Monday, April 18, 2016

XO Integrates Skype, Salesforce into Hosted PBX Offer

XO Communications (XO) has integrated Skype for Business (formerly called Lync) as well as Salesforce into its hosted PBX (HPBX) solution, allowing phone calls to be placed directly from CRM systems and automatically accessing customer records upon call connection.


The Skype for Business integration allows users to leverage seamlessly all Skype collaboration tools while connecting phone calls through the HPBX platform.


The XO service now also supports multipoint video conferencing and allows customers to invite users not on the HPBX platform to participate in conferencing and collaboration sessions.


Those moves illustrate the difficulties of tracking the “business phone system” market separately from the unified communications and conferencing markets. In fact, most analysts include all those segments within a single unified communications market.


source: IDC

Data Demand Will Exceed Supply by 2020, Nokia Bell Labs Argues

Data demand will exceed supply by about 19 percent by 2020, Bell Labs Consulting, a division of Nokia Bell Labs, now argues, unless access providers boost investment.

That would not be a surprising claim, coming from a major supplier of solutions for such problems.

Bell Labs Consulting found that audio and video streaming will be the highest contributors to the increased traffic demand in coming years, accounting for a 79 percent total increase by 2020.

Bell Labs Consulting models show that by 2020, 67 percent of the worldwide consumption demand can be met by Wi-Fi.



Another 14 percent can be addressed by the current adoption rate of 3G, LTE, small cells and the emergence of new technologies such as 5G.

So network operators will need to accelerate their path to 5G and cloud technologies, such as network function virtualization (NFV) and software-defined networking (SDN), and adopt new business models to address the demand gap, Bell Labs argues.

The emerging unknown in the network equation is the Internet of Things, Nokia says.

The number of IoT connected devices is expected to grow from 1.6 billion in 2014 to between 20 and 46 billion by 2020.

Of this total, cellular IoT devices will be between 1.6 billion and 4.6 billion in 2020. Despite this massive adoption, the overall cellular traffic generated by IoT devices will only account for two percent of the total mobile traffic by 2020 until video-enabled sensors and cameras begin to predominate.

Signaling traffic is where there likely will be an impact, however.

A typical IoT device may need 2,500 transactions or connections to consume 1 MB of data, while the same amount of data can be consumed in a single mobile video connection.

As a result, daily network connections due to cellular IoT devices will grow by 16 to 135 times by 2020 and will be three times the connections initiated by human generated traffic.

By 2020, global consumption demand for digital content and services on mobile and portable devices will see a global average increase of 30 to 45 times from 2014 levels -- with some markets experiencing as much as a 98-fold jump.

Verizon Readies New FiOS IP Video Service

In addition to its go90 mobile video streaming service, Verizon appears close to launching a new managed video service to run over its FiOS network, but with features more like an over the top streaming service, though it apparently will require use of a Verizon decoder, as does the current FiOS TV service, Variety reports.  

Both go90 and the new TV service show Verizon is serious about its belief that linear TV is not going to be the dominant delivery method in the future.

Observers believe the new service will incorporate additional services such as AOL and Netflix, using the “menu” approach common to smart TVs and Internet TV dongles.

In the past, many have questioned how well firms such as Verizon (and other telcos) would perform in the entertainment video markets. It is not a core competency, many would argue.

That is true, but arguably is true for virtually all participants in IP content, app and service ecosystems who move into adjacencies.

One might argue that devices and video streaming are not core competencies for Amazon. One might argue Internet access, devices, self driving cars, artificial intelligence and most apps other than search are not core competencies for Google.

One might argue Facebook’s core competence is not messaging, or that cable TV companies would never be “good” at selling communications services to enterprises and mid-market businesses.

None of that has mattered.

These days, participants moving into adjacencies is simply part of business strategy in competitive markets.

U.S. Fixed Wireless Market About to be Rearranged

With Google, Facebook and AT&T exploring, testing or intending to deploy fixed wireless  for Internet access networks, the fixed wireless industry is on the brink of major redefinition. AT&T alone has said it would use fixed wireless to serve 13 million locations.

