Brazilian Real in Turmoil. Bitcoin is Not

The Brazilian Real has been in trouble over the recent months.

Bloomberg is reporting that implied volatility for the Real is among the highest of the 16 major currencies tracked by Bloomberg.

In an attempt to shore up the Nations’ Finances Brazil’s President Rouseff named Nelson Barbosa as new finance Minister over the weekend.

The Real has lost over 30% of its value against the U.S. Dollar in the last 12 Months.

Meanwhile Bitcoin is up over 100% against the Brazilian Real in just the last 90 days.

BTC vs REAL : Source
BTC vs REAL : Source

With showing record volume for Bitcoins in Brazil.

LocalBitcoin Volume Brazil Volume in Brazil – Source: Coin.Dance


RAND Corporation Publishes Report on Virtual Currencies

The RAND Corporation a Global Think Tank that help shape U.S. Foreign policy and Military strategy has released a report on Virtual Currencies and their implications for U.S. National Security.

The report covers the history and current development of virtual currencies, and covers bitcoin in detail.  The report also goes into future developments including the likely hood of a virtual currency being issued by Non State Sponsors, such as ISIS.

Bitcoin Attack scenarios

Some of the most detailed analysis covers possible attack vectors against bitcoin including:

51% attack or Goldfinger Attack

In other words, a Goldfinger attack comprises a cartel formation, in which the cartel, through its dominant computational power, can change the market rules (to undermine faith in the currency), disallow certain users of the currency (to drive out a subset of users from the currency market), or strangle new currency supplies (to drive up prices).

Particularly for Bitcoin, there is another avenue to perform a Goldfinger attack, namely through corrupting the mining pools. Mining is typically performed by computational pools that work by aggregating the mining effort of individual miners. Some of these mining pools can approach the 51 percent threshold, including the notable case of, which briefly exceeded the threshold and then promised not to do it again.58 The issue here is not that a mining pool might decide to crash Bitcoin; rather the issue is that an attacker could attempt to hack several mining pools that would then correspond to greater than 51 percent computational power. In such a manner, an attacker with relatively little initial resources could mount a 51 percent attack on Bitcoin. In practice, such an attack may require a high-tiered opponent. It should be noted that such an attack requires a capital investment outside of the Bitcoin market (for computers and electricity, for instance), so it can be difficult to calculate the return on investment for such an attack. Nevertheless, if the cost is within the bounds of cost that the opponent might otherwise spend on weaponry for a direct (kinetic) attack against the currency sponsors, a Goldfinger-type attack should be thought of as realistic.

DDOS Attacks

DDoS attacks and spear phishing to attack vulnerabilities in the networking and computational infrastructure may be effective in degrading a VC system, particularly at more centralized services such as online wallets or mining services. A set of related DDoS attacks exist that include transaction spamming and script attacks to waste computing power by creating transactions that need significant computation to verify.60 These are other ways an attacker can impose costs on the network, even if there is no central authority. Attacking exchanges or other more centralized cyber services may prove effective, even if a VC is decentralized. Rather low-tech methods may even be used to attack Bitcoin users using Tor.61 DDoS attacks can be used to degrade general network connectivity for local, everyday economic transactions so that VC transactions are too slow to be practical or convenient. Any attack that compromises systems that have access to the keys for user accounts, or that compromises the users systems,62 can be used to steal currency. It should be noted that the vast majority of existing literature dedicated to VC security seems to be relative to Tier I and II threats, which is understandable since such low-level threats are already rather effective. We will now consider more advanced threats.

More advanced Attackers could use more sophisticated techniques:

Attacks Used by Tier III and Tier IV Opponents Tier III and Tier IV opponents would employ more sophisticated attacks including discovery and exploitation of zero-day vulnerabilities or manipulating the underlying VC infrastructure. For instance, in Bitcoin, “How participants in the Bitcoin ecosystem achieve consensus about the default rules for Bitcoin transactions is under-analyzed.”63 Since the Bitcoin system requires user consensus on rules for currency generation and transaction state and its validation, it is susceptible to manipulation of those rules, or exploitation of gaps or flaws in the rule implementation. Indeed, high-tier opponents may look to attack the underlying rules of decentralized VCs to change them. Tier III and IV opponents also have the capability to discover and exploit zero-day attacks and may use them to great effect. In particular, they may use them to attack the mining pools, as discussed in the previous section above, in order to gain control of 51 percent of total computational power.

