Transforming India’s logistics infrastructure

To get the most from massive investments, India must adopt a coordinated approach that aligns the development of each transport mode with the country’s needs.

 

Logistics infrastructure is a critical enabler of India’s agenda for economic development and urbanization. Recognizing its pivotal role, the Indian government will have tripled annual spending on logistics infrastructure over the past seven years, from about $10 billion in 2003 to $30 billion in 2010. Despite this increase, the country’s network of roads, rail, and waterways will be insufficient to accommodate a threefold increase in freight movement over the coming decade. This shortfall in logistics infrastructure will put India’s growth at risk, concludes a new McKinsey report, Building India: Transforming the nation’s logistics infrastructure.

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DriveMyCar lets you rent your pride and joy for profit

Here is a new way to generate some income from your car sitting in the garage.

Drive My Car Rentals has launched in Australia giving car owners the option to reduce the costs of their vehicle, offset depreciation or just make some spare cash by renting out their ride when its not being used.

Drive My Car

DriveMyCarRentals.com.au is an online community that connects car owners with drivers looking for an alternative to traditional car rental companies. Car owners can choose the length of time their car is available for – whether it’s a weekend, a month or a year, and the price is set automatically for them with a rate calculator. They have the right to accept or reject lease requests and all drivers wanting to lease a car must provide a full RTA driver history.

DriveMyCar Rentals is backed by a comprehensive insurance alliance with Yellow Brick Road General Insurance Brokers, offering peace of mind to renters worried about handing over the keys to their pride and joy.

DriveMyCar Rentals offers consumers more makes and models than any car rental company in the world from sports cars to classic cars to Harleys, even caravans, with savings of up to 60% on traditional rental costs.

A sample of some of the vehicles available on DriveMyCar Rentals includes:
2007 Porsche Boxster – $70 per day
2008 Hummer H3 – $50 per day
2002 Mercedes E55 – $50 per day

“On an average day in Sydney, 185,000 vehicles are left at home by commuters costing them an average of $10,000 per year,” says Daniel Noble, Managing Director of DriveMyCar Rentals.

“If you commute to work, travel frequently or are away from home for extended periods, your car is costing more than just maintenance and upkeep.” he said.

“Depreciation rates can be significant, particularly in new cars where you can lose a third of the vehicle!s value before you!ve driven off the lot. With DriveMyCar Rentals, owners can earn as much as $24,000 a year on their vehicle. We also see the service as a great alternative to selling your car if you!re undecided or not getting the price you think it deserves.”

For an annual payment of only $25, the car is listed on the website with a photograph, full description and details of driver requirements.

There is also a premium service available for members who prefer to have the entire rental process managed for them.

Source:

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Interview with John O'Shaughnessy - CEO Investment & Financial Services Australia (IFSA)

Ralph Kerle, executive chairman of The Creative Leadership Forum interviews John O'Shaughnessy, Deputy CEO of the Investment and Financial Services Association of Australia (IFSA) about innovation within the financial sector and the launch of the Australian Financial Services Forum

 

<p>John O'Shaughnessy Deputy CEO IFSA from Ralph Kerle on Vimeo.</p>

 

Source: www.TheCreativeLeadershipForum.com

 

 

Australia desperately needs a virtuous cycle of innovation

It says much about the schismatic nature of Australia’s economic strategy that the Federal Government invited public submissions on how to build a clever country in the same week that it signed a $50B gas export contract with China. Jordan Green outlines his vision for Australia’s knowledge economy.

Virtuous cycle, (noun) a beneficial cycle of events in which a favourable result gives rise to another that subsequently supports the first.

innovation depot flickr photo mojo 300x200 Australia desperately needs a virtuous cycle of innovationAs the news of one of the largest resources contracts in history sinks in, Australian entrepreneurs and the investors who back them are wondering what their futures will hold.

The Federal Government and the Australian resources sector are confident of decades of billions of dollars in return for serving up the non-renewable (in the foreseeable future) riches buried in our soil. To be sure, exploiting our nation’s natural resources is a necessary and valuable pursuit.

At the same time, the Federal Government has announced the formation of the Commonwealth Commercialisation Institute (CCI) to deliver “a radical new approach to ensure ideas from our universities, publicly funded research agencies and innovative enterprises become successful commercial ventures“.

The future of any one of these ideas is most uncertain, yet it is critical to the future prosperity of our nation that we become as accomplished at exploiting our human resources as we are with our natural resources. Not only does this knowledge economy promise an economic alternative to the minerals economy, it is an infinitely sustainable and renewable economy.

