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January 5, 2015
Verizon Cloud will be down for maintenance for up to 48 hours next weekend and virtual machines
hosted there will be inoperable.
The planned maintenance period is to enable the introduction of unnamed improvements, Verizon said earlier today.
At the time of writing, Verizon's Cloud Client Care page does not mention the maintenance, but users
have emitted Tweets in which they express a little incredulity about the need for the temporary shutdown.
We asked Verizon to confirm this planned service outage and the company responded by sending
us the following statement:
“We are conducting regularly scheduled system maintenance on Verizon Cloud next weekend. We’re
adding several new features to our platform that will continue to improve the service for our
Updates of this nature typically require some system downtown and we have notified customers in
advance to make sure they can plan accordingly. This is a standard practice in the industry. No
customers in Australia will be impacted.
We anticipate the update will take far less than 48 hours. Previous similar updates took about
24 hours or less.”
In a very long thread following the Tweet, a number of users and commentators wonder if
it is acceptable to take a cloud down for even a few minutes, never mind at least 24 hours.
Verizon acquired its cloud from Terremark back in 2011 and has since outlined plans to build
its own platform based on Xen and CloudStack.
That its system requires 24 hours or more of maintenance is at odds with other cloud vendors' usual
approach of effortless upgrade and downtime in tiny doses about letting IT staff innovate.”
And perhaps Verizon's new features will deliver that experience, but for now, the company's
delivering an oddity that has its users very unhappy it would seem.
It looks like Vodafone is getting ready to make a deal with T-Mobile USA to get back into the United States
market. This has been expected for a while now. The goal is to provide Vodafone’s global customers with an international option, that’s the 400
multinational companies in the U.S. and the 500 companies which are based outside the US but which
have a large presence in the country.
To be sure, the U.S. is going to 4G a lot faster than Europe, and Vodafone is touting its
good European 4G coverage as a reason why those large customers should have a Vodafone contract
in the U.S. that lets them roam on the 16 Vodafone markets which have 4G and the eleven others
which don’t yet.
Currently, Vodafone offers 4G roaming in 40 countries. The Vodafone enterprise services include
telecommunications expense management, security products, cloud services, M2M services and Vodafone
OneNet fixed-mobile converged products.
These give mobile phones landline numbers that can be diverted to colleagues and groups
of colleagues. The system is heavily IP based.
The decision to work with T-Mobile is interesting, it has the advantage that customers roaming
into the U.S. can use the 3G network but T-Mobile has come under some criticism for its coverage
and it’s been well publicised that owner Deutsche Telekom is looking to sell its US division.
However, Vodafone’s US ambitions are modest and it is not looking to buy. When we asked Voda CEO
Vittorio Colao “At what price would you be interested in T-Mobile US?”, he told us “As a gift you
never say no, but we are not looking at consumer US, we don’t have plans to get into consumer US.”
Indeed, Vodafone’s initial plans in the U.S. are modest, at least for now, anyway. Colao told us--
“We have the ambition to serve our enterprise business in the U.S. and the ones that originate in Europe,
specifically the enterprises that we already have in our portfolio”.
The U.S. MVNO market has a history of being very difficult with Disney Mobile failing and Virgin
Mobile being sold to host Sprint.
But we're seeing reports that T-Mobile is being very aggressive in pursuing MVNO deals, signing
up Univision for an Hispanic network, Walmart and even Target. The Vodafone MVNO service will launch
in the autumn of 2015.
In other mobile news
The FCC’s Auction 97 proceedings rose above the $40 billion mark today, as overall activity slowed
New bids over the past 4 rounds added just $600 million to the auction’s total. While
still substantial, that was about just 48.4 percent of what it added in the previous four
rounds. Following this morning’s round 46, total bids stood at more than $40.1 million. Round 46
witnessed 160 new bids that added nearly $151 million to the total.
The auction’s total is more than double of even the highest estimates put forth prior to its
kick-off on November 13.
Overall bidding in the latest round didn't include any of the twenty most expensive licenses,
with the J-Block license, centered on Atlanta, the priciest license receiving a new bid.
For its part, G-Block licenses centered on Sacramento, Calif., and Emmet, Mich., each received
three new bids during the latest round, pushing their respective total prices to $66 million
and $118,000, respectively.
Round 45 saw two new bids placed on the J-Block license centered on New York City, which pushed
that license’s auction-leading price to nearly $2.7 billion.
The J-Block license centered on Los Angeles has not received a new bid in several rounds, but
remained second on the price list at nearly $2.1 billion.
Outside of those two licenses attracting more than $2 billion in bids, so far three
licenses have garnered more than $1 billion in bids each.