Others such as Starry, also are hoping fixed wireless emerges as a major platform for providing Internet access.

In 2012, there were perhaps 2,000 to 2,500 fixed wireless Internet service providers supplying Internet access to two million to three million subscribers in the United States, according to the Wireless Internet Service Providers Association.

So just about any serious deployment of Google, Facebook or AT&T fixed wireless would immediately reshape the U.S. fixed wireless business.

At 13 million connections, AT&T alone would represent 87 percent of all U.S. fixed wireless installed base, even if Google Fiber and Facebook added zero new accounts in the U.S. market.

Assuming Google is able to add only incrementally to its present installed base of accounts, while Facebook does not even enter the U.S. market, AT&T now looms as the major factor in the U.S. fixed wireless market.

Sunday, April 17, 2016

Cloud Infrastructure Growing Faster than Software as a Service

The worldwide public cloud services market is projected to grow 16.5 percent in 2016 to total $204 billion, up from $175 billion in 2015, according to Gartner, Inc.


The highest growth will come from cloud system infrastructure services (infrastructure as a service [IaaS]), which is projected to grow 38.4 percent in 2016.


Gartner now also includes cloud advertising in its cloud services forecast.


Cloud advertising includes cloud-based services that support the selection, transaction and delivery of advertising and ad-related data.


Cloud application services (SaaS) are forecast to grow 20.3 percent in 2016, to $37.7 billion.


Cloud advertising services involve an auction mechanism that matches bidders with advertising impressions as they become available.


In fact, cloud advertising will be the largest segment of the global cloud services market, growing 13.6 percent in 2016 to reach $90.3 billion in 2016.


"The market for public cloud services is continuing to demonstrate high rates of growth across all markets and Gartner expects this to continue through 2017," said Sid Nag, research director at Gartner. "This strong growth continues reflect a shift away from legacy IT services to cloud-based services, due to increased trend of organizations pursuing a digital business strategy."


Worldwide Public Cloud Services Forecast (Billions of U.S. Dollars)
2015
2015 Growth (%)
2016
2016 Growth (%)
Cloud business process services (BPaaS)
39.2
2.7
42.6
8.7
Cloud application services (SaaS)
31.4
15.5
37.7
20.3
Cloud application infrastructure services (PaaS)
3.8
16.1
4.6
21.1
Cloud system infrastructure services (IaaS)
16.2
31.9
22.4
38.4
Cloud management and security services
5.0
20.7
6.2
24.7
Cloud advertising
79.4
15.4
90.3
13.6
Total market
175.0
13.7
203.9
16.5



Saturday, April 16, 2016

Bankruptcy for Former Incumbent Telcos?

Few veterans of the monopoly telecom business can imagine outright failure of the former incumbents. But few should hold such views. Outright failure seems not only possible, but increasingly likely, over the next couple of decades.

Pre-1980, the notion that a national telecom company could go “out of business” was fanciful in the extreme. In the Internet Protocol era, any single provider probably can “go out of business” without imperiling the national interest in maintaining a viable communications fabric.

That is, to say the least, a huge change in possibility that all too often seems imperfectly reflected in regulatory approach. We keep regulating as though some markets need to be “stimulated,” when in fact markets already are evolving in a fundamentally more competitive direction.

We keep acting as though “former incumbents” have decisive market power, when at every turn their power is eroding.

Someday we will have to confront actual market failure on the part of former incumbents. Because we now live in an IP world, specifically designed to overcome failures and outages, the communications fabric will not suffer catastrophic damage.

But the mindset has to change.

Some big telecom companies can--and most likely will--eventually go out of business. There are multiple reasons. Some legacy firms simply have unsustainable cost structures, while operating in markets where lower-cost, higher-value competitors are emerging.