Attacking High Net worth Individuals in the Community or Zero day exploits, or attack the supply chain infrastructure, such as wallet services or mining hardware:

Even in the decentralized case, advanced opponents can successfully exploit specific targets with high probability and can publicly target high-net-worth individuals to reduce confidence in the currency (or can randomly target average citizens to sow distrust). Tier IV opponents would likely have the capability to construct and use zero-day exploits against critical VC services such as exchanges and wallets as well as cell-phone applications used to conduct everyday transactions. Indeed, they may look to use fake permissions and certificates to install applications that subvert (or spy on) user VC applications. They would then either disrupt those applications or publicize vulnerabilities to degrade confidence in a VC. Tier IV opponents might also attempt to degrade the ability of a VC system to construct reliable cryptographic protocols (such as key generation and storage as used by wallet applications) by subtly changing the software implementations of key cryptographic functionalities. They may attempt to change the actual code used by VC servers or users in order to degrade functionality or allow for an easier attack path to later simultaneously deny service to broad classes of servers and/or users

Attacks Used by Tier V and Tier VI Opponents Tier V and Tier VI actors could employ particularly damaging attacks through supply-chain attacks against the underlying infrastructure or through subverting the implementation of the software used by VC participants. These actors may infect broad classes of software and hardware. They might target cell phones or other hardware, including computers used as servers for critical VC services or special-purpose hardware used for mining, and corrupt them before delivery. They could leverage this access to enable them to conduct the operations listed in the above section on Tier III and IV actors with a higher probability of success. By infecting hardware and in particular the special purpose hardware that performs cryptographic tasks, Tier V and VI actors may also be able to break cryptographic standards that underlie the security assumptions of a VC, which could in turn completely break the security of a VC. If publicly revealed (or revealing the consequences of such a break without revealing the break itself), this strategy could result in a severe degradation of confidence in a VC. Tier V and VI actors could also employ HUMINT methods, namely by employing agents to assume the roles of key VC personnel,

You can download the full report here.

The Rise of the #blockchain or How I learned to stop worrying and love the bitcoin.

There has been a lot of discussion in recent days about the rise of the #blockchain; how a consortium of tech companies are going to do an end run on bitcoin and adopt its “underlying” technology.

Except there is no underlying technology to bitcoin. Bitcoin is the technology.  Sometimes the name bitcoin, as loved by some for its kitchyness, harms the communication of what Bitcoin or the Blockchain is.  It helps empower this idea that there are bitcoins over here and there is a #blockchain over there.  And if we just get these dirty little hippie coins and throw them out, we can move on to working with the #blockchain, except you can’t.

Now I am not going to get into writing about economic incentive mechanisms in a zero trust network,  proof or work vs proof of stake, etc. One because it’s a lot of writing and two it’s really beyond this small brained writers competency.  But, I will make the statement; that bitcoin works. Bitcoin is proven, its 6 years old, and it’s a multi-billion dollar network.  I can send my magic money to you or you can send me some (feel free to test it out: 12UzjKFzeGZpczRepGqSKKhU6XYwLs38zg) and we never have to meet.

And what does bitcoin do exactly?  It goes to the moon ┗(°0°)┛, it lets me buy coffee at Starbucks, or tip random strangers for their pithy remarks, or score your favorite medicinal herb.

No,  bitcoin breaks the concept of delegating trust.  Which is somewhat earth shattering when you consider that our modern society functions on delegating trust.   I trust the government to hire competent people to time the traffic signals correctly, I trust my wife to stop when I use our safe word and I trust my bank to give me access to my money whenever I need.

Yet bitcoin upends this model, because I don’t have to trust anyone when it comes to the information stored in the bitcoin blockchain.  There is no central party, validating the information, or controlling access, or modifying the system.  Instead the trust part has converted to a self validating algorithm that is open to anyone.   Now, I recognize that we have to trust that miners stay decentralized.  And there is a very existential debate in bitcoin going on about  how we balance; the need to scale, against the risks of mining centralization.  But, to keep this article short and on topic, I am going to take a leap of faith and assume that bitcoin will work it out.  I believe the overriding interest will always be to keep bitcoin decentralized, because a bitcoin that is not decentralized is worthless.

Today the bitcoin ledger is used to record value,  tomorrow it could be the anchor to a global repository of all kinds of critical records.   This is what many detractors of bitcoin miss.  They see bitcoin as psuedo-money, a bank account or a payment system.  But, Bitcoin is a system that allows for an incorruptible method to store information, that requires no delegation of trust or authority, and no permission required to access or view the information.  All the while, the entire system, including how it operates, is completely exposed for inspection.

I am hard press to identify a human institution in the history of man that has ever worked at this level of transparency.

Some people get that bitcoin undermines our current systems and they don’t like this one bit, even calling for  bitcoin to die in a horrible fire or for the Department of Justice to shut it down.

And yet Bitcoin won’t die, dammit. Not a Mt. Gox implosion, or Silk Road shutdowns, or Bit License, or crashes, or angry professors, or thieves, or threats of 51% attack, or government bans, or 1MB block, or bad P.R., will kill off bitcoin.  IT. JUST. WON’T. DIE.

