Surveillance Will Continue Until the Paranoia Stops
by Sinclair Noe
by Sinclair Noe
DOW – 75 = 16,368
SPX – 10 = 1909
NAS – 20 = 4334
10 YR YLD - .05 = 2.42%
OIL + .71 = 97.63
GOLD + 7.10 = 1314.00
SILV - .06 = 20.05
SPX – 10 = 1909
NAS – 20 = 4334
10 YR YLD - .05 = 2.42%
OIL + .71 = 97.63
GOLD + 7.10 = 1314.00
SILV - .06 = 20.05
Normally, at least for the past 5 years, any dip has been
seen as a buying opportunity. Lately, investors see a dip as reason to sell and
ask questions later.
The Bank of England holds UK interest rates at a record
low of 0.5% for another month. And the European Central Bank holds interest
rates at 0.15% and announced they would keep rates low for an extended period
of time. ECB President Mario Draghi warned there would be a "continued
moderate and uneven recovery" in the eurozone. The annual inflation rate
in the 18 countries of the eurozone was 0.4 percent in July, down from 0.5
percent in June; not quite deflation, but not headed in the right direction. Italy
just announced its second consecutive quarter of negative GDP; which is the
basic definition of a recession. Meanwhile, the website of the ECB has been
hacked, and the hacker reportedly contacted the ECB and demanded a ransom for
the stolen data.
The New York Times reported yesterday that a Russian
crime ring had hacked more than a billion internet passwords, maybe more than 4
billion. It’s being called the biggest hack in history; which may or may not be
accurate. Russian hackers are just a small part of the hacking world, about 2%.
The major global hackers are Indonesia, China, the US, Taiwan, Turkey, and
India. And while Russia may not constitute the same volume as other hackers,
they make up for it in audacity; for example, the breach of the Target retail
stores. And the recent tensions and sanctions between Russia and the US
probably mean there will be no coordinated effort to crack down on
international hacking. Of course, it might be argued that for true audacity,
nobody can touch the NSA.
How dangerous is this hack? Hard to say. We still don’t
know which websites were breached. We still don’t know how the hacked data will
be misused. And we are being advised that the best thing to do is to change
your password on various sites you use; which isn’t that difficult. There are,
of course, companies
that you can pay to provide cyber protection; coincidentally, these same
companies are the ones that alert us to cyber problems; and I have a nagging suspicion
some of them might actually create the problems in the first place. What this
really does is to raise awareness that data hackers can collect almost
anything, and digital security has been a weak spot in technological progress.
Perhaps braced by Moore’s Law, technology marches on; the
journal Science
reports that IBM researchers have developed a new computer chip they call
TrueNorth. The new chip was “designed to
approximate the structure and function of the brain in silicon”, plus it is
power efficient. The chip contains 5.4 billion transistors, yet draws just 70
milliwatts of power. By contrast, modern Intel processors in today’s personal
computers and data centers may have 1.4 billion transistors and consume far
more power, about 35 to 140 watts. The new chip weaves together all those
transistors into an on-chip network of 4,096 neurosynaptic cores, producing the
equivalent of 256 synapses. IBM has also tethered 16 of these chips together in four four-by-four arrays,
which collectively offer the equivalent of 16 million neurons and 4 billion
synapses, showing that the design can be easily scaled up for larger
implementations.
Think of the synapses as memory, and the neurons are the processor;
working together they provide fairly complex pattern recognition, and what
might be described as sensing capabilities. Right now, the chip is not real
fast, but it can be strung together, and on a per watt basis, it really starts
to fly. The low power consumption opens up a world of possible uses. This might
be the chip that powers the internet of things, embedded in all sorts of
devices and possibly revolutionizing mobile devices.
The big question is whether the chips can learn? Not yet,
however IBM has already tested the chip’s ability to drive common artificial
intelligence tasks, including recognizing images; TrueNorth was able to
recognize things like people, cyclists, cars, buses, and trucks with about 80%
accuracy. Keep in mind that this is a new chip, still in its early stages of
development. IBM is still investigating
how to commercialize this processor and has made no commitments to either
manufacture the chip itself or license the design out to others.
