New Valkyries and Wonder Women

The new Valkyries are promoting Wonder Women.  The best-selling comic strip right now is Saga, a science fiction series about a pair of star-crossed lovers–as in from separate parents.  The series is narrated by their daughter.  The first volume has been on the bestseller lists for over a year and a half and has earned about $6 milllion for Image Comics.  Success is attributed to female buyers.  A network of female comic shop clerks who call themselves the Valkyries increased publicity and sales.

Small independent publishers which release predominantly fantasy and sci-fi stories have profited most from this female fan base.  The superhero franchises are male-centric.

In the 1990s girls were obsessed over Warner Bros. Buffy the Vampire Slayer and also discovered The Sandman by Neil Gaiman.

The large break through came through manga, Japanese comic books, which were introduced in the US in the mid 2000s.

Can these books which make women larger than life make women feel larger than life?  Are their entrepreneurial opportunities for women here?

Saga

 

Inviting Men at the Top to Help Women

IMPACT Leadership 21′s revolutionary approach to transforming women’s leadership in this hyper-connected world understands that men are part of the solution.  Men can be powerful ambassadors for change. Men are untapped, yet a critical resource in advancing women’s global leadership and achieving equality.  How do we harness this untapped resource?  We engage them.”

“Conversations with Men” has four major goals:
Serve as a platform for candid conversations about collaboration between women and men in all spheres of leadership.
Engage men as crucial and equal partners in advancing women’s leadership at the highest level of influence.
Emphasize the importance of a women’s network that is inclusive of men in leadership roles.
Create opportunities with men in leadership roles for an accelerated place of equal representation of women in our society.

The overarching goal is to engage men in leadership positions in accelerating women’s leadership at the top. After all, the so-called “women’s issues” must no longer be labeled as such – because these issues are also men’s issues, and the society’s issues.  Bottom line, both women and men, businesses, corporations, organizations and governments benefit from having a gender-balanced decision-making table.  Impact White Paper

Men and Women Talking

Innovation Labs: Governments Around the World Are Taking Them Up

Places to hatch new ideas. One the province of big corporations, today government departments often have innovation labs.   Schumoeter writes:  Incubators, accelerators, granaries, laboratories and biog companies have had them for years. Now state governments around the world are following suit.  Demarik has a Mind Lab and Singapoore a PS21 office.

Sometimes governments copy what private companies are doing.  Mind Lab is based in the innovation unit of a big insurance firm, Skadia,  The New Orleans innovation delivery area is funded by Michael Bloomberg, the former mayor of New York

In the UK, a behavioral insights team was the first government sgency dedicated to applying the insights of behavioral economics to public policy,

Whereever their location, these offices are first and foremost interested in harnessing technology. One common innovation to get customers to improve the products they have used.  These units are willing to experiment. Bureaucracies are designed to kill innovation while making everything more predictable.  Not Mind Lab.

Bitcoin’s Future?

When people write the history of this thing, of bitcoin, they are not going to write the story of 6 million to a billion. What is truly remarkable is the story of zero to 6 million. It has already happened! And we’re not paying attention! That’s incredible. That’s what had one chance in a million, and it already happened.”– Wences Casares, Founder & CEO of Xapo

Worth Wray cliarifies the bitcoin:

Bitcoin is a peer-to-peer digital currency that trades on public exchanges and can be instantly transferred between any two people anywhere in the world with the speed of an email… and at FAR lower cost than for transactions processed through the trdaitional financial system.

While a lot of people have experimented with digital currencies in the internet age, Bitcoin’s mysterious creator, “Satoshi Nakamoto,” was the first person to solve the issue of “double spending” in a completely decentralized network, meaning that all transactions are made directly between parties, with no middlemen, yet in a way that is verifiable across the entire network and virtually impossible to counterfeit.

Much like the internet itself, the Bitcoin hive is essentially a distributed network of computers and people that are relying on a common technological process – the Bitcoin protocol – to confirm and validate every transaction made, using a unit of account called a “bitcoin” that can be broken down into fractions, thereby enabling previously impossible micro-transactions.

Bitcoin protocol is an element of the “blockchain”  — a giant, globally shared ledger of every bitcoin and every transaction in the history of the network.  Whenever two people follow through with a transaction, it is broadcast throughout the entire network, and the blockchain expands as that exchange is automatically lumped together with other transactions in a new “block.”

Bitcoins are created through a process called “mining,” which happens to be the same mathematical process that seals blocks of new transactions onto the blockchain by verifying that every exchange is valid and using real bitcoins. By rewarding “miners” with new bitcoin for devoting their time and computing power to maintenance of the blockchain, the Bitcoin protocol provides the incentive for the network to continue running in a completely decentralized manner.

In the early days, the mining process could be competitively and profitably run from a series of graphics cards linked to a home computer, but in recent years bitcoin mining has become a BIG business. Today, a lot of the mining is done on massive server farms in places like Iceland, where temperatures are cool and power is cheap.

