite. The average holding period of actively managed mutual funds, meanwhile, has risen to about two years. In 2000 it was closer to one.

Some executives are doubtless spivs, willing to cut investment to hit earnings targets. And economists have shown that investors discount the value of far-off profits more than they should. But it is not clear that long-term investment has shrunk. For both S&P 500 firms and the economy as a whole, corporate investment (including plant and equipment, software and R&D spending) has been steady relative to sales, assets and GDP.

Investment has fallen relative to profits, but that is because margins are at a record high thanks to lower wage costs. Companies are generously giving their owners dividends and share buy-backs while being stingy with their staff. But by historical standards they are not being miserly about investment. Were firms to invest what they spent on buy-backs, investment would have to rise to 15% of sales, far above the 25-year average of 9%. Low interest rates may mean the cost of capital is cheap, but most firms worry that they reflect the risk of slow economic growth.

Bosses grumble they are under constant pressure to perform, but they are being pushed down the gangplank more slowly. The median tenure of serving CEOs was five years in 2014, up from three in 2007. The average retiring chief executive of an S&P 500 firm in 2014 had been in office for ten years—the highest figure since 2002.

The result is a puzzle. Business people feel time is accelerating—but the figures suggest they are largely talking guff. One possibility is that their perception of speed is a leading indicator, and that a giant wave of disruption is just about to strike. But many of the reputational giants of Silicon Valley are financial tiddlers. Uber has $2 billion of sales—if it were listed it would be the world’s 3,882nd-biggest public firm. Airbnb’s sales account for 1-2% of the hotel industry’s total. These firms are platforms for purchasing services, but beneath them, the assets and people—cars, rooms, drivers—change far less dramatically, if at all. People who use dating apps still go to restaurants. Overall, McKinsey & Co, a consulting firm, estimates that technology disruption could lower global corporate profits in 2025 by 6%: significant but not overwhelming.

A better explanation of the puzzle comes from looking more closely at the effect of information flows on businesses. There is no doubt that there are far more data coursing round firms than there were just a few years ago. And when you are used to information accumulating in a steady trickle, a sudden flood can feel like a neck-snapping acceleration. Even though the processes about which you know more are not inherently moving faster, seeing them in far greater detail makes it feel as if time is speeding up.

This unsettling sensation is common to most chief executives—a straw poll suggests that they receive 200-400 e-mails a day. Their underlings are deluged with information, too. AT&T now tracks faults on its telecoms networks by monitoring social media for grumpy customers letting off steam online. Big consumer brands are subject to a rolling online plebiscite from their customers. This abundance of information gives firms a cloak of hyperactivity.

Lift up the hem, however, and the illusion of acceleration gives way to a dangerously stolid reality. As well as lower rates of new company creation, industries have become more oligopolistic. Of 13 industrial sectors in America, ten were more concentrated in 2007 than they had been in 1997. Since then there has been a huge round of mergers in health care, consumer goods, airlines, cable-TV, telecoms and technology hardware. Most of these deals have created bigger firms with higher market shares and more pricing power.

The technology platforms through which people get information and shop—those of Google, Apple and the like—have high market shares too. These firms are extraordinarily profitable and have accumulated a lot of cash—41% of the total held by big American firms outside the financial sector sits with tech companies. Perhaps they are clinging to these safety belts because they fear that they will be swept away by new rivals. Perhaps they will use their huge resources to buy other firms and further increase their pricing power.

For managers the illusion of acceleration is dangerous if it prompts them to churn their portfolio of businesses ever faster. GE has bought and sold businesses worth over 100% of its capital base in the past decade or so. American pharmaceutical firms have attempted $1.1 trillion of deals since the start of 2014, equivalent to 51% of their current stockmarket value. …

Forget frantic acceleration. Mastering the clock of business is about choosing when to be fast and when to be slow.

Financial Times:

You can always go faster than you think you can.

Those are not my words. They are the words of Meg Whitman, Hewlett-Packard Enterprise chief executive, who said them about 10 days ago at Davos, where they were duly jotted down and published in a collection of quotes from world leaders during their week in the snow.

I admire the Whitman aphorism for its simple syntax and nice short words. The only trouble with it is that it’s nonsense. Often in business you can’t go nearly as fast as you fondly think you can. When you try, you fall on your face — and Ms Whitman, of all people, should know that. If her predecessor at HP hadn’t been quite so hasty in buying Autonomy, it would have saved itself a big mess.

The 35 other quotes are almost all as dismal; variously moronic (“The fourth industrial revolution should be a revolution of values”), silly (“Let’s put our optimism goggles on”) or empty (“We are not the prisoners of a predetermined future”).

When I first read the collection I thought it was a spoof. Then I thought the quotes were real but selected maliciously to make the speakers look foolish. I now discover they were specifically picked by the World Economic Forum not as the stupidest things famous people said at Davos 2016, but as the smartest.

Most disturbingly — given that Davos is kept afloat on corporate money — every quote devoted to business is not just empty, but wrong. Marc Benioff, CEO of Salesforce, picks up where Ms Whitman left off by declaring: “Speed is the new currency of business.” On the contrary, there is no evidence that business is speeding up. …

What are we to conclude from these worthless soundbites? Do they prove that world leaders are fools? Not at all. I think they establish the truth of a new law that was proposed to me recently by a smart European Commission functionary. He has noticed that the amount of guff talked is always in direct proportion to the size of the audience.

Business leaders like talking to big audiences as it’s good for their prestige. Equally, they know it is bad form to say anything new or interesting to lots of people as it would mean giving away something for nothing. All the other important speakers are equally reluctant to cast pearls before swine, and so forgive each other their dull platitudes.

The idiots are not the waffling speakers. They aren’t even the people in the audience who have paid through the nose to hear nothing — as their own prestige is enhanced simply by being there. The only idiots are people like me who look at the quotes and are outraged to find them an empty collection of bien pensant twaddle.

 

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The History of Artificial Intelligence (Video)

[youtube https://www.youtube.com/watch?v=NGZx5GAUPys]

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Internet Publishing Industry Grew 13% to $110 Billion in 2014

Services industries 2014

Revenue for Internet publishing and broadcasting and Web search portal (NAICS 519130) employer firms increased 13.1 percent to $109.6 billion between 2013 and 2014. These information sector firms are primarily engaged in publishing and/or broadcasting content on the Internet exclusively or in operating websites that use a search engine to generate and maintain extensive databases of Internet addresses and content in an easily searchable format. Revenue among wireless telecommunications carriers (NAICS 517210) – another industry in the information sector – grew 8.0 percent between 2013 and 2014 to $251.8 billion.

All in all, information sector (NAICS 51) revenue increased 5.3 percent to $1.4 trillion for employer and nonemployer firms. This sector is primarily comprised of publishing industries, including software and Internet publishing, motion picture and sound recording, broadcasting and telecommunications.

These revenue data come from the Service Annual Survey, which provides the most comprehensive national statistics available each year on service industry activity in the United States. Dating from 1982 as an annual survey and last expanded in 2009, the survey collects data on revenues, expenses, and other measures from firms in most service industries. Together, these industries account for approximately 55 percent of the U.S. gross domestic product and had aggregate revenue of $13.4 trillion in 2014 for employer and nonemployer firms. …

Newspaper publishers (NAICS 511110) saw employer revenue decline 1.4 percent to $28.1 billion in 2014.

The television broadcasting industry (NAICS 515120), which includes local stations and television networks, experienced a 12.5 percent rise in employer revenue to $50.4 billion in 2014.

Source: Census Bureau

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Present and Future IoT: Numbers from IDC (Infographic)

IDC-IoT

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