The problem with the idea of having even more devices
than your smartphone and tablet gathering information for your convenience, of
course, is the many ways all that data can be used against you. Traditionally,
we think of the government as the invader of privacy, but as capabilities
change, we see private corporations getting into the act. Last year the Wall
Street Journal reported on new facial recognition technology; police could use
an iPhone to take a photo, and then cross check the face in a criminal
database; sounds good in the battle against terrorism, but the company that
makes the technology wasn’t just considering sales to law enforcement, but also
to the health care and financial industries. Yea, I don’t know exactly what
those applications might be but I don’t think I like it.
Are health care companies going to start sensing every
drop of sweat, every minute we work out, every time we puff a cigarette or sip
a cocktail? Maybe we won’t even have to bother going to the doctor anymore. And
what about the health insurance companies? Financial engineers believe they can
pretty much put a price on anything. So what is your freedom worth? You need
air, water, food, and relationships to survive. You want to go shopping, to the
movies, to see friends. You have kids, romantic attachments, familial
obligations. You like being able to travel, to explore, to watch TV. You need
medical care. What are each of these worth? It’s a question that analysts are
thinking about.
Or how about the school districts in Houston that require
students to wear electronic tagging badges to improve security and increase
attendance rates; the same electronic tagging badges formerly used to keep
track of cattle.
The “Internet of Things” is probably the next Big Thing. How
big? ABI Research estimates that over 30 billion devices will be connected to
the Internet of Things by 2020; Gartner puts the number at 26 billion – not
including 7.3 billion PCs, tablets, and smartphones. That’s a lot of
internet-connected things, considering that there are “only” a little over 7
billion people on this planet, and many of those people are not connected to
the internet, much less to electricity. And as technology increases and prices
drop, in accordance with Moore’s Law, it opens up the possibility of connecting
almost everything from the simple to the complex, and not only connecting, but sensing,
monitoring, and controlling almost every facet of your work, home, and private
life.
And then that brings us back to the hackers. How secure
would all those embedded devices be in a world full of such things. You don’t
need to break a code, it would be easier than ever to hack into everything you
do, or think about doing. Don’t worry, I’m sure it will all work out fine, but
the surveillance will continue until you stop being paranoid.
Some things never change. Bank of America is the latest
big bank to work a deal with the Department of Justice. We’re still waiting for
an official announcement but it looks like BofA has agreed to a $16 billion settlement
for its role in the sale of toxic mortgage securities. The deal is reportedly
for about $9 billion in cash and more than $7 billion in soft-dollar relief to
consumers; things like loan mods or refi’s which they are supposed to be doing
anyway; and this could still be a sticking point in the deal. The two sides
continue to hammer out details and are still negotiating a statement of facts.
For example, will BofA be forced to admit wrongdoing, and if so, will they
actually describe what they did and who did it when they broke the law. Will they
be able to deduct the fine from their taxes, thus sloughing off the burden onto
taxpayers?
If or when the record deal goes through, Bank of America
will have paid more than $50 billion in penalties and consumer relief in deals
with government agencies, not including private investors, after acquiring
subprime giant Countrywide and investment firm Merrill Lynch at the height of
the crisis. And that raises the biggest question of all: how is it possible to
cheat so many people out of so many billions without anybody actually breaking
a law?
There is an interesting side case that is important to
understand the BofA settlement. The bank had been low-balling the DOJ, offering
to settle for maybe $3 billion, until last week, when Judge Jed Rakoff a
federal judge in Manhattan ordered the bank to pay nearly $1.3 billion for
selling 17,600 loans, many of which were defective. Bank of America had
previously lost that case, which involved its Countrywide Financial unit, at a
jury trial. Turns out, that going to trial was a very, very bad idea for BofA,
and when Rakoff issued his ruling, the bank had no negotiating leverage in this
case. The Department of Justice started preparing a suit to take to trial, and
Bank of America returned to the negotiating table. The case before Judge Rakoff
dealt with a Countrywide loan program known as the Hustle, which represented
only a small fraction of the firm’s mortgage portfolio, meaning that penalties
in cases dealing with larger programs could skyrocket.
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