It won’t die because each attempt to kill it makes it stronger, each attempt to ban reinforces the need for it, each attempt to ridicule stokes the fire for it.

The evolution of bitcoin is a paradigm shift beyond even the internet, the internet was a continuation of a global communication system that had been evolving for hundreds of years, from runners, to horses, to balloons, to newspapers, to telegraph, to telephones, to television, to cat videos.  The Internet pushed out communication to the very peripheral and decentralized many aspects of communications but it still operated under the same trust models that has been in existence since the beginning of time, particularly when it comes to economic exchange.

What do we need a system like bitcoin, that requires zero trust, and is censorship resistant, for?

And this question gets to the heart of why as revolutionary as bitcoin is, its viralness has been on par with an Al Gore Vine.  As a bitcoin believer, I’ve been interacting with bitcoin for over 2 years, and it hasn’t quite changed my life.  Here is where the detractors jump up and  say,  “bitcoin will always be libertarian funny money, it will never achieve mass acceptance, it’s been 6 years.”  To paraphrase a rambling Paul Krugman, “bitcoin is an answer for a problem we don’t have.”

And Krugman is right, if you want to box bitcoin into the existing global hegemony, but I believe there is a reason for Bitcoin’s slow march;  Bitcoin is a warp drive for humanity, but we don’t yet have the Starship to mount it on.

Imagine for a moment that an advanced Alien civilization provided humanity with a functioning  warp drive, with just basic operating instructions, no ship or vessel, just the drive.  We won’t be visiting Alpha Centauri tomorrow or even next year.   Think of all the tech that needs to be in place to take advantage of such a gift.  It could be a decade or more before we are ready to use it. Would that mean there is no future for warp drives?  And what would the naysayers say, “what do we need a warp drive for, we have no Starship!”

It is going to take time to build the ship that takes us to Bitcoinlandia. Bitcoin and truly bitcoin-like systems will spread slowly because it’s not just about saving 3% on a credit card transaction or sending money to your cousin in the Philippines, it’s about a fundamental reordering of society.

A reordering where open systems will replace closed systems.  Even closed systems like Uber, that leverage a decentralized user base, are showing the world that we don’t need a central government authority issuing medallions to get a quality transportation experience.  And it’s not a huge leap to imagine a future Uber could be an A.I. program living on a blockchain, pairing riders and drivers.   Such projects are in the works, like a decentralized exchange, or a decentralized Ebay.  You quickly realize that in a world like this open systems will eventually overpower closed systems.   The technology is evolving fast but the adoption will be slow, because it involves changing people’s perceptions about how economies and society work.  An entire ecosystem is evolving that feeds and reinforces itself, a system which is doing an end run on the current global structure.

These open systems will remove the political aspects from some of the core functions of modern life.  Bitcoin’s first hack is to depoliticize money.   But one can see that eventually other areas could also be depoliticized.   For example take a local municipal transportation system.  I know that corruption in these systems is probably non-existent.  They are the bastion of public efficiency and transparency.   But what happens, if for example, we create an autonomous A.I. whose job is to allocate resources for the repair and maintenance of a subway system.  This A.I. could be supported by an open-source cadre of global developers.  It may even be that the A.I. can evolve itself without human intervention.  There would be no central authority to pervert the A.I. to do its bidding.  The system would have access to a network of  sensors, cameras,  real time information to form a detailed composition of the systems and prioritize repair and maintenance schedules.  The system could interface with a global ledger and other autonomous agents to source and bid the parts, tools, and workers it needs to keep the trains operating.  The A.I. could charge and collect tolls to self fund – needing only the exact amount to do repairs and maintenance and not pad the budget in pursuit of pensions or political agendas or fancy carpeting.  In a word like this we won’t need Hitler to make the trains run on time.

A system like that is very powerful.  Do you want such a system interfacing with a proprietary ledger, which has a backdoor to political entities that can exploit technology?  Or, do you want an open transparent system that has proven itself to be incorruptible?  Sure this example sounds ridiculous and something like that could be decades away  – or maybe not.

When one begins to see the power that an A.I.-  IoT world may evolve into, a tool like an incorruptible zero trust ledger is going to be a needed and powerful thing.  And in a future like this, the value of a ledger like bitcoin could well be immeasurable.  Bitcoin will reach a global tipping point as the systems that need it come online.  As we near that tipping point there will be one system which stands apart from all the rest, one which is truly open, which is more decentralized than all the others, which is un-censorable.