The I-Block centered on New York City ($1.3 billion). The H-Block was centered on New York
City (at $1.3 billion) and the J-Block centered on Chicago (at $1.2 billion).
By comparison, the most expensive license in Auction 66, which included similar spectrum in the
1.7 and 2.1 GHz band, drew less than $500 million in winning bids.
To be sure, the paired licenses up for bid in Auction 97 include three 5×5 megahertz licenses (G-, H- and I-Blocks)
and a single 10×10 megahertz license (J-Block).
The G-Block licenses are carved into commercial market area-sized licenses, which total 734
licenses covering the country.
The remaining blocks are economic area-sized that will total 176 licenses covering the U.S.
The 15 megahertz of unpaired wireless spectrum is split into two licenses, one with 5 megahertz
of total spectrum parsed out on an EA basis, and the other with 10 megahertz of spectrum also
in an EA configuration.
In a move to accelerate things, the FCC also announced that beginning Dec. 4th it would increase
the number of bidding rounds from four to six per day, with each round cut in half from one hour to
just 30 minutes.
Overall, winning bidders will not be announced until the auction ends, with the auction set to
continue until there are no new bids placed in a round.
This week, London was host to the Internet of Things (IoT) Global Forum event, and it was well attended
by a mix of businesses wishing to better understand how the world of IoT will impact their business model
Additionally, wireless and telecom operators along with various hardware/software vendors were pitching
their wares. At the Forum, it was well apparent that there is still a lot of work to be done to clarify the
definition of IoT.
As a rapidly growing area, there are many new market entrants and terms coming into play. Is
it M2M or IoT, is one a
subset of the other or do they have discrete differences?
It seemed like the presentations went back and forth between those two terms. Not to take away from
any of the presentations, just to illustrate that the industry players themselves are still evolving
on their terminology.
Some highlights from day one came in the form of various statistics and innovative visions for
Machina Research kicked off the event talking about some opportunities and barriers for IoT. One
of the key obstacles to consider is the challenge of roaming, especially in Europe where it is very
easy to roam across several countries in a matter of hours' drive time.
The question also pertains to national roaming. Although there is regulation coming in the E.U. to eliminate
roaming, this topic is still of concern to companies thinking about incorporating IoT and M2M technology
into things that move, such as vehicles and shipping containers.
In fact, experts stated that about 74.3 percent of regions worldwide were unsure as to
the implications of using permanent SIMs in IoT from a regulatory perspective.
Car maker Jaguar talked about the opportunity for IoT in the connected car to disrupt the
current value chain in the automotive industry.
An example from Alibaba set the discussion in motion related to auto purchases in the China
They are able to monitor purchases that indicate a baby has been born and depending on location
predict that nine months later a child car seat will be purchased.
Now let’s take that to the next level. There are between 100 to 200 electronic control units in
vehicles today. What if those were connected and shared information to a central database as to the
weather conditions where each vehicle is located.
Predictive analysis of weather is a fun option, but what about predictive analysis of your vehicle’s
performance and some advance warning of impending mechanical and maintenance issues. Is this helpful or an
invasion of your privacy?
Some highlights from day two included more statistics and an idea for a new business model. The
predictions for IoT (or M2M) growth in the next five years are simply staggering.
Tele2 Group talked about a PSFK report from earlier this year that found that about 95.8 percent of
companies surveyed will be using IoT in their business in some way in the next three years.
However, on the flip side of the coin, he also referenced some stats from Fortinet saying that 69.1 percent
of companies believe the utilization of IoT will open their infrastructure to additional security breaches.
About fifteen months after acquiring Alltel’s wireless operations, AT&T said today it's
ready to launch its upgraded coverage for more than 50,000 Alltel subscribers in the state of
The announcement was largely expected by several wireless industry analysts and a few
The rollout is expected to occur sometime next week.
Former Alltel subscribers will soon be able to access AT&T’s LTE network. The wireless carrier
says its existing cell towers can now provide better indoor coverage and wider coverage areas
AT&T added that the integration of former Alltel towers into its network has increased its
number of towers in Alltel coverage areas in the state of Ohio by almost 40 percent.
In order to fully utilize the LTE network, AT&T is giving former Alltel subscribers comparable
mobile handsets without extending or initiating new contracts.
Former Alltel customers were anticipating the network service switch to happen in mid-October with
notifications from the carriers but the upgrade was delayed.
An AT&T spokeswoman says that the carrier still had additional improvements to the network it
needed to make so it put off activating customers’ devices.
In January 2013, AT&T announced it was acquiring for $780 million Alltel assets including
700 MHz, 850 MHz and 1900 MHz band wireless spectrum along with network assets, retail stores and
about 585,000 existing subscribers.
In addition to the network upgrade, AT&T transitioned over 17 Alltel retail locations in Ohio to
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