There is an upper limit of 21 million bitcoins that can ever be minted, and the protocol is designed to release a “reward” of a new bitcoin every 10 minutes until every unit of the digital currency has been created. As of today, roughly 13.5 million bitcoins have been mined, with roughly 7.5 million to go.

The Possible Stages of Bitcoin’s Future:

  1. Experimentation phase (2009 – 2010)
    No real value associated with Bitcoin. Hackers & developers playing around with the source code. Experimenting with Bitcoin as a medium of exchange.
  1. Early adopters phase (2011 – 2013)
    Interest from investors and entrepreneurs started to grow with substantial press coverage in the wake of the Silk Road bust. First generation of Bitcoin-related companies (exchanges, merchant processors, wallet providers, etc.) started. Potential began to shine through poor management.
  1. Venture capital phase (2013 – present)
    World-class VCs started investing in Bitcoin companies, and rapid ramp-up is already outpacing the early days of the internet. VCs poured more than $90 million into Bitcoin-related businesses in 2013 and are on track to invest more than $300 million in 2014 (compared to $250 million invested in internet-related businesses in 1995).
  1. Wall Street phase (2015?)
    Institutional investors, banks, and broker-dealers begin moving money into Bitcoin. Rising price and volume (in addition to development of derivatives) become the catalyst for mass adoption as retail investment follows.
  1. Global consumer adoption phase (?)
    Only happens if (a) companies continue to innovate and make it easier for consumers to buy, hold, and spend Bitcoin, (b) volume expands dramatically so that large merchants can start accepting payment in Bitcoin, and (c) Bitcoin awareness continues to rise with these developments.

Bitcoin's Future

Easing the Process of Doing Business in India

Ajey Shah writes about reducing the cost of doing business in India.

As an example of the improved economic thinking underlying the 2014 depository receipts Scheme: the 1993 Scheme embeds industrial policy with names of many industries. The 2014 Scheme eschews industrial policy..

Word count. The first test of simplicity is the word count. The 1993 Scheme (paragraphs 1 to 11) had 2984 words, while the new 2014 Scheme (paragraphs 1 to 11) has 1659 words – a reduction of 44.4% in usage of words. However, this difference is overstated as the previous Scheme dealt with FCCBs also while the new Scheme does not.

Readability.  The 2014 Scheme wins clearly on reliability.

Structured document. For a given word limit, a well structured document is more comprehensible. The 2014 Scheme follows the logical sequence of a depository receipt transaction. The 1993 Scheme was a haphazard mess.

Use of examples. When drafting the Indian Penal Code, Thomas Babington Macaulay intentionally included many terse, exemplary cases to illustrate the application of a provision. The Justinian Code and writings of Roman jurists persuaded him to make clear the legislative intent: ‘they are cases decided not by the judges but by the legislature, by those who make the law, and who must know more certainly than any judge can know what the law is which they mean to make‘. This unusual innovative feature of the Code earned the praise of John Stuart Mill, who wrote:  ‘besides the greater certainty and distinctness given to the legislator’s meaning, [it] solves the difficult problem of making the body of the laws a popular book, at once intelligible and interesting to the general reader‘. The 2014 Scheme includes examples which clarify the law.

Minimal set of defined terms. The 2014 Scheme uses a standardised set of defined terms. For example, it strictly uses a defined term – ‘international exchange’ – on listing institutions. In contrast, the 1993 Scheme used three different terms to explain listing institutions;  `overseas stock exchanges’, `over the counter exchanges’ and `book entry transfer systems’. None of them were defined.

Principles-based definitions. With the rapid development of technology, the concept of an `exchange’ itself has evolved substantially. To make the law neutral to such evolution, the 2014 Scheme is technology-neutral and principles-based in its definition of `international exchange’.

Rationale statement. Finally, there is the backdrop of the drafting intent and rationale of the Scheme. The 1993 Scheme was not backed by a document articulating what was sought to be done. The 2014 Scheme is accompanied by the Sahoo Committee Report which performs this function. When faced with litigation in the future, practitioners and judges will be able to use this document to reduce legal risk.

The Indian system of capital controls comprises the FEM Act, regulations under FEMA, RBI circulars, etc. The 1993 Scheme is representative of the mess that is the Indian system of capital controls. The cost of doing business in India is being greatly raised by the badly thought out and badly implemented capital controls that are all over the landscape.

This is one area where it is dificult to make progress.

Doing Business in India

Banagladesh: Mobile Revolution

Bangladesh topss the use of mobile devices in Southeast Asia, followed by Pakstan and India.  100 million users ar elisted in Bangladesh, a huge stride forward for the country.  Mobile devices are being used for exchange of information relating to marketing, agriculture, health and educaiton.  An editorial suggests that young people should be encouraged to develop apps fr these devices so the employment opportunities afforded by the devices can be maximized.