Which leads me back to the the topic of the rise of the #blockchain consortium.  The creation of this coalition, is really an acknowledgement by these  institutions, that their entire reason for existence is in jeopardy.  The truth is, this consortium is about establishing the rules of what they will accept as innovation and not about doing actual innovation.  They have seen the Blockchain and have decided on a #blockchain.  It’s their attempt to take back control.  But, can one seriously expect that these companies, which must comply with strict governmental regulations, and with their business models built on being the gatekeepers to a closed system, that they would provide the world with a more open, more decentralized system than bitcoin?

The speed of technology today is moving beyond lightspeed and approaching ludicrous speed. It’s hard to believe that a bunch of old tech companies and banks, who have missed most of the last decade of innovation are now going to out-innovate a global decentralized movement.   Let me go lookup the last time a consortium of 20 companies brought forth an innovation that people really wanted.  Still googling…it’ll come to me.

By the time the #blockhain consortium gets around to agreeing on a set of standards, technology will have evolved another two generations.   And what’s currently in development for these open systems;  lighting networks, side chains, Digital Autonomous Corporations, Prediction Markets.

So it doesn’t matter what these companies do. Bitcoin won’t die, the truth doesn’t die.  No matter what they do, they cannot survive because their very existence, drives bitcoin adoption.  Their attempt to compete with bitcoin will lead us to the very moment, where we don’t need them anymore.


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Linux Foundation Unites Industry Leaders to Advance Blockchain Technology

Will their motto be “a blockchain for me but not for thee?”

The list of contributors to this new Blockchain foundation is a who’s who of tech and finance.


Early commitments to this work come from Accenture, ANZ Bank, Cisco, CLS, Credits, Deutsche Börse, Digital Asset Holdings, DTCC, Fujitsu Limited, IC3, IBM, Intel, J.P. Morgan, London Stock Exchange Group, Mitsubishi UFJ Financial Group (MUFG), R3, State Street, SWIFT, VMware and Wells Fargo.


But it’s clear that anything that arises from this will not be:

  1. Censorship resistant: Not if you need to comply with global and National financial regulations.
  2. Immutable :  Financial Companies will never accept the permanency of their errors.
  3. Distributed.  Not if participants have different levels of participation. Is IBM  or JPM Morgan going to allow an an upstart in China or Banladesh to participate at the same level?

So  is this really a Blockchain?

New open ledger project to transform the way business transactions are conducted around the world

Source: Linux Foundation Unites Industry Leaders to Advance Blockchain Technology

Tech and Banking Giants Ditch Bitcoin for Their Own Blockchain | WIRED

Still no mention of how this blockchain will work.  But it’s a powerful validation that bitcoin is not going away.   Imitation is the sincerest form of… validation.  All that matter is how will this ledger be secured.


IBM, Intel, and Cisco are joining the London Stock Exchange and others to create their own version of bitcoin’s worldwide ledger.

Source: Tech and Banking Giants Ditch Bitcoin for Their Own Blockchain | WIRED

Japan panel eyes registration system for virtual currency exchanges | The Japan Times

Japan’s Chief of Bitcoin Regulations

Taking a page from the New York Department of Financial Services, Japan appears toe begin working on rules to regulate virtual currencies. No word from Mt. Gox or Mark Karpeles if this will impact their business.

More from Japan Times

A working group under the Financial System Council has compiled a draft proposal on regulations for virtual currencies that are traded on the Internet, informed sources said Wednesday

The draft calls for introducing a compulsory system for the operators of virtual currency exchanges to be registered with the Financial Services Agency to protect virtual currency users, the sources said.

Source: Japan panel eyes registration system for virtual currency exchanges | The Japan Times

Bitcoin Market Sells Off Briefly in Response to Fed Interest Rate Hike

For the first time in almost a decade the Federal Reserved has raised interest rates a .25 percent and set the new rate target to between .25 percent and .5 percent.   The expectation in the markets is the Fundamental shift by the Fed has set in motion a plan to incrementally raise rates through 2016.




The response in the Bitcoin market was a brief sell off which saw the intraday price of Bitcoin on the Bitfinex exchange trade from $454.00 down to $446.50. Bitcoin quickly recovered and is now trading again at $454 as off 2.37 PM Eastern time.

Interest rate increases have traditionally meant a stronger dollar.  Continued appreciation by Bitcoin in the face of U.S. rate hikes would be extremely bullish.

Bitcoin At Tax Time: What You Need To Know About Trading, Tipping, Mining And More – Forbes

If you have come into possession of Bitcoin or any other digital currency such as Ripple or Litecoin that is “convertible” to a real currency or can be used to pay for goods and services, it may seem virtual. But the Internal Revenue Service considers it very real and you need to account for it at tax time.

Here’s how Bitcoin that you have mined, minted, spent, tipped, gifted, donated, etc., will be taxed, plus two gray areas you should be aware of.

Source: Bitcoin At Tax Time: What You Need To Know About Trading, Tipping, Mining And More – Forbes