My vision is of an Australia that is a factory for innovation and successful commercialisation. That factory will turn Australia into one of the primary global sources of business value for the 21st century. If knowledge is power, then a knowledge economy that serves the world seems a most desirable goal.

The factory I envisage will identify, foster and nurture innovation with particular attention to those innovations with the potential to deliver valued benefits to global markets.

Commercialisation will successfully exploit those innovations for economic value. Many innovations can be commercialised in Australia and deliver valuable economic returns from a redistribution of our own wealth. For the greatest national benefits, we want commercialisation successes that earn export dollars and increase the net wealth of the nation. We must sell our innovations offshore.

I know the cynics are already focusing on how so much of that wealth will remain in the hands of a few lucky individuals, so why should the community - the Government - help those lucky few succeed? Why a CCI?

First, let’s remember that along that road many good efforts fall by the wayside.

By learning from our mistakes, we increase our chances of future success. Using the experience and insights of Australians who have trod the path of commercialisation at home and abroad, we can ‘pick winners’ with greater certainty of commercial success. A CCI that serves as an effective channel for learning, sharing and storing our lessons learned will enable more Australians to be effective candidates. That CCI, gathering and sharing the lessons, will deliver the data and insights that let us know we are getting better at picking winners, or not.

Second, stop to recognise how those “few”, and many of their not-so-lucky peers, are funded.

Innovation comes in many forms and is funded by the taxpayer, the business sector, consumers and academia. Commercialisation follows many paths, some funded by passive private investors, some funded by active angel investors, some funded by corporate enterprises and others funded by our superannuation funds and institutions. Each of these funding mechanisms allows the community to share the risk and to distribute the wealth so those “lucky few” can become the “lucky many”.

Third, we know that Australia has critical shortcomings in risk capital, management skills and market scale.

Each of these can be improved through astute government facilitation. The CCI “will enhance productivity and underpin the development of industries of the future, keeping high-value jobs in Australia with long term economic and social benefits for the nation”. The CCI “will have a primary goal of leveraging private sector capital”.

Our challenge as a community is to create a virtuous cycle of innovation and commercialisation that sustains our comfort and security at home by selling our ideas to the world.

We learned the lesson of pig iron in the resources sector and laboratory molecules in the biotech sector. Not raw ideas - developed ideas packaged into well-defined nuggets of value for which companies in larger economies will pay a premium. Ideally, selling those nuggets of value will take some of our brightest and most adaptable minds overseas where they will gain valuable experience, expertise and networks. Value they will bring to us when they return home and re-engage with our knowledge economy.

There is a place in this vision for every form of innovation and commercialisation.

We need the small innovations that only need domestic commercialisation to sustain a lifestyle business that delivers dividend returns and long-term jobs. Often those will be the Small and Medium Enterprises (SME) that are the true engine room of our economy. We need the innovations that can be commercialised as Australian-owned and Australia-based businesses that will grow and, in time, can list on the ASX and/or be acquired by a larger Australian business, keeping the jobs in the country.

Most of all, we need the innovations that Australians can package in efficient business models and sell to the world for ten, twenty, fifty times the capital invested and give our best and brightest the chance to shine on the global stage.

A virtuous cycle will recognise the need to let our people and ideas flow out to the world. Then that knowledge and capital we gain can return to enrich our community, to increase our capacity and improve our capability to go round the cycle again.

Source: Anthill

A new look at Solar

The Solé Power Tile system is the first building-integrated photovoltaic roofing product designed to blend in with curved roof tiles commonly found in the Pacific West and Southwest of the United States.

The triple-junction amorphous silicon thin-film technology incorporated within the Solé Power Tile is manufactured by United Solar Ovonic and allows the system to produce an estimated 8-20% more energy than incumbent crystalline silicon panels.

Any power generated by the system which is not used by the building (or stored in batteries if that option is chosen) is fed into the grid. Utility companies then give a credit for the amount of energy generated.

Source: Idea Connection

Glass Leaf Produces Energy by Sweating

Glass Leaf Produces Energy by Sweating

Electrical engineers in the US think that synthetic leaves could be used to generate electricity in a different way – by sweating.

The new synthetic leaves lose water through evaporation to create that mechanical water pump effect, and use it to generate power.

The System could be scaled up to produce artificial trees that generate power entirely through evaporation wherever there's a cyclical change in humidity. Although the modest power output is not enough to rival solar technology, Maharbiz thinks it could act as a complementary technology – the sunlight that generates solar power could also drive transpiration to boost the electricity generated.