Mobile?

All I Want for Christmas is a Little Drone….

One of this year’s top-selling Christmas presents is a drone. For $50 you can buy a tiny quadcopter with a video camera, perfect for snapping a bird’s-eye view of your garden; for $700, one equipped with a gyroscopically stabilised camera which, when paired with a wireless tracking device on your wrist, will film you while you ski, cycle or kite-surf.

Initially developed for military use, drones are taking off in civilian life largely thanks to the falling costs of commodity electronics.

One immediate commercial use is surveying land cheaply and effectively. A drone can photograph a road to a resolution of 2cm, compared with the 30cm that a satellite offers—and it can do so at a third of the cost. Already farmers are using them to monitor crop growth, which in turn enables modern farm machinery to deliver exactly the right amount and type of fertiliser. In France, where the technology is widely used, farmers say drones boost revenues by €50 ($62) or so per hectare. Drones also improve safety: they can be used to do jobs, such as inspecting power lines, that currently require dangling a man from a helicopter. And they can deliver goods faster: DHL, a logistics firm, already uses a “parcelcopter” to deliver medicine to Juist, a small island off the coast of Germany.

But their potential depends on regulation. Since they can be dangerous—there are increasing numbers of reports from nervous airline pilots of drones flying near them—governments need to set rules for their use. And treatment of the commercial drones varies between countries.

America’s Federal Aviation Authority (FAA) bans almost all commercial drone use. That will soon change, as Congress has ordered it to come up with rules for commercial drone flights by September 30th 2015.

The FAA’s attitude is damaging America’s drone business. Firms are shifting fledgling drone operations outside the country. Amazon has tested a drone-delivery service in Canada while Google has experimented with robotic aircraft in Australia. Overly protective regulation also leads to less safe skies.

The right way to balance safety and innovation may be to create a set of rules for commercial drones that depend on their size, use and so on.  Canada, for instance, exempts small drones from regulatory oversight. The rules should also vary according to location, since surveying the outside of a building in a city is more hazardous than flying over a field. Japan recognizes this. And requiring drone pilots to have experience flying manned aircraft is daft. Far better to say, as Britain and Australia do, that drone pilots need to be certified as competent to fly a drone.

Like any disruptive technology, commercial drones will hurt existing businesses. Some pilots will lose their jobs as more farmers and logistics firms use drones instead of hiring a helicopter or aircraft. The incumbents’ opposition to the drone industry is understandable. The FAA’s is not. It should take a more objective view, and free commercial drones.

Christmas Drones

Micropower

Twenty-five percent of the world’s energy is created by micrropower up from 10% last year. Small-scale electricity generation is slowly replacing big fossil-fuel driven power plants, which are currently the world’s single largest contributor to greenhouse gas emissions.

Defined as “all renewables except big hydro”  Micro grids are being built all over the world.both to increase energy efficiency and to provide adaptable and resilient power in the case of major storms or natural disasters like Hurricane Sandy. This is particularly important as extreme weather events are likely to increase due to global warming.

These micro-grids, which typically incorporate renewables and cogeneration, are designed to be able to operate independently of the main power grid. If disaster strikes, they can produce islands of power to critical facilities such as police, fire services and hospitals.

More than 260 such projects are planned or operating in the US.  Micro-grids aren’t just helpful during natural disasters — they avoid long-distance transmission, so can reduce line energy losseswhich can reach as high as 20%.

Cities, and the way they are powered, will undoubtedly play a huge role in the transition to a sustainable and resilient energy future. New York has reduced its greenhouse gas emissions by 19% since 2005.  This is partly from an increased use of cogeneration and natural gas, and upgraded city operations using cleaner vehicles.

Microgrids

Dense Cities Plus Highly-Educated People = Economic Growth?

Philadelphia Federal Reserve repors:  Most countries make sustained economic growth a principal policy objective. While many factors contribute to growth, economists believe that educating workers plays a critical role. Individuals invest in education because of the expected benefits to themselves or their children, such as higher earnings. But suchprivate investment can increase the productivity of others as well. For example, the collaborative effort of many educated workers in a common enterprise may lead to invention and innovation that sustains the growth of the enterprise. Some economists believe there is an important link between national economic growth and the concentration of more highly educated people in cities.  Economic Impact of Educated People in Cities

Densely Packed is Good

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Entpreneur Alert: Chocolate in China?

Hershey is successfully focusing on global investment and in 2013 annoned an Asian iInnovation Center, which brings together world-class knoweldge and development capabitlies. Locally-relevant products are being invented.

Hershey Kisses Deluxe takes an iconic American product and re-imagines it in the Chinese market.  They are twice the size of Hershey’s Kisses and have a whole hazelnut in the center.  The product was developed to fit the Chinese consumers’ demand for a unique premium chocolate.

Chocolates tailored for the Chinese market may be a rich entrepreneurial field.

Chocolate in China?