In the U.S. market, it is not unreasonable to argue that Comcast will eventually become the biggest and most-important provider of many fixed network “telecom” services (Internet access, voice, video) and a leading provider of mobile services.

It is not unreasonable to expect that although Verizon, AT&T and Comcast lead, other former leaders will be absorbed, merged, or otherwise removed from the market as branded entities.

It is not unreasonable to assume that leading app providers such as Google and Facebook, or major device suppliers such as Apple, might not become significant providers of mobile access services.

All of those trends will undermine the legacy telco business model, but also provide the replacement providers, so that the national communications infrastructure remains intact. IP really helps, in that regard.

“Dumb pipe” (access and transport functions) is “supposed” to support all the other layers of the software function. Over time, even as communications providers sell a mix of managed and “dumb pipe” services, dumb pipe is going to become more important.

But dumb pipe also tends to imply much lower profit margins. That is not to say incumbents cannot hope to create new managed services. They can do so, and will try very hard. They might ultimately succeed at finding big new revenue sources to replace the lost managed voice and messaging revenue sources.

It just is not easy. Eventually, some big household names are going to disappear, and new providers are going to emerge to replace them. Our switch from monopoly to competition, and from TDM to IP, are going to wring inefficiency out of the business, imperiling survival for high cost providers.  

"Winner Take All" or "Winner Take Most" for Future Telecom Markets?

Referrals to content sites provide a clear illustration of the “winner take all” nature so often seen in application markets. On the Parse.ly network, for example, more than 80 percent of referrals are generated either by Facebook or Google sites.




So far, telecom markets have developed since dergulation as "winner takes most" structures. Unlike the structure of the Parse.ly referral market, most mobile markets (and mobile markets are most of the telecom business, these days) feature three to four dominant providers.

That is not as concentrated as the Parse.ly referral market, but still concentrated. The big issue now is whether a stable long-term pattern requires a reduction of leading providers to just three, from the four or five pattern still prevalent in most markets. 

A few countries have the opposite problem, suggesting that there is room for serious debate about whether three contestants really is enough to encourage robust competition on a sustainable basis. In South Korea and Japan, for example, policymakers seem to want to create room for a fourth mobile provider, though all efforts to do so, so far, have failed. 

The point is that it does not seem telecom markets are that different from most others. Over time, "digital" product markets seem to establish "winner take all" structures. And telecommunications now is a "digital product."

Friday, April 15, 2016

Are OTT Video Service Churn Rates High or Low?

How one defines “churn” radically affects one’s calculation of customer churn rates. And Parks Associates counts churn at least two different ways. One method suggests low churn, the other suggests high churn. Take your pick.

By one methodology, which compares churn as a percentage of lost customers across the whole base of U.S. broadband homes, churn rates are low for a consumer service, amounting to annual losses of about 20 percent, or monthly rates of less than two percent.

Using the other methodology, one more common for churn measurements--the percentage of the current subscriber base who drop service in a month or year--OTT video service churn is low for Netflix, relatively low for Amazon Prime and high for Hulu Plus.

In 2015, Netflix lost about nine percent annually; Hulu Plus about 50 percent for the year; Amazon Prime about 19 percent over 12 months.

On a monthly basis, that suggests Netflix churn of about three quarters of one percent a month--quite low for a consumer service of any type. Hulu Plus appears to be about four percent a month, high by consumer service standards.

Amazon Prime is about 1.5 percent a month, acceptably low for a consumer service.

Mature access services, especially mobile and triple play services, can have churn of less than one percent a month, by way of comparison.

Parks Associates' OTT Video Market Tracker shows 33 new OTT services entering the U.S. market in 2015. Among all U.S. broadband households, 64 percent of U.S. broadband households subscribe to an OTT video service, up from 59 percent in 2015.