Source: New Scientist

Math Science Innovation Center Receives $200,000 from Altria Group to Support 21st Century Nanotechnology Fellows Program

The MathScience Innovation Center announced a two-year pledge of $200,000 from Altria Group to support the 21st Century Nanotechnology Fellows Program. Dr. Julia Cothron, Executive Director, announced the grant at a recent meeting of the MathScience Innovation Center's Board of Directors. The Nanotechnology Fellows Program is a capacity-building workforce program for K-12 educators. Through the program and a pair of associated conferences, the Center will expand math and science teachers' opportunities to learn about the emerging field of nanotechnology and effective ways to integrate it within the curriculum.

Brian K. Wells, Manager of Production for Philip Morris USA, an Altria company, serves on the board of directors for the MathScience Innovation Center Foundation. Mr. Wells noted, "As leading employers based in central Virginia, Altria is committed to helping spark students' interest in the study of math and science, which are the basis of so many career disciplines. We commend the MathScience Innovation Center for focusing on teacher training in order to raise the level of local math and science instruction and contribute to Central Virginia's competitiveness in the global marketplace."

Formed in 1966 as the Mathematics & Science Center, the MathScience Innovation Center is one of the oldest examples of regional partnerships in the metro Richmond area. The Center is comprised of eight school divisions: Chesterfield, Colonial Heights, Hanover, Henrico, King William, Petersburg, Powhatan, and Richmond. Going into the 2008-2009 academic year, the consortium's 139 elementary, 46 middle and 36 high schools represent a range of urban, suburban, and rural schools

Very aware of the need to include 21st century concepts in the curriculum, the MathScience Innovation Center Board refocused the Center's mission on being the "innovator, incubator and advocate of 21st century math and science programs for the Capital region's K-12 educators and students." To begin, the MathScience Innovation Center identified two major areas that are currently not included in the state math and science standards: Fractal Geometry and Nanotechnology. Because of the shortage of engineers, the Center also implemented a program to increase middle school educators' knowledge.

The MathScience Innovation Center is proud to be the leader of K-12 math and science education for the eight Central Virginia school divisions within our 42- year-old consortium. Annually, about 150,000 students learn through specially designed classrooms at the Center, lessons taught on-site within area K-12 classrooms, and a series of Saturday and summer courses. More than 3,000 educators improve their ability to teach math and science through workshops within area school divisions, short courses for certificate renewal, and graduate courses taught in collaboration with Virginia institutes of higher education. Virtual programming includes websites, web-based courses, streaming videos, and videoconferencing, with about 1,000,000 visitors accessing these services annually.

Nation's First Green Gym to Run On Human-Generated Energy

Shedding pounds and expending energy is no longer just good for you – it's also a way to give back to the environment. The Green Microgym, based in Portland, Oregon, is the nation's first gym that aims to use human-generated energy from clients as they work out. Adam Boesel, the gym's owner, hopes that in the future the gym will run entirely on the energy generated by clients. While the science behind generating energy from spinning wheels – commonly used in much of the exercise equipment installed in gyms – the issue at hand thus far has been how to adapt the technology and find the right equipment. A Texas-based company, Henry Works is currently developing a device called the Human Dynamo, which Boesel's Microgym hopes to use. The dynamo connects a number of exercise bikes with a battery that stores the energy generated as people exercise. Appliances like lamps or televisions can then be plugged into the box in order to utilize this power. Although installing the energy-generating equipment is expensive, if gyms can pony up enough to do so, they stand to save significantly in the long-term. And as with all technology, the expectation is that the further the concept is developed the more affordable and viable it will become.
 

WHAT INNOVATION MEANS TO VENTURE CAPITAL

Ls2_vanda_gould

After 20 years in the venture capital industry I can confidently confirm what King Solomon writes in the Book of Ecclesiastes: "There is nothing new under the sun."

Certainly this statement is true in respect of human conduct. Sometimes I think it is true in relation to technology and I certainly think it is true to say that overall inventors fail to understand the world in which we live where simply to have a better product does not guarantee market success.

It is also very sobering to realise that many technologies, while representing a significant improvement over their predecessors, have nevertheless taken a generation to gain broad market acceptance. It is hard to appreciate that sometimes the product diffusion cycle can be 30 years.

In addition, in some industries such as medical innovation, there are very substantial legislative barriers to entry, apart from the usual market considerations. In short, it requires an appreciation of the realities of our world and the substantial imperfections that exist within the various markets that create obstacles beyond the appreciation of an inventor who can usually only see the technical merit in an innovation.

The skill of a venture capitalist is in understanding the technical excellence of any proposal while at the same time being able to both discern market obstacles and potentially also to provide solutions. Thus a competent venture capitalist provides far more than money as they can be the essential ingredient in the commercialisation of an innovation.

Vanda Gould, chairman,
CVC Ltd