Google, Facebook Drive More than 80% of Referrals to News Sites

Referrals to content sites provide a clear illustration of the “winner take all” nature so often seen in application markets. On the Parse.ly network, for example, more than 80 percent of referrals are generated either by Facebook or Google sites.

source: parsely.com

Fixed Network Now Drives Just 7% of Verizon Operating Income

If you wanted a one-sentence description of how the U.S. fixed network business has been transformed over the last 15 years, here it is: “Wireline now accounts for less than 30 percent of Verizon’s total operating revenues, down from 60 percent in 2000, and less than seven percent of our operating income,” noted Verizon Communications CEO Lowell McAdam.


In the fiscal year ended December 31, 2014, Verizon generated $127.1 billion of total revenues.
Fully $87.6 billion revenues, 69 percent of total, came from the mobile segment.


Verizon generated $38.4 billion revenues, 30 percent of the total, from fixed networks. Verizon generated $18.0 billion (47 percent) from mass markets, $13.7 billion (36 percent)  from global enterprise, $6.2 billion (16 percent) from global wholesale, and $0.5 billion (one percent) from other operations.




As often is the case, revenue contribution and profit contribution can vary. Fixed network operating income margin was 4.3 percent in first-quarter 2015, Verizon reported. In first-quarter 2015, mobile segment operating income margin was 35 percent.



Thursday, April 14, 2016

Typical Uber Ride Generates 19 Cents of Earnings Before Interest, Taxes, Employee Compensation

You might have heard more than a few Uber drivers grumble about the 25 percent share of gross revenue Uber takes from each ride sold to a passenger.

In February 2016 Uber earned 19 cents per ride in the United States,  according to company documents.

Of the 25 percent share of a typical fare, most goes to antifraud efforts, credit-card processing, customer support, marketing, and software development.

That 19 cents estimate does not include such matters as interest, taxes, or equity-based compensation for employees.

Google Fiber Unveils New 25 Mbps Symmetrical Service in Kansas City, for $15 a Month

How much should 25 Mbps symmetrical service cost? $15 a month, Google Fiber essentially says, as it introduces a new “budget” plan for residents in Kansas City, Mo. and Kansas City, Kan. Google Fiber neighborhoods with low rates of Internet connectivity.

In some U.S. markets, 20 Mbps to 25 Mbps from a telco or cable TV company can cost $60 a month. 

The new Google Fiber plan is offered without any data caps, no application process or contracts and no equipment rental and no construction or installation fees.

Broadband plan coverage areas are determined using publicly available data from the U.S. Census and Federal Communications Commission (FCC).

The new service will be available in Kansas City starting May 19, 2016.

Wednesday, April 13, 2016

Ingenu Launches IoT Network in Dallas

Ingenu, a supplier of a machine-to-machine network platform, has launched in Dallas. The Machine Network is intended to provide Internet of Things (IoT) connectivity to the region and will cover approximately 2,116 square miles, serving a population of more than 4.4 million people.

The Machine Network is powered by Ingenu’s RPMA (Random Phase Multiple Access) technology, designed to provide robust, reliable connectivity for M2M apps.

Application development for the Machine Network is currently underway with partners such as Dallas-based, Plasma, said to be a leader in enterprise digital transformation and IoT.

Plasma is partnering with Ingenu to support various Smart Cities initiatives.

Plasma supplies an enterprise-grade IoT platform that allows rapid prototyping and deployment of IoT and mobile solutions, Ingenu says.

If you have been in the communications or computing business long enough, you know that not all proposed technology platforms and standards succeed in the market. But it always is hard to pick winners and losers early on in the development of any coming technology and business.

In fact, as sometimes is the case, the general shift from proprietary or special-purpose networks to general purpose networks also occurs at the same time as special-purpose networks also are proposed.

It is too early to have complete assurance of how the overall IoT market and business will develop, which industries will deploy first, which deployments will prove to add the most value, which firms will emerge as leaders in the various markets or which access networks will be significant.

source: The Connectivist

U.S. Consumers Still Buy "Good Enough" Internet Access, Not "Best"

Optical fiber always is pitched as the “best” or “permanent” solution for fixed network internet access, and if the economics of a specific...